Write a risk assessment for cycling

A suitable risk assessment for cycling activities should begin with a task-based hazard assessment that identifies the activity, the hazards present, where they occur, the body parts at risk, the likelihood of harm, and the severity of potential injury. For cycling, this means assessing the full journey and its steps, such as bicycle inspection, departure, riding on roads or shared paths, junction crossings, hill descents, poor-surface sections, adverse weather riding, and arrival. A baseline survey and job-hazard analysis approach are appropriate because they help identify hazards, evaluate exposures, and determine what controls and PPE are needed. [1] [6]

Typical cycling hazards to identify:

• Collision with motor vehicles at junctions, roundabouts, driveways, and during overtaking
• Loss of control due to poor road surface, potholes, gravel, wet leaves, ice, mud, tram tracks, or debris
• Falls caused by excessive speed, harsh braking, cornering errors, or mechanical failure
• Reduced visibility in darkness, low sun, fog, rain, or visually cluttered traffic environments
• Adverse weather effects such as heat stress, dehydration, cold stress, heavy rain, strong winds, lightning, or ice
• Fatigue and reduced concentration from long distance, steep climbs, inadequate fitness, or insufficient rest
• Manual handling and ergonomic issues from carrying loads, poorly adjusted bicycles, or repetitive strain
• Security and lone-working risks on isolated routes or remote areas
• Delayed emergency response where routes are remote or communication is poor

Likelihood and severity should be evaluated using a simple risk matrix. The source documents support rating hazards by combining severity and probability to assign a risk priority code. For cycling, severity can reasonably range from minor abrasions to fatal or permanently disabling injuries, especially where riders interact with traffic. Probability should reflect route type, traffic density, rider competence, weather, time of day, and bicycle condition. As a practical approach: high-risk situations include riding in heavy traffic, poor visibility, or icy conditions; medium-risk situations include routine urban riding with controls in place; low-risk situations include segregated routes in good conditions with competent riders and maintained equipment. [4] [4]

Example cycling risk ratings:

• High risk: riding on high-speed roads without dedicated cycling space, in darkness with poor visibility, during ice, storms, or severe winds, or on an unroadworthy bicycle. Activity should be postponed or the route changed until risk is reduced.
• Medium risk: urban or rural road cycling where traffic interaction remains but controls are in place, such as trained riders, planned routes, lights, high-visibility clothing, and maintained bicycles.
• Low risk: short rides on segregated cycle paths in daylight, fair weather, and good surface conditions with competent riders and suitable equipment.

[4] Control measures should follow the hierarchy of controls. First try to eliminate or reduce the hazard through route choice, timing, equipment selection, and safe systems of work before relying on PPE. For cycling, this means avoiding high-speed roads where possible, selecting segregated cycle infrastructure, scheduling travel in daylight, postponing rides in severe weather, limiting loads carried on the rider, ensuring bicycles are suitable for the terrain, and using competent supervision and communication arrangements. Administrative controls should include rider briefing, route approval, fitness-to-ride checks, emergency contact arrangements, and clear rules on when a ride must not proceed. [2] [3] [7]

Practical control measures for cycling activities:

• Use a pre-ride checklist covering brakes, tires, wheels, steering, chain, pedals, lights, reflectors, and bell or warning device
• Only use bicycles that are correctly sized, maintained, and appropriate for the route and load
• Separate riders from traffic where possible by choosing cycle tracks, low-traffic streets, or off-road paths suitable for the bicycle type
• Avoid peak traffic periods, high-speed roads, complex multi-lane junctions, and known collision hotspots
• Set rules for safe riding: obey traffic laws, ride predictably, maintain safe spacing, signal intentions, control speed on descents, and avoid mobile phone use while riding
• Provide rider training in road positioning, hazard perception, braking, cornering, group riding, and emergency procedures
• Use a buddy system or live tracking for remote rides and establish check-in arrangements
• Carry a charged phone, identification, emergency contact details, and basic repair and first-aid supplies
• Stop the activity if conditions deteriorate beyond the planned control measures, such as lightning, ice, flooding, or dangerously strong winds

PPE for cycling should be selected to match the identified hazards and fitted to the individual. The documents emphasize selecting PPE that protects against the hazard, ensuring fit, training employees in use and limitations, inspecting PPE, and replacing damaged items. For cycling, core PPE and protective equipment typically include a correctly fitted cycle helmet where required by policy or local law, high-visibility upper-body clothing, weather-appropriate clothing, gloves, and eye protection where dust, insects, glare, or spray are foreseeable. Additional items may include high-visibility garments for torso protection and gloves for hand protection. [8] [5] [9] [13]

Recommended cycling PPE and equipment:

• Cycle helmet in good condition and correctly adjusted
• High-visibility or fluorescent upper garment by day and reflective elements for low light or darkness
• Front white light and rear red light when visibility is reduced or when riding in darkness, plus reflectors as required
• Gloves to improve grip, reduce minor hand injuries, and provide weather protection
• Eye protection for glare, wind, insects, dust, and rain
• Weather-appropriate clothing, including waterproofs, thermal layers, or sun-protective clothing as conditions require
• Sturdy footwear with good pedal grip
• Any specialist PPE identified by the assessment, such as hearing or respiratory protection only if a specific unusual exposure justifies it

Road traffic safety controls are critical because interaction with vehicles creates the highest consequence hazards. Riders should comply with road traffic laws, use safe lane positioning, make eye contact where possible, signal clearly, and avoid blind spots of large vehicles. Junctions, turning movements, overtaking, parked vehicles, and door zones should be treated as priority hazards in the assessment. Group rides should have clear rules on formation, communication, and maximum group size. Where riders are inexperienced, routes should be restricted to lower-speed and lower-complexity environments until competence is demonstrated.

Cyclist visibility should be addressed as both a route and equipment issue. Plan to maximize conspicuity through daylight scheduling where possible, use of high-visibility garments, reflective materials, clean and functioning lights, and avoidance of visually obscured positions around vehicles. Visibility controls are especially important at dawn, dusk, night, in rain, fog, woodland shade, and low winter sun. Riders should also keep helmets, clothing, and lights unobstructed by bags or outerwear. [9]

Route planning should be documented as part of the assessment. Break the journey into sections and identify hazards for each section, including traffic speed, junction density, surface condition, gradient, remoteness, mobile signal coverage, water availability, and access for emergency services. Prefer routes with segregated cycling facilities, lower traffic volumes, safer crossings, and reliable escape options. If the activity takes place at multiple sites or on changing routes, reassess each route because hazards can differ significantly by location. [12] [10]

Weather conditions should be a formal go/no-go factor. The assessment should define thresholds for postponement or cancellation, such as lightning, ice, snow, flooding, extreme heat, dense fog, or winds strong enough to affect bicycle control. Riders should be briefed on hydration, cold stress, heat illness, and the effect of rain or frost on braking distance and cornering grip. After weather changes, reassess the route for debris, standing water, fallen branches, and reduced visibility.

Incident reporting and review are essential. All collisions, falls, near misses, equipment failures, aggressive driver interactions, and weather-related turn-backs should be reported promptly and investigated to identify root causes and additional controls. Near-miss reporting is particularly valuable for cycling because it can reveal unsafe junctions, timing issues, or visibility problems before a serious injury occurs. Findings should be fed back into the risk assessment, rider briefing, maintenance arrangements, and route approval process. [6] [10]

To comply with health and safety regulations and duty of care requirements, the organization should be able to show that it has assessed cycling hazards, selected controls using the hierarchy of controls, identified and provided suitable PPE where needed, trained riders, communicated PPE and safety requirements, ensured proper fit and maintenance of PPE, documented the assessment where required, and reviewed the assessment regularly. A written certification record should include the workplace or activity assessed, the person completing or certifying the assessment, and the date. Supervisors should enforce required controls, and the assessment should be updated after incidents, route changes, equipment changes, or seasonal changes. [8] [11] [5]

A concise risk assessment template for cycling activities can include: activity and route description; rider competence and fitness; hazards by route section; persons at risk; existing controls; likelihood; severity; risk rating; additional controls required; PPE required; emergency arrangements; incident reporting method; assessor name; approval; and review date.