Client Safety Portal
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Adventure Activities
(Trekking, scrambling, climbing, guided ascents, expedition-style events, charity challenges)
Universal
Emergency Procedures
1. EAP, rescue plans, access routes and first aid
For mountaineering, your Emergency Action Plan should be built around the realities of terrain, weather, and delayed response times. The plan should describe what happens if someone is injured, lost, hypothermic, or taken ill; how you pause or terminate the activity; and how you manage the rest of the group while a response is underway.
Rescue planning should include route-specific extraction options, clear casualty locations (grid references / GPS pins), and designated meeting points for rescue teams. Access routes should include foot access and vehicle access where possible, and you should plan around barriers such as locked gates, seasonal closures, or fragile ground. First aid provision should reflect the environment – cold injury management, immobilisation, and the ability to shelter a casualty while help arrives.
Some regions have a higher risk of protest or terrorist activity. If the event is due to take place in a higher risk area, plans should be in place for participants and crew to withdraw to a safe location or evacuate the area.
You should also consider how you will manage communications failure and what your “overdue” procedure looks like if a group does not check in when expected.
2. Co-ordination with local emergency services
Early engagement with local responders (including mountain rescue where applicable) should be proportionate to the scale and risk. Sharing your route plan, group size, timings, and access points can support a faster response if needed. A single named liaison helps prevent confusion, and your on-site team should know exactly who is authorised to contact emergency services.
3. Incident reporting procedures
Mountaineering incidents often have precursors: navigation drift, near slips, deteriorating weather, fatigue, minor injuries. You should encourage reporting of near misses and early signs of trouble, not just major incidents. Capturing patterns (common slip points, kit failures, bottlenecks, briefing gaps) improves future planning.
Communication
You should plan communications with the assumption that mobile coverage may be inconsistent. Layered systems help: route cards, timed check-ins, radios where useful, and clear escalation rules if contact is lost. Key operational and safety information should be shared in advance, repeated at the start, and reinforced at natural pause points.
A dedicated emergency channel or process should be defined for leader teams. If you rely on radios, you should test coverage on the route and identify dead zones; if you rely on phones, you should document alternatives such as satellite messaging devices where the risk justifies it.
Risk assessments and method statements
Site and activity risk assessments should address terrain (exposure, loose rock, steep ground), route complexity, group ability range, time pressure, water hazards, and weather volatility. They should also consider human factors – fatigue, confidence, peer pressure, and the risk of “summit fever”.
Contractor risk assessments should be obtained for guides, equipment suppliers, transport providers and any rigging or fixed installations. If you construct anything (temporary shelters, anchors, platforms, signage), method statements should explain how those will be installed, inspected, and removed safely and with minimal environmental impact.
Due diligence
Competence checks should confirm that guides and instructors hold appropriate qualifications and experience for the terrain and group profile. Insurance should cover the specific activity and location. Equipment safety should include rope systems, helmets, harnesses, group shelter, navigation aids, comms devices and first aid kits, with inspection and replacement processes documented.
Environment
Specialist/remote environment
Remote environments demand specialist knowledge: navigation, route choice, escape options, and hazard recognition. Medical and emergency response planning should reflect longer evacuation timelines, and crews should be fit for sustained movement in tough conditions. If construction is required, ground suitability should be assessed for stability and sensitivity; fragile environments can be damaged easily and may become unsafe if disturbed.
Specialist clothing and equipment should be appropriate for the conditions, including insulation, waterproofing, spare layers, emergency shelter and lighting. You should avoid assuming participants will arrive properly equipped; it helps to specify minimum kit clearly and check it at the start.
Weather
Weather should be treated as the main variable control for mountaineering. Adverse weather planning should include decision points and escape routes, and it should make it socially easy for leaders to turn back. Forecasting should inform route selection and timing, while monitoring should continue on the day, including wind, cloud base, precipitation, temperature and ground conditions (ice, wet rock, saturated paths).
Environmental impact
You should comply with access agreements and any trail usage regulations. Sensitive habitats and wildlife should be protected by route choice, group size management, timing and clear behaviour expectations. Waste disposal planning should follow “leave no trace” principles – carry out waste, avoid contamination of water sources, and plan toilet arrangements for larger groups.
Venue
Arena
(staging areas, basecamps, briefing points, start/finish areas)
Participant welfare should include shelter, warmth, hydration and toilets. Secure storage for clothing and equipment prevents loss and discourages unsafe improvisation. Surfaces should be monitored for slips, mud and trip hazards, especially in wet conditions. Obstacles (temporary fences, signage, route markers) should be anchored. Permits and licences should be checked for land use, parking, group size and any temporary structures.
Spectators
(where events involve viewing points or finishes)
Crowd management should prevent spectators from drifting into exposed ground, cliff edges, or rescue routes. Welfare provisions reduce risky movement in search of better views.
Construction and rigging
Temporary structures should be certified and inspected where appropriate, especially if wind exposure is high. Storage for fuels (generators), substances and equipment should be secure. Hot works and working at height should be controlled. Electrical supplies should be tested and protected from weather. Crew welfare matters – cold and fatigue impair judgement.
Site access
Access should work for participants and responders. You should identify where vehicles can and cannot go, and plan for controlled access to sensitive areas. Safe zones and clear access points reduce confusion during a rapid weather change or an incident.
Transport and Equipment
Aircraft
You should work with operators holding appropriate approvals (often referred to as an Air Operator Certificate (AOC) or equivalent, depending on jurisdiction) and ensure pilots have the right licences and ratings for the flying involved. The activity should be notified or logged with the relevant aviation authority as appropriate, and any airspace restrictions should be planned early so you’re not improvising on the day.
Take-off and landing permissions should be confirmed, including any local limitations (noise, timing windows, ground conditions). Camera rigging should be designed, installed and certified through the operator’s approved process or relevant authority expectations, with clear inspection intervals.
4x4s and tracking vehicles
Vehicles used for access or support should be maintained and inspected, and adapted vehicles should have appropriate compliance documentation. Drivers should be competent, authorised and familiar with routes, including hazards such as narrow tracks, soft ground, livestock and pedestrian interfaces.
Cameras and platforms
Equipment inspections and secure mounting should prevent dropped objects and trip hazards. Platforms should be structurally sound, with safe access and fall protection where needed. Electrical supplies should be tested and weather-proofed. Drone operations should be licensed and planned to avoid disturbing wildlife or distracting participants in exposed terrain.
Climbing Equipment
The type of equipment used for climbing, belay, abseil etc. should be checked for suitability, ensuring it is rated for the weight and location of use. This includes harnesses, ropes, anchors, carabiners and belays.
Public Participation
Participant fitness and skills checks should be matched to the route difficulty. You should provide an injury prevention briefing that is genuinely practical: pacing, foot placement, nutrition, hydration, managing cold, and what to do if separated. Warm-ups and cool-downs should be built into the day, and leaders should actively monitor dehydration, fatigue and illness, particularly in hot weather or at altitude.
If qualifications or licences are relevant (for example, for certain technical activities), you should verify them early. Equipment expectations should be clear: what participants bring, what the organiser provides, and what happens if someone arrives without essential kit. Fitting of safety equipment should be supervised where applicable (helmets, harnesses), and public equipment should be inspected and logged.
Post-activity support should include a recovery area, a simple debrief, and guidance on aftercare – especially if people have been cold, wet, or pushed hard physically.
Professional Participation
Professional participants and guides should still complete pre-participation due diligence, including confirmation of qualifications, currency and equipment condition. Warm-up/cool-down and acclimatisation should be scheduled sensibly. Familiarisation of the route is particularly valuable if conditions have changed (snow line, erosion, water crossings). Recovery facilities and debriefs should be built into the programme to capture learning and identify emerging issues.
Aerial Activities
(Skydiving, wingsuit flying, aerobatics and related aerial displays)
Universal
Emergency Procedures
1. Emergency action plans (EAP), including rescue plans, emergency response, access routes and first aid provision
You should have a written Emergency Action Plan that reads like a practical playbook, not a policy statement. It should describe likely scenarios (hard landings, off-target landings, canopy entanglement, aircraft issues, wingsuit low-speed incidents, spectator incursion, fire, fuel spill, drone incursion) and set out who does what in the first 1, 5 and 15 minutes.
Rescue planning should take account of where people could realistically end up (fields, water, rooftops, woodland, restricted areas). It helps to map access routes and “pin drop” them for responders, including alternate routes if gates are locked or ground is waterlogged. First aid provision should be appropriate to the mechanism of injury, with clear escalation routes to advanced care. If you have participants landing over a wider area, you should plan for mobile response (e.g., roving first aid / recovery vehicles) and a method for locating casualties quickly.
You should also plan for stopping activity – who can call “pause” or “stop”, how that is communicated to aircraft and ground teams, and what the safe-hold position is for each role (pilots, jumpmaster, ground crew, crowd marshals).
2. Co-ordination with local emergency services
Early liaison with local emergency services usually makes response smoother and less stressful. You should provide them with your site plan, access points, landing zones, fuel storage locations, and an outline of the activity and timings. If aerial activity takes place near controlled airspace or public infrastructure, your coordination should include any relevant aviation contacts and landowners so that roles are clear if something goes off-plan.
A helpful approach is to agree a single point of contact on the event side (and a deputy) to liaise with emergency services, rather than multiple people calling independently during an incident.
3. Incident reporting procedures
Your incident reporting should be clear, blame-aware and easy to use. People should know what counts as a reportable incident (injury, near miss, equipment failure, aircraft/vehicle interface issue, airspace incursion, spectator breach, uncontrolled landing) and how to report it quickly during the event. After the immediate response, you should capture what happened while memories are fresh – what conditions were like, who was involved, what decisions were made, and what controls were in place.
It also helps to decide in advance how you will manage evidence preservation (e.g., holding equipment for inspection, retaining flight logs, preserving radio recordings), and how you will share learning without naming individuals unnecessarily.
Communication
1. Means of communicating key operational and safety information to everybody
You should assume that not everyone will hear a single briefing. For aerial events, layers of communication tend to work best: pre-event written packs, a short on-site briefing, role-specific briefings (pilots, ground crew, marshals, camera teams), and a “last look” update tied to weather and airspace.
Briefings should cover the day’s plan, operating limits, landing patterns, no-go areas, spectator boundaries, emergency signals, and stop/pause authority. If you have mixed groups (public participants, professionals, contractors), you should keep the core message consistent while tailoring detail to the role and level of exposure.
2. Dedicated emergency channel
You should agree a dedicated emergency channel (radio or equivalent) and keep it clear for emergencies. It helps to set expectations such as “emergency channel is for incidents only”, and to test radio coverage in the areas that matter (landing zones, crowd lines, fuel storage, take-off/landing points). If radio coverage is patchy, you should plan alternatives such as relay points, vehicle repeaters, or designated runners – especially where landing areas are dispersed.
Risk assessments and method statements
1. Site and activity risk assessments
Your site risk assessment should consider ground conditions, spectator interfaces, vehicle routes, overhead hazards, public rights of way, water hazards, and the way weather can change the risk picture quickly. The activity risk assessment should take account of the specific discipline: for example, wingsuit events tend to raise different concerns than standard skydiving (flight path planning, terrain proximity, recovery and retrieval logistics).
You should also include how decisions are made on the day – who reviews conditions, what thresholds trigger a pause, and how dynamic changes are recorded.
2. Risk assessments from all contractors
Contractor risk assessments should be obtained early enough to influence planning, not collected the day before. You should look for alignment between contractor controls and your site rules, especially where contractors use vehicles, rigging, drones, pyrotechnics, or temporary power.
3. Method statements for all construction
If you build anything – temporary crowd lines, camera platforms, signage structures, landing markers, barriers, fuel storage areas – you should have method statements that explain how it will be built, inspected, used and dismantled. You should also document who signs off critical elements (e.g., a competent rigger or structural professional).
Contractor and professional participant due diligence
1. Competent to complete the task
You should verify competence in a way that fits the risk. For aerial operators, this usually means checking operating approvals, pilot qualifications for the intended flying, display authorisations where relevant, and evidence of currency and recent experience. For ground teams (riggers, marshals, recovery crews), you should confirm training, supervision arrangements and familiarity with the environment.
2. Sufficient public liability insurance in place
Insurance checks are more than a tick-box. You should confirm the cover is appropriate to the activity type (including aerial operations and participant involvement), the location, and the scale of spectators. Where multiple parties are involved, you should make sure responsibility boundaries are clear, so you are not left with gaps.
3. Equipment safety
Equipment safety is usually best managed through traceability and inspection discipline. You should expect to see inspection records for aircraft, parachute systems, rigging, camera mounts, platforms and electrical systems. Where personal equipment is used, you should have a clear process for acceptance checks, limitations, and what happens if kit is rejected.
Environment
Specialist/remote environment
1. Specialist knowledge
Remote sites often look fine on a map and then behave very differently in reality. You should involve people with local knowledge of access, ground conditions, livestock, landowner constraints, and typical weather patterns. For wingsuit or aerobatic displays near complex terrain, specialist input on safe flight paths and recovery plans are particularly important.
2. Specialist medical support/emergency response
If your response time to definitive care is likely to be longer, you should consider enhanced medical provision and clear evacuation planning. This might include advanced first aid capability, trauma-appropriate equipment, designated casualty collection points, and rehearsed ambulance handover points.
3. Crew fit to operate in the environment
You should plan for crew fatigue, cold/heat stress, and long days. People working around aircraft, vehicles and crowds while also watching the sky can fatigue quickly. Rotas, breaks and welfare facilities help protect performance.
4. Environment suitable for construction if needed
If temporary structures are required, you should assess ground stability, drainage, wind exposure and anchoring options. In open fields, wind loading can change rapidly, so inspection frequency should reflect conditions.
5. Specialist clothing and equipment provided
Where the environment is cold, wet, windy or remote, you should provide or require suitable clothing, comms devices, lighting, high-visibility where appropriate, and personal protective equipment aligned with the risk (for example, hearing protection around aircraft).
Weather
1. Adverse weather contingency planning
You should define what “too windy”, “too turbulent”, “too low visibility”, “too wet” or “too hot” means for the specific activity, and what you will do when thresholds are approached. The safest events make it easy to stop – participants and spectators understand that pauses are normal and expected.
2. Weather forecasting and planning
Forecasting should be integrated into your schedule. If conditions are best early, plan accordingly. If the forecast is uncertain, build flexibility into the running order and communicate that clearly.
3. Weather monitoring
You should monitor conditions throughout the day, not just at the start. Ideally, one named person is responsible for recording weather checks and communicating updates to flight and ground teams.
Environmental impact
1. Compliance with environmental protection plans/trail usage regulations
Even in aerial events, ground operations can have a significant footprint. You should follow any landowner or authority requirements for access, waste, noise and protection measures.
2. Sensitive habitats and wildlife protection
If you operate near sensitive habitats, you should plan for boundaries, restricted areas and timing controls to reduce disturbance.
3. Sustainable waste disposal
Fuel handling, general waste and any biohazard waste from first aid should be planned for, with secure containment and a clear removal plan.
Venue
Playground arena
1. Participant welfare
You should provide shelter, hydration, toilets, and a calm briefing area. It helps to design a flow that keeps people out of aircraft movement zones and reduces last-minute crowding.
2. Safe clothing/equipment storage
Skydiving rigs, helmets, cameras and reserve systems should be stored securely and kept away from weather and unauthorised handling.
3. Surface monitoring, maintenance and inspection
Landing areas should be regularly inspected for holes, debris, standing water, livestock issues, trip hazards, and changes caused by weather. If the landing area changes through the day, you should communicate updates clearly.
4. Obstacles anchored
Any markers, flags, fencing or signage should be anchored appropriately for wind and vehicle movement.
5. Water quality tests (if water landings are planned)
If any part of the plan involves water entry, you should understand water quality and hazards (currents, submerged objects, algae, cold shock risk) and include these in briefings.
6. Event permits and licences
You should confirm permissions for land use, crowd management, temporary structures, and any aviation-related permissions relevant to the site.
Spectators
1. Crowd management plan
Crowd lines should keep spectators clear of landing zones, aircraft movement and emergency routes. Your plan should include what happens when crowds shift to get a better view, and how you maintain separation during exciting moments.
2. Spectator welfare
Welfare is a safety control. Shade, water access, toilets, and clear signage reduce risky behaviour such as climbing fences or moving into restricted areas.
Construction and rigging
Structural certification and inspection should be proportionate to risk, but camera platforms, towers, and any elevated structures should always receive careful attention. You should also plan safe storage for substances and equipment, define hot works controls, manage working at height sensibly, and test temporary electrical supplies (including earthing/grounding where applicable). Crew welfare – breaks, hydration, and safe working hours – should be treated as an operational necessity.
Site access
Access should work for everyone: participants, crew, contractors, and emergency services. Sensitive areas (aircraft zones, fuel stores, rigging points) should be controlled. Safe zones and clear access points should be marked so people don’t drift into operational space, particularly when visibility drops.
Transport and Equipment
Aircraft
You should work with operators holding appropriate approvals (often referred to as an Air Operator Certificate (AOC) or equivalent, depending on jurisdiction) and ensure pilots have the right licences and ratings for the flying involved. The activity should be notified or logged with the relevant aviation authority as appropriate, and any airspace restrictions should be planned early so you’re not improvising on the day.
Take-off and landing permissions should be confirmed, including any local limitations (noise, timing windows, ground conditions). Camera rigging should be designed, installed and certified through the operator’s approved process or relevant authority expectations, with clear inspection intervals.
4x4s and tracking vehicles
If you use vehicles for retrieval, filming or medical response, you should treat them as part of the safety system. Maintenance, inspections, and driver competence checks help prevent secondary incidents. Drivers should be authorised, familiar with the route, and briefed on pedestrian interfaces and speed expectations.
Cameras and platforms
Camera equipment should be inspected and secured so it cannot fall, snag, or interfere with flight operations. Platforms should be structurally assessed and inspected. Electrical supplies should be tested and routed to avoid trip hazards and water exposure. Drone operations should be undertaken by licensed operators, with clear separation from aircraft activity and agreed no-fly zones.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Participant fitness
For public participants, you should have a pre-participation process that checks relevant fitness, skills, and any medical considerations, while being careful not to promise clinical screening you aren’t resourced to provide. Injury prevention briefings should be practical: what to do during landing, how to respond if separated from the group, what “stop” signals mean, and how to request help. Warm-ups and cool-downs should be built into the schedule, and you should monitor for dehydration, fatigue and illness.
Where qualifications or licences apply, you should verify them before the day where possible to avoid awkward last-minute exclusions.
Course safety
Even in aerial events, there is a “course”: briefing areas, kitting-up zones, boarding flow, landing patterns and spectator boundaries. You should brief this clearly, use signage for hazards and restricted areas, and ensure supervision by qualified staff.
Equipment
If participants use personal equipment, you should use a clear waiver and acceptance process that explains what checks will be done and what standards apply. Public-provided equipment should be inspected and maintained, and fitting should be supervised, with enough time allocated to do it properly.
Post activity support
You should provide a calm space for recovery and evaluation, particularly for anxious first-timers. A short debrief helps capture issues early, reinforces learning, and provides an opportunity to identify delayed symptoms or welfare concerns.
Professional Participation
Professional participants should still go through pre-participation due diligence, with checks on currency, qualifications and any discipline-specific authorisations. Warm-ups and cool-downs should be scheduled realistically, and course familiarisation should be provided, especially if conditions differ from previous practice. Equipment acceptance checks should be consistent, and recovery and debrief time should be protected so issues don’t get carried into the next day.
Athletics
(track, field, road races, cross‑country)
Universal
Emergency Procedures
Athletics events tend to spread people out—around a track, across a field-of-play, or along a route—so your emergency action plan should be written with distance and access in mind. You should map first aid posts, ambulance rendezvous points, and clear access routes that remain open even when spectators arrive. If you have field events (pole vault, high jump, throws), it’s worth having activity-specific rescue actions as part of the plan, such as a rapid response to impacts, falls from height (vault), or struck-by incidents (throws).
Where the event footprint is large (road race/cross‑country), a route rescue plan should cover how you’ll reach a casualty quickly, how you’ll extract them if terrain is soft or narrow, and where you’ll hand over to emergency services. You should also set out incident reporting expectations: what gets logged, who collects witness details, how near misses are captured, and how you’ll preserve any CCTV or timing data if relevant.
Communication
Because athletics often runs to a timed schedule with multiple start points (warm‑up track, call room, start line), you should have a reliable way of communicating operational changes and safety messages to athletes, officials, contractors, and spectators. Radios work well for the organising team and marshals, while public-address announcements and digital screens help spectators and competitors.
It’s good practice to keep a dedicated emergency channel (or a clearly defined emergency call sign) so urgent medical or security traffic doesn’t get lost in routine chatter. If mobile signal is patchy along a course, you should plan alternatives such as radio repeaters, control points, or a “runner” system.
Risk assessments and method statements
Your site and activity risk assessments should reflect the way athletics events actually operate: warm-up areas, athletes moving at speed, equipment movement (hurdles, mats), and changing surfaces. For road races, the focus should include traffic interfaces, junction control, crowd pinch points, and runner flow at starts/finishes.
You should also collect risk assessments from contractors—timing, staging, barriers, toilets, lighting, medical providers—and ensure these align with your overall plan. Any temporary builds (grandstands, gantries, camera towers, finish-line structures) should be supported by method statements that explain sequencing, exclusion zones, lifting plans, and how the build is monitored.
Contractor and professional participant due diligence
Suppliers should be competent for the task, properly insured, and able to demonstrate safe systems of work. You should check public liability cover, plus specialist cover where appropriate (e.g., rigging, medical, traffic management).
Athletics also has equipment that can become hazardous if poorly managed – throwing implements, vault poles, landing mats – so you should be satisfied that equipment is fit for purpose, inspected, and used by trained officials.
Environment
Specialist/remote environment
For cross‑country, trail, or remote road sections, you should plan for reduced access and longer response times. That often means enhanced first aid, better comms coverage, and staff who are comfortable operating in the environment. Where temporary structures are required off-road (tents, platforms), you should satisfy yourself that the ground conditions and anchoring are suitable.
Weather
Athletics is vulnerable to heat, cold, wind, and lightning. You should have adverse weather contingencies that translate forecast information into action: earlier start times for heat, additional water points, wind-based decisions for high jump/pole vault, and clear lightning suspension rules. You should decide who monitors the forecast, how often, and what thresholds trigger changes.
Environmental impact
If you’re using parks, trails, or public roads, you should comply with local restrictions and plan for waste management that doesn’t spill into waterways or green space. Cross‑country and trail routes benefit from clear guidance on staying on paths, avoiding sensitive areas, and restoring any temporary markings.
Indoor Environment
Indoor track or arena athletics relies on lighting, ventilation, and capacity control. You should pay particular attention to warm-up congestion and spectator flow so exits and access routes remain clear during peak periods.
Venue
Playground arena
Participant welfare starts with safe marshalling, clear warm-up rules, and enough space to separate athletes from moving equipment. Athletes should have secure storage for kit and valuables, with extra attention to safe storage of spikes, poles, and heavy items.
The arena surface should be monitored and maintained—wet patches, damaged track sections, loose boards, or uneven field areas should be dealt with quickly. For field events, you should ensure landing mats and uprights are stable and placed correctly, and that any obstacles or barriers are suitably anchored.
Permits and licences should reflect the venue type: track hire agreements, road closure permissions, public event permissions, and any amplified sound permissions.
Spectators
A crowd plan should consider finish-line surges, family gathering points, and controlled crossings where spectators might try to access the infield. Spectator welfare includes shade/wet weather shelter, hydration access, toilets, and clear messaging about staying out of active areas.
Construction and rigging
Temporary structures should have structural certification, documented inspections, and sensible exclusion zones during build and use. Electrical installations should be tested and protected from trip hazards and weather. Where hot works are needed, you should operate a permit system and ensure fire precautions and extinguishers are in place. Working-at-height activities should be planned, supervised, and properly equipped.
Site access
You should aim for access that works for everyone—athletes, officials, spectators, contractors, and emergency vehicles. Sensitive areas (call room, timing, medical) should have controlled access, while safe zones and arena access points should be clearly marked and kept clear.
Transport and Equipment
Aircraft (if used)
If helicopters, aircraft, or aerial filming are part of the plan, you should ensure the operator is appropriately certified and authorised for the activity, that permissions are in place, and that take-off/landing arrangements don’t conflict with crowd areas.
4x4s and tracking vehicles
For off-road course sections, vehicles should be inspected, drivers should be authorised and route-familiar, and vehicle movement should be separated from runners and spectators with strict control and clear timing.
Cameras and platforms
Camera towers, gantries, and platforms should be certified and inspected, with safe access, edge protection, and managed cabling. If drones are used, the operator should be licensed/authorised and flight plans should be coordinated with crowd management and any airspace constraints.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Participant fitness
Public road races and fun runs benefit from a simple pre-event fitness and skills message, injury prevention guidance, and encouragement to warm up and cool down. You should plan to monitor dehydration, heat illness, and fatigue, and have a clear escalation route when someone is struggling.
Course safety
Participants should receive a course briefing that highlights hazards, bottlenecks, surface changes, and any “no overtaking” zones. Signage should be clear, consistent, and placed early enough for runners to react.
Equipment
Where personal kit is used (shoes, spikes), you can ask participants to acknowledge responsibility via waiver language, while still setting minimum expectations (no dangerous modifications). Any organiser-provided equipment (timing tags, hurdle use in public events, etc.) should be checked and distributed safely.
Post activity support
You should provide recovery space, hydration, and a clear medical route for anyone feeling unwell after finishing. A short debrief process helps capture near misses, congestion points, and improvements.
Professional Participation
For elite meets, you should shift emphasis to pre‑participation due diligence, qualification verification where relevant, controlled warm-up scheduling, and structured course/arena familiarisation. Professionals may take greater risks, so clear rules for infield access, camera proximity, and surface condition decisions are particularly important.
Ball Sports
(cricket, football/soccer, basketball, racquet sports, rugby)
Universal
Emergency Procedures
Ball sports bring fast movement, collisions, and (in rugby and basketball especially) high injury potential. Your emergency action plan should explain how you’ll handle head injuries, suspected spinal injuries, cardiac events, and crowd-related incidents. You should define clear access routes for medics and stretchers, and agree how play is paused and who has authority to stop the game.
Coordination with local emergency services should include clear directions, gates to use, and where vehicles can stage without blocking spectators. Incident reporting should capture both player injuries and venue incidents (crowd trips, equipment failure, altercations), and should include a simple process for referee/official reports to feed into your event log.
Communication
You should use communication methods that reach players, coaches, officials, venue teams, and spectators. This usually means radios for operations, a designated channel for emergencies, and a public-facing route for updates (PA, screen messages, stewards). Clear comms are especially helpful for weather delays, crowd surges at half time, or changing entry/exit routes.
Risk assessments and method statements
Risk assessments should cover both gameplay risks (contact, projectiles like balls, bats, racquets) and event risks (crowd flow, lighting, power, temporary structures). Contractor risk assessments should be collected and reviewed so nobody is working to a different plan. Temporary builds – scoreboards, advertising boards, camera towers, lighting rigs – should have method statements that detail lifts, exclusion zones, and inspections.
Contractor and professional participant due diligence
Suppliers should be competent and insured, and you should be comfortable that specialist systems (goalposts, nets, hoardings, lighting) are installed and inspected properly. Where professional teams are involved, you should confirm medical coverage, safeguarding arrangements where juniors are present, and how discipline or crowd confrontation will be managed.
Environment
Weather
Wet conditions change surface grip and ball speed, while heat can create dehydration risk. You should plan trigger points for postponement, pitch protection, lightning suspensions, and heat breaks. Weather monitoring should be assigned to a named role so decisions are timely and consistent.
Environmental impact
For outdoor tournaments, you should plan waste control, water use (pitch irrigation), and protection of surrounding areas. Sustainable waste disposal and sensible generator use help reduce impact.
Indoor arenas need good ventilation, temperature control, and lighting appropriate to fast-moving play. Capacity control matters because concourses can become pinch points during breaks.
Venue
Playground arena
Player welfare is supported by safe changing rooms, adequate hydration points, and controlled warm-up areas. You should provide secure equipment storage and ensure clear separation between players and the public.
Surface condition is a major control measure. Grass pitches should be checked for holes and divots; artificial turf should be checked for seams and infill issues; indoor courts should be checked for dust, moisture, and slip risk. Goals, posts, nets, and basketball stanchions should be properly anchored and routinely inspected. If any water features exist (rare, but possible in multi-use venues), water quality tests should be in place.
Event permits and licences should cover the venue hire, any alcohol arrangements, amplified sound, and special effects if used.
Spectators
A crowd management plan should think about rival fans, queue management, searching policies if relevant, segregation routes, and a clear approach to dealing with abusive behaviour. Spectator welfare includes first aid access, lost child points, water availability, and clear signage for exits and toilets.
Construction and rigging
Temporary seating, camera platforms, lighting, and signage should be certified and inspected. Electrical supply should be tested and protected, and cabling should be routed to prevent trips. Hot works and working at height should be managed through permits, competent supervision, and proper equipment.
Site access
Accessible routes should be planned for all, including wheelchair users and those with limited mobility. Sensitive areas (players’ tunnel, officials, control room) should have access control. Safe zones for teams and officials should be clearly marked, and emergency routes should remain unobstructed.
Transport and Equipment
Cameras and platforms
Sports filming often uses elevated platforms and cable runs. These should be inspected and certified, with safe access/egress, edge protection, and managed trip hazards. Drone use should be licensed/authorised and planned so it doesn’t distract players or overfly crowds inappropriately.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Public sessions should include a simple fitness and injury prevention message, warm-up/cool-down time, and hydration prompts. Equipment rules should be clear – especially for studs/spikes, protective gear, and racquet integrity. Coaching supervision should match participant ability, and signage should highlight hazards such as wet floors, ball strike risk, and restricted zones.
Professional Participation
Professional settings benefit from structured due diligence, formal medical provision, clear concussion/head injury protocols, and scheduled familiarisation (lighting levels, surface feel, camera placements). Post-activity support should include recovery space and a debrief that captures any crowd or operational learning.
Cycling Events
(road cycling, closed-road events, mountain biking, sportive-style participation, BMX/track in venues)
Universal
Emergency Procedures
1. Emergency action plans, rescue plans, access routes and first aid
Cycling emergencies are often time-critical because injuries can be serious and incidents can involve multiple riders. Your emergency action plan should cover collisions, rider down in a bunch, vehicle interface incidents, sudden illness, heat illness, and incidents involving spectators or course marshals.
Rescue planning should be route-specific. You should identify ambulance access points, rendezvous locations, and where stretcher access is feasible. If the route is long, you should consider how you will reach a casualty quickly – mobile responders, motorbike medics, roving first aid, or strategically placed response teams. First aid levels should reflect the risk profile, speed, and terrain.
2. Co-ordination with local emergency services
You should share route maps, timings, likely congestion points and access plans with local services. If roads are open or partially open, coordination should include traffic management responsibilities and escalation routes if road conditions or driver behaviour becomes unsafe.
3. Incident reporting procedures
You should provide a simple way for marshals and riders to report hazards (potholes, debris, loose dogs, unexpected traffic, aggressive spectators) as well as injuries. A good reporting process captures hazards early enough to intervene – by sweeping debris, adjusting signage, or pausing waves.
Communication
You should use layered communication: pre-event rider packs, route signage, on-site announcements, marshal briefings and rider briefings. Radios are helpful for key route points and response teams; messaging groups can support secondary updates but shouldn’t replace primary channels. A dedicated emergency channel should be reserved for incidents, with clear call signs and a simple structure for messages (location, nature of incident, resources needed).
Risk assessments and method statements
Route risk assessments should consider surface condition, junctions, descents, visibility, pinch points, shared paths, spectator crossings, and how weather changes grip and braking distance. Your assessments should also consider participant variability – slower riders wobble more; faster riders take more risk; and mixed abilities increase overtakes.
Contractor assessments should be requested early for barriers, signage, traffic management, timing systems, power supplies and temporary structures. Method statements should exist for any construction or set-up, including start/finish gantries, crowd barriers and cable routing.
Due diligence
Competence checks should focus on those controlling risk: traffic management providers, marshals, medics, mechanics, moto camera teams, and any escort vehicles. Insurance should match the event type (public participation events can have different exposures than elite races).
Equipment safety should include checks for barriers, signage stability, and any participant equipment checks you decide to implement (for example, minimum braking capability for certain routes).
Environment
Specialist/remote environment
Off-road or remote courses should have appropriate specialist knowledge of trail conditions, land access rules, and rescue access. Medical support should reflect terrain reality – if vehicles can’t reach a casualty, you should plan for carries, extraction routes, or specialist responders. Crew fitness matters here too; marshals walking steep sections in bad weather need appropriate gear and support.
Construction feasibility should be assessed where you install features or structures – particularly in parks, forests or sensitive ground. Clothing and equipment should be appropriate for exposure, with waterproofing, warmth and comms.
Weather
You should respect land access rules and trail usage regulations, particularly for MTB and mixed-use areas.
Sensitive habitats may require route adjustments or time restrictions. Waste disposal should be planned at start/finish and along the route, with clear messaging to discourage littering.
Environmental impact
You should respect land access rules and trail usage regulations, particularly for mixed-use areas. Sensitive habitats may require route adjustments or time restrictions. Waste disposal should be planned at start/finish and along the route, with clear messaging to discourage littering.
Indoor environment (for track/BMX arenas)
Lighting should support speed and visibility. Ventilation should manage crowd and athlete heat load. Capacity management should include riders, mechanics, officials, spectators and media, so that emergency egress and movement routes remain clear.
Venue
Playground arena
Participant welfare should include shelter, hydration, toilets and a safe waiting area away from vehicle movement. Secure storage reduces theft and prevents kit being tampered with. Surfaces – whether road, track, ramps or compacted trail – should be inspected and maintained, with a process to respond quickly to defects.
If obstacles exist (ramps, barriers, course features), they should be anchored and stable. Permits and licences should be confirmed for road closures, park use and temporary structures.
Courses should be stewarded to monitor the event and provide directional guidance for participants.
On longer routes repair tools and spare parts, or a means of transport to the finish, should be available if cycles are damaged.
Spectators
Crowd management should anticipate that spectators move to see better. Your plan should protect the course boundary, maintain crossing points, and keep clear emergency lanes. Spectator welfare – shade, water, toilets and clear signage – reduces risky improvisation.
Construction and rigging
Temporary structures (gantries, stands, fences) should be certified and inspected. Equipment and substances should be stored safely, hot works controlled, working at height managed, and electrical supplies tested and routed safely. Crew welfare should be built into schedules, as early starts and long days are common.
Site access
You should ensure accessible routes for participants and staff, including those with disabilities, as well as clear access for emergency vehicles. Sensitive zones (timing tents, power, medical, comms) should be controlled. Safe zones and course access points should be clearly marked.
Transport and Equipment
Aircraft
You should work with operators holding appropriate approvals (often referred to as an Air Operator Certificate (AOC) or equivalent, depending on jurisdiction) and ensure pilots have the right licences and ratings for the flying involved. The activity should be notified or logged with the relevant aviation authority as appropriate, and any airspace restrictions should be planned early so you’re not improvising on the day.
Take-off and landing permissions should be confirmed, including any local limitations (noise, timing windows, ground conditions). Camera rigging should be designed, installed and certified through the operator’s approved process or relevant authority expectations, with clear inspection intervals.
4x4s and tracking vehicles
Support and tracking vehicles should be maintained and inspected. Any adapted vehicles should have safety compliance documentation. Drivers should be competent, authorised and familiar with routes, including where crowds gather and where surface changes are likely.
Cameras and platforms
Camera platforms should be stable and certified where needed, with safe access and fall protection as appropriate. Electrical supplies should be tested. Drones should be flown by licensed operators with clear controls around crowd flight and proximity to riders.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Participant fitness and skills should be assessed proportionately to the event difficulty. Briefings should cover injury prevention, route hazards, overtaking etiquette, what to do after a crash, and how to call for help. Warm-ups and cool-downs should be built into the schedule, and monitoring for dehydration, fatigue and illness should be active – especially in heat.
Participants should be encouraged to use reflectors, lights and visibility aids, especially in low light conditions.
Equipment processes should clarify whether riders are expected to self-certify their bikes, whether spot checks occur, and what minimum standards apply. Post-activity support should include recovery areas, first aid follow-up and a debrief process for capturing hazards and near misses.
Professional Participation
For professional riders and teams, you should still complete due diligence: licences/affiliations where applicable, medical coverage expectations, and clear briefings on the course.
Familiarisation is particularly useful on technical descents, narrow sections and areas with variable surfaces. Equipment checks, recovery facilities and debriefs should be planned and protected.
Brand Events
(product launches, experiential activations, press events, promotional installations)
Universal
Emergency Procedures
1. Emergency action plans, rescue plans, access routes and first aid
You should have an emergency action plan that fits the reality of your event: a busy schedule, changing run-of-show, multiple suppliers, and often a mix of VIPs, press and public.
The plan should describe what happens for fire alarms, medical incidents, crowd surges, security threats, power loss and severe weather if any part of the launch is outdoors. If you have staging, elevated platforms, temporary structures, or special effects, your plan should also include rescue arrangements (for example, how someone is assisted down from a platform, how an unconscious person is accessed through a set build, and how emergency services reach the incident without being blocked by branding walls or vehicle loading).
You should plan access routes early – especially when scenic elements, photo backdrops, product plinths and queue systems are being installed – because it’s easy to accidentally “design out” ambulance access or create pinch points. First aid provision should be proportionate to expected attendance, activity type (e.g., alcohol service, long queues, heat), and the time profile of the event (arrivals, peak moments, departures).
2. Incident reporting procedures
You should also make incident reporting easy and routine. That means having a simple process for logging near misses and injuries, who receives reports, and how you’ll follow up. When incidents happen, the most useful reports capture what happened, what changed, and what you’ll do differently next time – not just who to “blame”.
Communication
Brand events tend to move quickly, so your safety communication should be short, consistent and repeated. You should brief key operational and safety points to everyone – crew, contractors, front-of-house, security, talent handlers, PR teams and brand representatives – using methods that suit the environment: a short safety briefing at call time, printed quick-cards for front-of-house, and clear signage where the public flows.
You should run a dedicated emergency channel (radio or phone group) that’s kept clear for urgent messages only. It helps to agree simple phrases in advance (e.g., “Code Medical at…”, “Hold doors”, “Stop build”, “Show stop”) so messages are understood first time even under stress.
Risk assessments and method statements
You should have a site risk assessment that reflects the venue layout, public flow, and any special features (temporary builds, staging, lighting rigs, effects, vehicle movements, alcohol service). Separately, you should have activity/task risk assessments for higher-risk pieces like rigging, electrical distribution, set construction, late-night load outs, and any live demos that introduce heat, chemicals or moving parts.
Your contractors should provide their own risk assessments, and you should review them for gaps and clashes – especially where multiple suppliers overlap in the same footprint. Method statements should describe how temporary structures and scenic builds will be constructed safely, how access equipment will be used, how exclusions are created during lifts, and how handover checks will be completed before the public arrives.
Contractor and professional participant due diligence
You should be comfortable that suppliers are competent for the exact task, not just generally experienced.
For example, a scenic company may be excellent at builds but still need a competent rigger for flown elements, or an experienced AV supplier may still need proof of inspection for lifting accessories and truss.
Public liability insurance should be checked in a consistent way (dates, limits, activity description). Equipment safety should be verified through inspection records, test status where relevant, and sensible pre-use checks on site. If anything is hired in at short notice – especially heaters, generators, foggers, CO₂ jets, lasers or similar – you should treat it as “higher attention” and confirm operator competence and safe operating parameters.
Environment
Weather
If any part of the event is outside (queues, arrival carpets, terraces), you should have a clear adverse weather plan: when you pause, when you move people indoors, how you protect electrical equipment, and how you make surfaces safe if they get wet. Forecasting and monitoring should be practical – someone should “own” the weather watch on event day and have authority to trigger controls.
Environmental impact
You should work with the venue/site owner’s environmental rules (waste streams, noise limits, nearby residents) and avoid damaging surfaces or landscaping. Sustainable waste disposal is easier when you plan it: clear bins, clear back-of-house segregation, and a defined process for chemicals (e.g., cleaning fluids, fog fluid residues).
Indoor environment
Indoor events should have suitable lighting for safe movement (including back-of-house corridors and steps), ventilation that matches heat loads from lighting and occupancy, and a capacity plan that includes crew and VIP holding areas, not just ticketed guests.
Venue
Playground arena (event space)
Participant welfare at a brand events often means managing comfort and movement: queues, heat, noise, fatigue and alcohol. You should provide safe cloakroom/storage options so bags and cases don’t become trip hazards, and you should keep routes clear even once ‘décor’ is in.
If you have temporary platforms or scenic items, you should monitor surfaces for slip/trip risks (spills, tape edges, cables) and have a routine for inspection and quick fixes during the event. Any installed features should be stable and, where relevant, anchored or ballasted to suit expected forces (people leaning for photos is a real load case). Permits and licences should be confirmed early for alcohol, music, late opening, road closures, exterior signage, drones, or effects.
Spectators (guests)
You should have a simple crowd management plan that covers arrival peaks, queue routes, bag checks if used, VIP movements, and what you’ll do if the venue reaches capacity.
Guest welfare is supported by visible staff, clear signage, water availability, accessible routes, and a calm response to complaints or anxieties.
Construction and rigging
Temporary builds should be designed, erected and inspected by competent people, and you should keep documentation accessible on site (certificates, handover forms, inspection tags). Equipment should be tested/inspected, substances stored safely (paints, solvents, aerosols), and hot works tightly controlled with permits, fire watch and extinguishers.
Working at height procedures should be routine and enforced: suitable access equipment, exclusion zones below, tool lanyards where appropriate, and a plan for rescue. Electrical supplies should be tested and distributed safely, with earthing/grounding considered where generators or temporary power is used.
Crew welfare matters during long build days – breaks, hydration, warm space in winter, cool space in summer – because fatigue tends to lead directly to incidents.
Site access
Access should work for everyone: guests, crew, deliveries, and people with disabilities. Sensitive areas (backstage, comms rooms, plant areas) should have clear access control. Safe zones and clear access points should be marked and protected, so emergency routes don’t get swallowed by scenic or queues.
Transport and Equipment
Cameras and platforms
Brand launches often include camera platforms, roving camera ops, drones, and temporary risers. Equipment inspections and structural certification should be in place for platforms and towers. Electrical supplies to camera areas should be safe and tidy to avoid trip hazards. If drones are used, you should ensure competent operators, a defined flight area, and a plan that protects guests and respects venue rules.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Brand events often include public interaction: product demos, interactive installations, immersive experiences, competitions, and sometimes “try it” activities.
If an activation has any physical element (e.g., reaction games, balance boards, mini challenges), you should consider whether guests need a simple self-screening check, clear eligibility rules, and a short injury-prevention briefing. Warm-up/cool-down is usually not relevant unless the activation is genuinely strenuous, but you should still monitor for dehydration, heat stress, dizziness and anxiety – particularly in crowded, hot or loud environments.
You should brief guests in plain language before they participate, provide clear signage for hazards and safe use, and staff the activation with people who can supervise and pause it quickly if someone looks unsafe.
Where participation is physical or intense (VR sickness, adrenaline response, minor injuries), you should have recovery space, water, and an easy way to access first aid. A quick debrief with staff helps you spot patterns and improve controls during the event.
Professional Participation
Professional participants might include performers, presenters, brand ambassadors, athletes, or specialist demonstrators. You should carry out proportionate due diligence: experience, recent practice, any declared limitations, and confirmation of any required qualifications/licences.
Warm-ups and recovery should be scheduled into the run-of-show rather than assumed to “just happen”. Professionals should receive a clear briefing and, where relevant, familiarisation time in the space (sightlines, marks, surface condition, steps, edges, pyro zones). If professionals bring personal kit, you should still verify suitability and inspection status. Venue-provided equipment should be tested and inspected, and handover should be documented.
You should provide an appropriate recovery area, hydration, and a short debrief process to capture issues before everyone disperses.
Cultural Events
(dance, music, theatre)
Universal
Emergency Procedures
Cultural events can shift between rehearsal, performance, interval, and get-out, each with a different risk picture. Your emergency action plan should cover those phases, including show stop protocols, evacuation, medical response, and how you manage emergency access when sets, curtains and audience seating are in place. If you have flying, trapdoors, raked stages, pyro, haze, strobe, weapons, or acrobatics, rescue planning should be specific and rehearsed, not theoretical.
First aid should reflect the profile: dancers and performers may experience strains, sprains and acute injuries; audiences may experience trips on steps, heat stress, or medical episodes. You should coordinate with emergency services for large crowds or complex venues, and you should ensure incident reporting is consistent across stage management, technical teams and front-of-house.
Communication
Communication is easiest when it follows the production structure. You should brief crew and cast through stage management channels, front-of-house through venue management, and contractors through production management.
A dedicated emergency channel should exist that connects event control, stage management, security and medical teams, with agreed show stop and hold protocols.
Risk assessments and method statements
Your risk assessments should cover both the venue and the creative content. That includes set builds, rigging, lighting focus, sound checks, costume quick changes, and any choreography risks. Contractor risk assessments should be reviewed for overlaps – particularly rigging and electrics.
Method statements should cover construction, rigging, working at height, lifts, and any special effects. Where artistic intent introduces hazards, you should document the control approach clearly so everyone understands what’s “part of the show” and what’s not acceptable.
Contractor and professional participant due diligence
Competence is key: riggers, pyro/laser operators, automation techs, set builders, and stage electricians should have proven experience. Insurance checks should be completed, and equipment safety should include inspection records for flying systems, harnesses, lifting accessories, and any automation/track systems.
Environment
Weather
Outdoor events should have clear wind/rain/heat triggers for pausing or cancelling, especially where rigs, towers, canopies or stage roofs are involved. Monitoring should be active on event day, with defined decision-makers.
Environmental impact
You should protect green spaces, manage noise spill, and plan sustainable waste disposal – especially for large audiences with food and drink.
Indoor environment
Ventilation is important when haze/fog is used or when occupancy is high. Lighting should support safe ingress/egress and backstage movement. Capacity should include standing areas, seated areas, backstage occupancy, and any hospitality spaces.
Venue
Playground arena (stage and performance space)
Performer welfare should be treated as central, not secondary. That includes warm-up space, safe flooring, appropriate footwear considerations, hydration, and managing fatigue across multiple shows. Clothing and equipment storage should keep escape routes clear and avoid trip hazards in wings and quick-change areas.
Surface monitoring is critical for dance and theatre. You should inspect and maintain stage floors, Marley, rakes, stairs, and edges. If you have moving set pieces or anchored obstacles, stability and anchoring should be checked daily. Water features (onstage rain, pools) should include water quality management and slip control, with clear mop-up plans and footwear rules.
Permits/licences should be confirmed for music, late opening, alcohol, street trading, road closures, and special effects.
Spectators
Your crowd plan should cover arrival, interval, bar queues, and departure, with special attention to steps, low lighting, and accessibility. Spectator welfare benefits from clear signage, stewarding, safe queuing, accessible toilets, and a calm plan for medical incidents in seating rows.
Construction and rigging
Structural certification and inspection should be in place for stage roofs, truss, flown scenic, and automation. Equipment testing and inspection should cover lifting gear, motors, control systems and emergency stops. Hot works should be controlled via permits, fire watch and suitable extinguishers.
Working at height procedures should be robust for focus, rigging and set dressing. Electrical supply tests, including earthing/grounding where relevant, should be completed and documented. Crew welfare during tech week and get-out should be actively managed; these are high fatigue periods.
Site access
Accessible routes should cover both audience and backstage where possible. Sensitive areas (pyro stores, comms, dimmer rooms, automation controls) should have controlled access. Safe zones and clear access points should remain clear, even during scenic changes and touring load-ins.
Transport and Equipment
Vehicles
Vehicle movements relate mainly to trucking, loading docks, and sometimes onstage vehicles. You should manage docks with traffic control, banksmen and segregation. If vehicles appear in performance, you should treat it like a special effect: competent operators, rehearsals, clear marks, and barriers/exclusions.
Cameras and platforms
Cameras can introduce trip hazards and sightline issues. Platforms should be certified and inspected, and power supplies should be safe. If you are using drones at an outdoor event, you should have a licensed operator, flying within the limitations of their operating licence and local aviation regulation.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Cultural events may include participatory dance, workshops, or immersive theatre.
Participant fitness
If audience members are invited to move, dance or take part in workshops you should set clear expectations, give a short safety briefing, and consider warm-up where activity is energetic. Monitoring for dehydration, fatigue and distress is helpful, especially in hot, crowded spaces.
Course/activity safety
You should brief participants on boundaries, hazards (steps, uneven floors, low light), and safe behaviour. Qualified supervisors should be present where activity is structured (workshops, physical theatre exercises).
Equipment
If participants use props or equipment, it should be inspected and appropriate. If personal equipment is allowed, you should set boundaries and use waivers as a supporting tool rather than the main control.
Post activity support
Provide water, seating, and a calm space if anyone becomes overwhelmed or unwell. A short debrief with facilitators helps improve controls for the next session.
Professional Participation
This is the core of most cultural events: performers, musicians, dancers, technicians, stage management.
Participant fitness
Pre-participation due diligence should include capability for the role, rehearsal time, and any required qualifications (for example, flying, weapons handling, pyro operation). Warm-up and cool-down should be planned into the schedule, not left to chance.
Course/activity safety
Performers should receive clear briefings on stage conditions, cues, effects, automation, scene changes and emergency procedures. Familiarisation should include stage edges, rakes, stairs and any unusual set pieces.
Equipment
Personal equipment (instruments, footwear, harnesses) should be suitable and maintained. Venue equipment should be inspected and tested, particularly flying systems, automation, and electrical supplies.
Post activity support
Recovery space, physio support where appropriate, and a structured debrief process help manage wellbeing across runs and tours.
Fitness Events
(Obstacle races, fitness racing, CrossFit, HYROX, training/workout)
Universal
Emergency Procedures
Fitness events are dynamic, with exertion, speed, competition stress and sometimes outdoor exposure. Your emergency action plan should cover the likely scenarios: collapse due to heat or cardiac events, fractures/sprains, head injuries, asthma, hypoglycaemia, and crowd issues around start/finish. Rescue planning should be practical: how you reach an injured participant on course, how you extract them from obstacles safely, and how you move them to medical care without creating secondary risk.
You should build clear access routes into the course design so medical teams can reach every zone. If obstacles create confined spaces, heights, or water immersion, you should plan those rescues specifically and ensure the right equipment and trained staff are on hand. First aid and medical cover should match participant numbers, intensity, weather, and course complexity.
Coordination with local emergency services should be considered for large events or remote courses, including rendezvous points and a shared understanding of access. Incident reporting should capture near misses (failed obstacle anchors, slippery surfaces, crowd surges) as well as injuries.
Communication
Communication should be simple and repeated. Participants should receive key safety messages before arrival, at registration, during briefing, and via signage on course. Crew should receive a clear operational briefing, and there should be a dedicated emergency channel connecting event control, medical, course marshals and security.
Risk assessments and method statements
You should carry out site and activity risk assessments for the venue, course layout, obstacles, warm-up areas, start/finish, spectator zones, and any water or height elements. Contractor risk assessments should be collected from build teams, riggers, electrical contractors, medical providers, security and catering.
Method statements should cover obstacle construction, anchoring/ballasting, inspection routines, cleaning and maintenance, and safe build/de-rig practices, including working at height and manual handling.
Contractor and professional participant due diligence
You should confirm that contractors are competent to build and inspect the specific obstacle types you’re using, not just “general event build”. Insurance should be checked consistently. Equipment safety should be demonstrated through inspection records, materials suitability, and routine pre-event and during-event checks.
Environment
Specialist/remote environment
Obstacle events and races can be in parks, countryside, beaches, ski areas, or industrial sites. Where environments are remote or specialist, you should bring in local expertise and consider enhanced medical response, off-road access, and communications coverage. Crew should be fit to operate in the environment – long distances, uneven ground, heat, cold, early starts – and you should plan welfare accordingly.
If construction is needed, you should confirm the ground is suitable for anchors, towers, and crowd loading. Soft ground, sand, or waterlogged areas often need different solutions for stability and slip control.
Weather
Weather is a primary control point for fitness events. You should have clear contingency triggers for heat, lightning, high winds, heavy rain, ice, and poor visibility. Forecasting and monitoring should be active and owned by a named person, and decisions should be communicated quickly to course teams and participants.
Environmental impact
You should comply with land use and trail regulations, protect habitats and wildlife, and prevent erosion – especially with repeated footfall and obstacle placements. Waste disposal should be planned so water stations, gels, packaging and tape don’t become litter or hazards.
Indoor environment
For indoor fitness racing (HYROX-style formats), you should confirm lighting, ventilation, and heat management. Capacity planning should include participants, spectators, staff, vendors, and athlete holding areas. Flooring should be suitable for sled pulls, running lanes, and weight drops if present, with protection and maintenance routines.
Venue
Arena (course/competition area)
Participant welfare includes safe warm-up space, hydration availability, clear athlete flow, and safe storage for bags so lanes and exits remain clear. Surface monitoring should be continuous because conditions change quickly with sweat, chalk, rain, mud and spillages. You should have a routine for cleaning and for pausing activity if surfaces become unsafe.
Obstacles should be appropriately anchored, inspected, and monitored. If you include water obstacles, you should consider water quality, depth control, entry/exit safety, and a plan for spotting and rescue. Permits and licences may apply for road closures, landowner permissions, amplified sound, alcohol, temporary structures, and trading.
Spectators
Crowd management should consider start/finish surges, barrier placement, crossings over course routes, and spectator flow. Spectator welfare includes shade/shelter, water, accessible viewing areas, safe queuing, and clear messaging if the course is paused for safety.
Construction and rigging
Temporary structures, truss arches, towers, obstacles, and barriers should have structural certification and inspections proportionate to their complexity. Equipment testing/inspection should include anchors, fixings, lifting gear, and any automated timing/LED structures.
Hot works and working at height should be controlled during build. Electrical supplies should be tested and installed safely, including grounding where relevant. Crew welfare is especially important because build days can be long and physically demanding.
Site access
Access should work for athletes, spectators, crew, vehicles, and emergency response. Sensitive areas (medical, timing, power distribution) should be controlled. Safe zones and clear arena access points should be marked so emergency response is fast and predictable.
Transport and Equipment
4x4s and tracking vehicles
These are more relevant for remote courses and media coverage. Vehicles should be maintained and inspected, adapted vehicles should have safety compliance documentation, and drivers should be competent and authorised.
Route familiarity should be confirmed, and vehicle movements should be segregated from participants where possible, with speed controls and marshals.
Cameras and platforms
Camera platforms should be inspected and certified where necessary and positioned so they don’t create collision risks. Electrical supplies should be tested and routed safely. Drone use should be controlled with competent operators, defined flight zones, and clear rules that protect participants and spectators.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Participant fitness
You should consider a proportionate approach to fitness and capability screening. That may include pre-event information about the event intensity, a self-declaration, and clear guidance on contraindications (e.g., illness, recent injury). Injury prevention briefings should be simple and practical, and warm-up/cool-down opportunities should be built into the event experience.
Monitoring for dehydration, fatigue and illness should be active. That means trained course marshals, visible medical presence, water availability, and a culture where participants are encouraged to stop and seek help early. If qualifications/licences are relevant (e.g., open water swimming events), you should verify them.
Course safety
Participants should receive a clear briefing about the course, obstacles, penalties, and how to opt out safely. Signage should highlight difficult sections, hazards, and safe techniques (especially for heights, carries, and water). Supervision should be provided by qualified coaches/staff where technique is safety-critical, and marshals should be empowered to pause or close obstacles.
Equipment
If personal equipment is allowed (shoes, gloves, belts), you should clarify what is acceptable and what could create risk. A waiver can support understanding, but your primary control should still be safe design and supervision. Public equipment should be tested and inspected, and fitting of safety equipment (helmets, buoyancy aids, harnesses) should be supervised.
Post activity support
Recovery facilities should be available: hydration, shaded seating, medical support, and clear signposting for anyone who feels unwell. A short operational debrief – especially with obstacle leads and medical teams – helps you identify trends and adjust controls during multi-heat events.
Professional Participation
Professional participants might include elite athletes, demonstrators, coaches, stunt performers for demos, or professional teams.
Participant fitness
You should complete pre-participation due diligence on capability and readiness, and confirm qualifications/licences where relevant. Warm-up and cool-down should be scheduled, and you should account for cumulative fatigue across multiple appearances.
Course safety
Professionals should receive full briefings and familiarisation time on course and obstacles. If the course changes between heats, you should brief again – small changes can create big risk when people push speed.
Equipment
Personal equipment should be checked for suitability. Venue equipment should be inspected and tested. Where performance relies on equipment integrity (rigs, weights, sleds, harness points), checks should be documented and repeated.
Post activity support
Provide recovery support and a structured debrief process. Professionals often identify near misses that others don’t notice, and capturing that insight improves safety for the broader public field.
Gaming Events
(LAN, esports, exhibitions, tournaments)
Universal
Emergency Procedures
Gaming events often combine dense seating plans, high electrical demand, long dwell times, and excited crowds. Your emergency action plan should reflect the key realities: rapid evacuation routes that don’t run through cable corridors, a plan for power failure (including emergency lighting), and medical response for fainting, asthma, panic, seizures, or heat stress.
Rescue planning should include how you’ll access someone who becomes unwell in tightly packed seating, how you’ll clear aisles quickly, and how you’ll maintain clear routes even as attendees bring bags, chairs, and equipment. First aid should consider long days, dehydration, and the possibility of minor electrical burns or trip injuries during set-up and pack-down.
You should coordinate with local emergency services if attendance is large or if the venue layout is complex. Incident reporting should be easy for stewards and tech teams – small issues like overheating power strips and overloaded sockets are “near misses” worth capturing.
Communication
Safety information should be communicated in ways that suit a gaming audience: clear digital signage, pre-event emails, announcements between matches, and staff positioned where people actually look (entry, near stages, near food). A dedicated emergency channel should exist for event control, security, medical and venue operations, with a clear escalation pathway.
Risk assessments and method statements
Your site risk assessment should address crowd density, seating layouts, cable management, emergency lighting, noise exposure, stage effects, and electrical load distribution. Contractor risk assessments should be collected from AV, staging, power, security, cleaning, caterers, and any exhibitors bringing build-outs.
Method statements should cover build phases carefully – especially rigging, stage construction, overhead installs, and the safe laying and protection of cables. Where attendees bring their own PCs and peripherals, you should also assess how that changes your risk profile (extra power draw, more cabling, more trip hazards, more heat).
Contractor and professional participant due diligence
Competence checks should focus on the high-risk areas: rigging, electrical distribution, stage effects, crowd management, and network infrastructure installation. Insurance checks should be consistent, and equipment safety should include certification/inspection for truss, motors, lifting accessories, temporary platforms, and high-load electrical systems.
Environment
Weather
Weather mainly affects queueing, entrances, and loading. You should plan shelter, anti-slip mats, and safe external lighting if people queue in the dark or wet.
Environmental impact
You should plan for sustainable waste handling (packaging, food waste, e-waste like broken peripherals), and you should manage noise spill if the venue is near residential areas.
Indoor environment
Ventilation and heat management are central. A room full of PCs, lighting, and bodies warms up fast, so you should confirm HVAC capacity, monitor temperature, and avoid blocking vents with drapes or branding. Lighting should support safe movement, particularly in aisles and steps where the audience area may be intentionally dim.
Capacity management should include seated attendees, standing spectators, competitors, crew, exhibitors, and queue systems.
Venue
Arena (event space)
Participant welfare includes seating comfort, hydration access, accessible routes, and safe bag storage so aisles don’t become obstructed. Surface monitoring should focus on cable covers, taped edges, spills, and worn floor protection.
If you use barriers around stages or demo zones, they should be stable and create safe flow, not trap people. If any water features exist (rare, but sometimes for themed builds), water quality management becomes relevant; otherwise, you can omit.
Permits/licences may apply for music, alcohol, late opening, pyrotechnics/lasers, and street trading if you have external food vendors.
Spectators
Your crowd management plan should anticipate surge moments (doors opening, finals, celebrity appearances, giveaways). You should design queuing and entry checks so they don’t block evacuation routes. Spectator welfare is supported through calm stewarding, clear signage, rest areas, and strong lost child/vulnerable person procedures if families attend.
Construction and rigging
Rigging and overhead installs should be formally managed with certification, inspections, exclusion zones, and competent supervision.
Working at height is common for banner hangs, lighting, and audio. Electrical testing and load planning are critical: you should avoid daisy-chaining extension leads, plan distribution boards properly, and keep cable runs protected and tidy. Crew welfare matters during long tech builds and overnight network setups.
Site access
You should ensure accessible routes for wheelchair users, people with visual impairments, and anyone who needs step-free access. Sensitive zones (server rooms, comms, stage wings) should be controlled, and safe zones and access points should remain clear throughout, not just at opening.
Transport and Equipment
Vehicles
More relevant is load-in traffic: trucks, vans, forklifts. You should make sure vehicle and pedestrian routes are separated, use banksmen for reversing, and schedule deliveries to avoid peak attendee times.
Cameras and platforms
Camera risers, commentator desks, and streaming rigs should be structurally stable and inspected. Power supplies for broadcast kit should be protected and not create trip hazards. If drones are used (some events do for arena shots), you should operate within venue rules, with competent pilots and a clear flight plan that protects people.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Participant fitness
Gaming participation is less about fitness and more about wellbeing. You should still consider fatigue, dehydration, posture strain, and sensory overload. For VR zones, you should offer simple screening (motion sickness, epilepsy warnings), clear briefings, and supervision.
Course/activity safety
You should brief users on safe use of equipment, manage cables and boundaries, and use signage for hazards such as steps, low lighting, and strobe effects.
Equipment
If attendees use personal equipment, you should set clear rules on electrical safety (no damaged plugs, no unsafe adapters), and you should provide guidance on safe cable management at desks. Public equipment (controllers, headsets) should be inspected and cleaned and fitted/supervised where it affects safety (VR headsets, motion rigs).
Post activity support
You should provide a calm space for anyone who feels unwell (VR nausea, anxiety), along with water and easy access to first aid. A short operational debrief helps you improve controls across multi-day tournaments.
Professional Participation
This includes players, stage hosts, performers, and pro stream teams.
Participant fitness
You should complete due diligence on professionals: schedules, fatigue management, any medical declarations relevant to stage effects, and verification of any qualifications where applicable (pyro/laser operators, riggers).
Course/activity safety
Professionals should be briefed on stage edges, steps, cable runs, lighting positions, and any effects. Familiarisation time should be built into rehearsals, especially when stage blocking changes.
Equipment
Personal kit should be checked for safe condition where it connects to event systems. Venue equipment should be tested and inspected, particularly stage monitors, comms, and any moving scenic.
Post activity support
Recovery space, hydration, and a debrief channel help maintain wellbeing across long days and high-pressure finals.
Motorsports Guidance
(Circuit, closed road stages, off-road, karting, drift, demo runs and mixed show formats)
Universal
Emergency Procedures
1. Emergency Action Plans, rescue plans, emergency response, access routes and first aid
Motorsports require a tightly coordinated emergency plan because the incident energy can be high and consequences severe. Your Emergency Action Plan should cover collision response, vehicle fire, fuel spills, barrier breaches, tyre debris, medical emergencies in pit lane, and incidents involving spectators.
Rescue planning should include how a vehicle will be approached safely, how power sources are isolated where relevant, and how casualties are extracted. Access routes should remain clear at all times, and emergency lanes should be protected from casual parking or crowd drift. First aid provision should match the risk profile and include clear triage and escalation, with rehearsed handover points for ambulance services.
2. Co-ordination with local emergency services
You should share your site plan, running order, emergency access routes, and the location of medical, fire and recovery assets. Coordination is also useful for understanding local hospital capabilities and travel times. A single event liaison role helps avoid confusion during incidents.
3. Incident reporting procedures
Motorsport incidents can be frequent at small levels and high consequence at others. You should have clear reporting for near misses (unsafe pit behaviour, marshal exposure, barrier movement), mechanical failures, fuel leaks, and spectator boundary issues. Reporting should feed into immediate action on the day and structured learning after the event.
Communication
You should establish clear comms between race control, marshals, medical, fire, recovery, pit lane officials, and any roaming teams. Where radio is used, good discipline matters: short messages, clear locations, and a dedicated emergency channel kept free. Public announcements should be managed so they support safety without creating panic.
Risk assessments and method statements
Site and activity risk assessments should address track layout, run-off areas, barriers, pit lane, paddock movement, pedestrian routes, and spectator separation. Weather should be treated as a live variable affecting grip, visibility and braking distance.
Contractor risk assessments should cover temporary barriers, grandstands, lighting, power distribution, fuel handling, and any show elements (pyro, stunts, demonstrations). Method statements should exist for construction, rigging and barrier placement, with inspection sign-offs.
Due diligence
Competence verification should focus on those managing critical controls: circuit operations, marshals, recovery operators, scrutineers, medics, fire teams, electrical contractors and riggers. Insurance should align with the activity type and public attendance. Equipment safety should include barrier systems, recovery equipment, fire suppression gear, and any timing or electrical systems.
Environment
Specialist/remote environment
Off-road and stage environments can be remote and unpredictable. You should plan medical coverage and extraction routes that reflect terrain reality, and confirm crews are fit and equipped for long days and difficult conditions. Construction suitability should be assessed if you build temporary spectator banks, barriers, or camera platforms on soft or uneven ground.
Weather
Weather plans should include how you will respond to rain, fog, heat, wind and dust. Contingencies might include reducing speed, changing the running order, adding surface treatments, increasing marshal coverage, or pausing activity. Forecasting and monitoring should be active throughout.
Environmental impact
Fuel and oils introduce specific environmental risks. You should plan spill response (containment, disposal, trained responders) and waste disposal arrangements. Sensitive habitats and noise limitations should be considered, particularly for rural stages.
Indoor environment (for indoor karting arenas or exhibition halls)
Ventilation is particularly important for fumes and particulate. Lighting should support high-speed visibility. Capacity control should ensure safe movement and emergency egress.
Venue
Arena (course and associated structures)
Participant welfare includes hydration, shade, rest areas, and a calm briefing space. Safe storage prevents equipment tampering. Surfaces should be monitored and maintained; debris and fluids should be managed quickly. Obstacles and barriers should be anchored and inspected. Water quality tests may apply if water features exist. Permits and licences should be confirmed early, especially for road closures or noise management.
Spectators
A crowd management plan should focus on separation, safe viewing areas, crossing control, and keeping emergency routes open. Welfare provisions reduce boundary pushing and unsafe movement. You should anticipate that excitement drives crowd behaviour; visible stewarding and clear signage help.
Construction and rigging
Structural certification should cover temporary stands, towers, lighting rigs and camera platforms. Equipment inspection should be routine, and storage for fuels, oils and substances should be controlled. Hot works and working at height should follow sensible safe systems of work. Electrical supply tests and grounding checks should be completed before energisation. Crew welfare should be protected as fatigue leads to shortcuts.
Site access
Accessible routes should exist for all site users. Sensitive areas (pit lane, race control, fuel stores, power) should be controlled. Safe zones and clear access points should be marked so people don’t wander into live areas.
Transport and Equipment
4x4s and tracking vehicles
Tracking and recovery vehicles should be maintained and inspected. Adapted vehicles should have documented compliance. Driver competence is critical; authorised drivers should be familiar with the site, the course, and the emergency routes, and they should understand pedestrian interfaces and speed rules.
Cameras and platforms
Camera operations should be planned so operators are not exposed to impact zones, and so equipment cannot fall into the course. Platforms should be structurally assessed and inspected, with safe access and fall protection. Electrical supplies should be tested and cables managed. Drone operators should be licensed, with no-fly zones and clear control to avoid crowd and vehicle conflicts.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
If members of the public drive, ride or participate (taster sessions, ride-alongs, track days), you should apply robust pre-participation checks. Skills and fitness screening should be proportionate, but you should be clear about expectations and limitations.
Injury prevention briefings should cover posture, braking technique, what to do if they spin or stall, and how to respond to flags or marshal instructions. Warm-up and cool-down periods should be planned, and you should monitor fatigue and heat stress.
Equipment for public use should be inspected and fitted under supervision (helmets, harnesses, protective clothing). Post-activity recovery facilities and debriefs help identify issues and reduce repeat incidents.
Professional Participation
Professional participants should be vetted for licences, currency and experience relevant to the specific format. Familiarisation should be scheduled, especially if the course is temporary or conditions change.
Personal equipment should be checked through a clear acceptance process. Recovery and debrief facilities should be provided, and lessons learned captured while they are fresh.
Skate Sports
(ice skating, skateboarding)
Universal
Emergency Procedures
Skate sports combine speed with hard surfaces, so your emergency plan should prioritise rapid access, immobilisation capability, and clear stoppage procedures. You should plan for lacerations, fractures, head injuries, and crowd slips in spectator areas. In ice rinks, you should also plan for evacuation routes that remain safe even if floors are wet from skate traffic.
You should coordinate with local emergency services on access points – ice rinks and skate parks can have awkward entrances – and agree the quickest route to the activity area. Incident reporting should capture near misses like board/rail failure, crowd falls, and equipment issues (e.g., skate hire condition).
Communication
You should have a dependable way to reach marshals, rink staff, coaches, and first aiders. A dedicated emergency channel reduces response time. For public sessions, clear “rink rules” messaging via signage and announcements helps prevent risky behaviours like sudden stops in fast lanes, sitting on ramps, or skating against flow.
Risk assessments and method statements
Risk assessments should reflect how people actually use these spaces: mixed abilities, unpredictable movement, and congestion at entry/exit points. For skateboarding events, you should assess falls from height, collision risk, and the integrity of ramps, rails, and coping. For ice, you should assess rink condition, resurfacing timing, and safe separation between skaters and spectators.
Contractor assessments should cover temporary builds (extra ramps, staging, lighting) and any fabrication or installation. Method statements should detail anchoring, exclusion zones, and inspection routines.
Contractor and professional participant due diligence
You should check competence and insurance for ramp builders, riggers, and rink contractors. Equipment safety is central: boards, skates, helmets, pads, and barriers should be inspected and maintained, with a clear process to remove defective items from use.
Environment
Weather
Outdoor skateboarding is sensitive to rain and wind; wet surfaces can become instantly hazardous. You should plan postponement or surface drying processes and communicate decisions early. Temporary rinks also need plans for temperature swings affecting ice quality and spectator comfort.
Environmental impact
Temporary rinks can be energy intensive; you should plan efficient power management and responsible waste handling. Outdoor builds should consider noise, nearby residents, and protection of surrounding surfaces.
Indoor environment
Indoor skate venues should have lighting that avoids glare and shadows on features. Ventilation matters – especially where fogging or humidity affects visibility and surface grip. Capacity should be controlled to avoid dangerous congestion.
Venue
Arena (rink or park)
Participant welfare includes warm-up space, rest areas, and clear rules for mixed ability sessions. Storage should keep equipment out of walkways and avoid trip hazards.
Surface monitoring is critical. Skateboarding surfaces should be checked for cracks, loose fixings, and sharp edges. Ice should be monitored for ruts, soft spots, and debris, with resurfacing scheduled and communicated. Obstacles and features should be anchored or designed to remain stable under load.
Permits and licences should cover temporary installations, public event permissions, and any amplified sound or late-night operation.
Spectators
Crowd plans should keep people away from run-ins and landing zones. Barriers should be positioned so spectators can see without leaning into risk areas. Welfare provisions should include slip-resistant walkways and good stewarding at entry/exit points.
Construction and rigging
Skate sports frequently use temporary lighting, audio, banners, and filming platforms. These should be certified and inspected, and electrical systems should be tested and protected from moisture. Hot works, working at height, and substance storage should be managed with permits and controls.
Site access
Access should be inclusive, with clear routes for participants carrying equipment. Sensitive areas like rider-only zones, judges’ areas, and medical points should be controlled. Safe zones and clear access points into the arena should be maintained throughout.
Transport and Equipment
Cameras and platforms
Camera platforms should be located where they cannot interfere with skate activities, and skaters cannot strike the platforms, including during an accident. Camera towers, gantries, and platforms should be certified and inspected, with safe access, edge protection, and managed cabling. If drones are used, the operator should be licensed/authorised and flight plans should be coordinated with crowd management and any airspace constraints. All drones should fly a safe distance behind skaters.
Elevated platforms and lifting equipment
Where elevated platforms or lifting equipment are in use, they should be operated by individuals who hold the appropriate licences or certifications for the specific equipment and task. Operators should be familiar with the equipment controls, load limits, and safe operating procedures, and should understand how the equipment will be used within the event environment.
All elevated platforms and lifting equipment should be properly maintained and suitable for the intended use. Relevant maintenance records, inspection reports, and certification documentation should be available and reviewed before use to confirm that the equipment has been inspected, tested, and serviced in line with manufacturer guidance and recognised industry standards. Any equipment found to be damaged, overdue for inspection, or otherwise unsuitable should not be used until it has been assessed and confirmed as safe.
Public Participation
Public sessions should include ability grouping where possible, simple technique and fall-safety guidance, and supervised fitting of helmets/pads or skates. You should encourage warm-up/cool-down, hydration, and rest breaks – fatigue increases falls. Course/feature briefings should highlight one-way flow, no-sit zones, and where beginners should stay. Post-activity support should include a clear route to first aid and a short debrief for issues like overcrowding or feature damage.
Professional Participation
Professional skaters may attempt high-risk tricks. You should plan controlled practice windows, structured familiarisation, and clear criteria for stopping due to surface condition or feature integrity. Personal equipment due diligence is helpful – especially for protective gear expectations – and debriefs should capture any close calls and feature performance.
Watersports
(kayaking, sailing, diving, windsurfing, kitesurfing, swimming)
Universal
Emergency Procedures
Watersports emergency planning should start with a clear question: how do we prevent a minor issue becoming a drowning or hypothermia incident?
Your emergency action plan should include water rescue arrangements, casualty retrieval, and clear handover points to shore-based medical care. You should define rescue roles (safety boat crews, lifeguards, shore spotters), the triggers for suspending activity, and how you account for all participants at the end of a session.
Coordination with emergency services should include sharing maps, access points, slipway locations, and any hazards like weirs, tides, or submerged structures. Incident reporting should capture near misses such as capsize clusters, equipment failures, loss of visual contact, and changing conditions.
Communication
A reliable comms plan is essential on water. You should consider VHF marine radio for safety boats, waterproof radios for key staff, and shore-based control that can communicate with both the water team and emergency services.
A dedicated emergency channel should be agreed, and you should plan what happens if someone loses radio contact. Clear participant briefings – supported by simple hand signals or whistle codes – help when wind and distance make voice communication difficult.
Risk assessments and method statements
Site and activity risk assessments should reflect the specific environment: tide, currents, visibility, water temperature, boat traffic, entry/exit points, and weather exposure. Diving adds depth, pressure, and gas-management considerations; kitesurfing adds lines, launch/landing zones, and bystander interaction risks. Contractor risk assessments (boat operators, diving support, pontoon installers, medical providers) should be reviewed and aligned.
Method statements should cover any temporary infrastructure – pontoons, start gantries, rescue platforms – and explain how they’re built, anchored, inspected, and removed.
Contractor and professional participant due diligence
You should check that professional providers are competent for the discipline (e.g., qualified diving supervisors, licensed boat skippers where required, appropriately trained lifeguards/coaches), properly insured, and using safe, inspected equipment.
Equipment safety is not just “is it intact?”; it’s also “is it the right specification for the conditions?”, such as buoyancy aids appropriate to activity, wetsuits/drysuits for temperature, and properly serviced scuba equipment.
Environment
Specialist/remote environment
Remote water locations increase response times and complicate extraction. You should plan enhanced medical support, evacuation options, and staff fitness to operate in wet, cold, or physically demanding settings. Where construction is needed (temporary pontoons, camera barges), the environment should be suitable for anchoring and safe working.
Weather
Weather planning should be detailed and discipline-specific. Sailing and kitesports need wind thresholds, gust management, and lightning rules.
Swimming needs water temperature, visibility, and wave conditions. You should use forecasting and real-time monitoring, and you should have a clear decision-maker and triggers for reducing course length, switching locations, or cancelling.
Environmental impact
Water environments are sensitive. You should comply with local regulations, protect wildlife, and plan waste disposal so nothing enters the water. Fuel management for safety boats, spill kits, and sensible refuelling arrangements help prevent pollution.
Indoor environment
Indoor pools need appropriate lighting, ventilation (especially to manage humidity), and strict capacity control. Pool chemical management and air quality should be considered alongside spectator comfort and crowd flow.
Venue
Arena
Participant welfare includes warm changing facilities, hot drinks/blankets for cold-water events, and clear access to toilets and medical support. Storage should keep kit organised so walkways aren’t clogged with fins, paddles, lines, or tanks.
Surface monitoring includes slip hazards on wet decks and jetties, and inspection of pontoons, ladders, rails, and launching areas. For open water, “arena surface” translates to water condition monitoring and, where relevant, water quality tests and visibility checks. Permits and licences may include harbour authority permissions, lake operator agreements, and event permissions for open water swimming.
Spectators
Spectator plans should prevent people from edging into launch/landing zones and should consider water-edge fall risk. Welfare includes warm shelter, clear signage, and stewarding at slipways and pontoons.
Construction and rigging
Temporary gantries, pontoons, and camera platforms should be certified and inspected, and electrical systems should be protected from water ingress with appropriate equipment and testing. Hot works and working at height should be controlled, and substance storage should include fuels, compressed gas cylinders (diving), and cleaning chemicals.
Site access
Access should support emergency response, including vehicle approach to extraction points. Sensitive areas – gas storage, control rooms, launch zones – should be controlled. Safe zones should be marked, and clear access into and out of the arena should be maintained despite wet kit and crowds.
Transport and Equipment
Aircraft (if used)
You should work with operators holding appropriate approvals (often referred to as an Air Operator Certificate (AOC) or equivalent, depending on jurisdiction) and ensure pilots have the right licences and ratings for the flying involved. The activity should be notified or logged with the relevant aviation authority as appropriate, and any airspace restrictions should be planned early so you’re not improvising on the day.
Take-off and landing permissions should be confirmed, including any local limitations (noise, timing windows, ground conditions). Camera rigging should be designed, installed and certified through the operator’s approved process or relevant authority expectations, with clear inspection intervals.
Communication should be maintained between aerial and maritime activities.
4x4s and tracking vehicles (if used)
Often used for beach access or towing boats. Vehicles should be inspected, drivers authorised, routes planned around pedestrians, and recovery plans in place for sand or soft ground.
Cameras and platforms
Water filming introduces additional risk: floating platforms, cable management near water, and power protection. Platforms should be certified/inspected, and electrical supplies should be tested and suitable for wet environments. Drone operations should be licensed/authorised and planned to avoid distracting participants or interfering with rescue operations.
Public Participation
Public participation watersports should include a clear skills and fitness check, plus safety briefings that people actually remember – how to signal distress, what to do in a capsize, how to manage cold shock, and how to avoid line entanglement. Warm-up/cool-down is still relevant, but so is thermal management: monitoring for hypothermia, fatigue, and dehydration.
Course safety should include briefings on hazards, signage on shore, and qualified supervision. Equipment controls are crucial: any organiser-provided buoyancy aids, helmets (where relevant), and wetsuits should be inspected and fitted under supervision. Post-activity support should include warm recovery areas, hot drinks, medical observation for anyone who struggled, and a simple debrief to capture issues.
Professional Participation
Professional participants often push conditions, so pre-participation due diligence should include qualification checks, medical considerations (particularly for diving), and confirmation of personal equipment service status. Familiarisation should include local hazards, rescue signals, and any navigation markers.
Post-activity debriefs should capture near misses and changing conditions, informing future go/no-go decisions.
Winter Sports
(skiing, snowboarding, ice climbing events, winter running)
Universal
Emergency Procedures
Winter environments can turn small problems into serious ones quickly, so emergency planning should be conservative. Your emergency action plan should cover cold exposure, rapid evacuation, and rescue in difficult terrain.
You should plan for spinal injury management, fractures, hypothermia, and cardiac events, and you should ensure first aid provision includes appropriate equipment for cold and snow conditions.
Coordination with emergency services should include mountain rescue or ski patrol liaison where relevant, plus clear rendezvous points, route maps, and alternative access plans if roads close. Incident reporting should capture near misses such as loss of route markers, weather-related turnarounds, and equipment failures.
Communication
Comms can be unreliable in mountainous areas. You should plan primary and backup methods (radio, satellite devices, fixed check-in points) and define a dedicated emergency channel. Clear operational messaging is important when conditions change quickly – participants and staff should know how they’ll receive updates and where to go if the plan changes.
Risk assessments and method statements
Risk assessments should reflect winter-specific hazards: ice, reduced visibility, avalanche risk where applicable, lift systems, and cold-related impairment. Contractor risk assessments should be collected for lifts, piste services, temporary builds, and medical provision.
Method statements should cover temporary structures in snow/ice, including anchoring in frozen ground, load considerations, and inspection routines as conditions change.
Contractor and professional participant due diligence
You should check competence and insurance for ski patrol, mountain guides, lift operators, and specialist contractors. Equipment safety should include inspection routines for helmets, bindings, ropes (if used), barriers, and any mechanised equipment such as snowmobiles.
Environment
Specialist/remote environment
Many winter sports take place in remote areas with limited access and long response times. You should plan specialist knowledge input (local guides/patrol), enhanced medical capability, and staff fitness for cold exposure and physical work.
If construction is needed, you should confirm the environment is suitable for safe build and anchoring, and that workers have appropriate clothing and equipment.
Weather
Weather is often the key risk driver. You should plan for wind closures, whiteout, extreme cold, snowfall, and thaw–freeze cycles that change surface conditions. Forecasting should be continuous, with a clear decision-maker and thresholds for altering routes, closing features, or cancelling.
Environmental impact
Winter sites can be ecologically sensitive. You should comply with trail usage rules, protect habitats, manage waste carefully, and avoid fuel spills. If artificial snow or generators are used, you should consider resource use and local restrictions.
Indoor environment
Indoor winter facilities (ice rinks, ski domes) still need good lighting, ventilation, and capacity control. Temperature transitions at entrances can create condensation and slip hazards, so walkway management matters.
Venue
Arena
Participant welfare includes warm shelter, hydration options that don’t freeze, and clear rest points. Storage should keep equipment orderly – skis/boards, poles, sharp edges – so walkways remain safe.
Surface monitoring is continuous in winter.
Slopes and tracks should be checked for ice patches, ruts, exposed obstacles, and changing snow quality. Any obstacles should be anchored and inspected, and routes should be clearly marked. Water quality tests may be relevant where ice is manufactured or where meltwater management could impact hygiene or slip hazards.
Permits and licences should reflect landowner permissions, resort agreements, route approvals, and any local authority requirements.
Spectators
Crowd management should keep spectators away from high-speed runouts, lift lines, and equipment movement zones. Welfare includes warm shelter, clear signage, and managed queuing. You should also plan how you’ll keep emergency routes open despite snow build-up.
Construction and rigging
Structures in winter need extra attention to wind loading, snow loading, and ground anchoring challenges. Certification and inspection should be routine. Electrical systems should be tested and protected from moisture and cold. Working at height and hot works should be controlled with permits and suitable PPE.
Site access
Access should support emergency response, including vehicle approach to extraction points. Sensitive areas – gas storage, control rooms, launch zones – should be controlled. Safe zones should be marked, and clear access into and out of the arena should be maintained despite wet kit and crowds.
Transport and Equipment
Aircraft (if used)
If helicopters are used for filming or access, you should check the operator is authorised to provide the services you need (AOC), plan permissions, landing zones, and safe crowd separation, and coordinate with local aviation requirements.
4x4s and tracking vehicles (if used)
Winter events often use 4x4s, snowcats, or snowmobiles. These should be maintained and inspected, operated by competent authorised drivers, and controlled with strict routes and speed limits. Route familiarity is important because visibility can deteriorate rapidly.
Cameras and platforms
Platforms should be certified and inspected, with safe access that remains usable when icy. Electrical supplies should be tested and protected. Drone operations should be licensed/authorised, and planned to avoid interfering with lift operations, rescue activity, or participants – they should only fly behind competitors.
Public Participation
Public participation in winter sports benefits from honest messaging about ability levels and the impact of cold and altitude. You should consider pre-participation skills checks, injury prevention briefings, warm-up/cool-down planning, and active monitoring for dehydration, fatigue, hypothermia, and altitude effects where relevant.
Course safety should include clear briefings, route marking, signage for difficult sections, and supervision by qualified instructors or guides. Public equipment – helmets, skis/boards, boots – should be inspected and fitted under supervision. Post-activity support should include warm recovery areas, hot drinks, and a clear route to medical assessment, followed by a short debrief to capture learning.
Professional Participation
Professional participants should be subject to due diligence appropriate to the risk: qualification checks, local hazard familiarisation, and a clear approach to changing conditions. Personal equipment checks should be part of the process, and post-activity debriefing should focus on near misses, course condition, and any operational changes needed.
Likelihood and Severity
Likelihood and Severity work together to determine the overall level of residual risk. A low likelihood event with catastrophic consequences may still require significant controls, while a high-likelihood event with only minor consequences may be more manageable operationally.
Consider both realistically and independently. Avoid lowering one score simply because the other feels high. Focus on what could reasonably happen if controls fail, conditions change or the activity does not go to plan.
How to Judge Likelihood
Base this on real production conditions, not ideal planning. Consider:
- Frequency of the activity
- Variability (weather, terrain, timing)
- Human factors (fatigue, coordination, pressure)
- Whether controls rely on judgement vs engineering
If conditions may change during filming, use the higher estimate.
How to Judge Severity
Base this on the credible worst-case outcome if the hazard occurs, not the most likely outcome. Consider:
- Potential for fatality or life-changing injury
- Number of people who could be affected
- Speed of onset and opportunity to escape
- Environmental or situational amplifiers (height, vehicles, water, electricity, crowds, fire, etc)
- Whether harm would still occur if controls partially failed
If the realistic worst-case outcome could be serious, score for that consequence.
