Wheel Chocks UK | Heavy Duty Vehicle Chocks | Free Delivery
12 products
12 products
Description
Updated June 2026
Heavy Duty Wheel Chocks UK
Browse our range of heavy duty rubber wheel chocks designed to safely immobilise vehicles on slopes and flat surfaces. Certified for use with HGVs, vans, trailers, forklifts and industrial vehicles. All chocks comply with HSE vehicle safety guidance for loading bay operations.
Why Use Wheel Chocks?
- Prevent accidental vehicle movement — critical during loading, unloading and maintenance
- Essential for loading bay safety — a vehicle moving unexpectedly during loading is one of the most serious workplace accident scenarios
- HSE-recommended for vehicle safety — referenced in INDG199 (Loading and unloading safely)
- Suitable for all vehicle types — from small vans to 40-tonne HGVs and aircraft
- Rubber construction — maximum grip on wet or dry concrete and tarmac; won't damage tyre sidewalls
Wheel Chock Size Guide
| Vehicle Type | Recommended Chock Height | Typical Chock Dimensions | Weight Capacity |
|---|---|---|---|
| Cars and small vans | 100-150mm | 150×100×120mm | Up to 5 tonnes |
| Transit/Sprinter size vans | 150-200mm | 260×160×190mm | Up to 20 tonnes |
| Large trucks and HGVs | 200-250mm | 300×300×245mm | Up to 40 tonnes |
| Articulated lorries | 250mm+ | 400×300×245mm | Up to 40 tonnes |
| Aircraft | Specialist profile | Variable | Specialist rating |
| Industrial rolls/reels | Cut-to-length | 157×72mm section | Variable |
Rule of thumb: Chock height should be at least one-quarter of the tyre diameter for effective immobilisation on a level surface. On slopes, use two chocks per wheel (one on each side).
Solid Rubber vs Plastic Wheel Chocks
| Feature | Solid Rubber Chocks | Plastic Chocks |
|---|---|---|
| Grip on wet surface | Excellent | Good |
| Cold weather performance | Maintains flexibility | Can become brittle |
| Tyre damage risk | None — rubber-on-rubber | Low |
| Weight | Heavier | Lighter |
| Durability | 10-20 years | 5-10 years |
| Best for | Heavy commercial use | Light commercial/domestic |
Legal Requirements for Wheel Chocks in UK Workplaces
The Workplace Transport Safety — Unloading Safely guidance (HSE INDG199) specifies that vehicles must be immobilised before loading or unloading begins. This includes:
- Applying vehicle handbrake
- Using wheel chocks in addition to the handbrake for vehicles on slopes
- Ensuring chocks are correctly positioned before work begins
- Removing chocks only when vehicle is ready to depart with driver in cab
Failure to immobilise vehicles during loading is a common cause of fatal and serious injuries at loading docks — HSE takes enforcement action where vehicle movement procedures are not followed.
Frequently Asked Questions
What are wheel chocks used for?
Wheel chocks are placed against vehicle tyres to prevent movement during loading, unloading or maintenance. They are an essential piece of workplace safety equipment, particularly at loading bays.
What size wheel chock do I need?
Choose a chock at least one-quarter the height of the tyre diameter. Our heavy duty chocks suit most commercial vehicles — see the size guide table above for specific recommendations by vehicle type.
Are wheel chocks a legal requirement?
Under HSE guidelines, vehicle immobilisation is required during loading operations. Wheel chocks are the most reliable method of immobilisation, especially on slopes where handbrakes alone may be insufficient.
How many wheel chocks do I need?
Minimum one per vehicle for flat surface use. On slopes: two per vehicle (one in front, one behind each driven wheel). For aircraft and heavy industrial equipment: follow manufacturer's specific chocking procedures.
Can wheel chocks be used on wet surfaces?
Yes — solid rubber wheel chocks maintain grip on wet concrete and tarmac. Ensure the chock base is making full contact with the ground surface. On icy surfaces, additional measures (sanding, grit) should be used alongside chocks.
2026 Update: Wheel Chock Procurement for UK Businesses
In 2025–2026, several UK companies received HSE enforcement notices related to inadequate vehicle immobilisation procedures at loading bays. Wheel chocks are specifically named in INDG199 as a required item for loading bay safety management systems. Procurement teams should ensure:
- Chocks are included in site safety equipment inventories and inspected regularly
- Sufficient quantity on site — minimum two chocks per active loading bay
- Chocks are stored in accessible, visible locations adjacent to loading bays (bright yellow or orange preferred for visibility)
- Inspection protocol: quarterly visual inspection for cracks, deformation, or surface deterioration
Wheel Chock Material Options: Rubber vs Polyurethane vs Steel
| Material | Grip (Wet) | Cold Temp. | Weight | Lifespan | Best For |
|---|---|---|---|---|---|
| Solid Rubber | Excellent | Maintains flex | Heavy | 10–20 years | HGV, outdoor, all-weather |
| Polyurethane | Very good | Good | Medium | 8–15 years | Light commercial |
| Recycled Rubber | Excellent | Maintains flex | Heavy | 8–15 years | General commercial use |
| Steel/Aluminium | Good (rough surface) | Excellent | Light–Medium | 20+ years | Aviation, railways, precision applications |
| Plastic HDPE | Moderate | Can become brittle | Light | 5–10 years | Light vehicles, budget use |
How to Correctly Position Wheel Chocks
- Apply vehicle handbrake first — chocks are a secondary restraint, not a replacement for the handbrake
- Position on the downhill side of each driven wheel — for flat surfaces, position in front of rear wheels
- Ensure full contact — the chock must make contact with the full tyre width, not just the sidewall
- For articulated lorries: Chock the trailer rear wheels as well as the tractor unit
- Never chock under the axle or bodywork — chocks must be against the tyre tread only
- On slopes over 1:5: Use two chocks per wheel (one in front, one behind) plus vehicle handbrake
Wheel Chock Storage and Maintenance Guide
Wheel chocks that are stored incorrectly or poorly maintained can fail at critical moments. Follow these best practices to ensure your wheel chocks remain effective:
Storage Requirements
- Store in a cool, dry location away from direct sunlight (UV degrades rubber over time)
- Do not store near petrol, diesel, or oil — hydrocarbon exposure degrades rubber compounds
- Keep in a dedicated chock holder or chain system adjacent to each loading bay
- Bright orange or yellow chocks are recommended for high-visibility identification
- Chain-attached chocks are best practice to prevent loss and ensure they are returned after use
Inspection Checklist (Quarterly)
- ✅ No visible cracks, splits, or deformation in rubber
- ✅ Chock holds its shape under hand pressure — no permanent compression set
- ✅ Base grip surface undamaged — adequate traction on wet concrete
- ✅ If chained, chain and attachment point secure and undamaged
- ✅ Weight marking legible (if applicable)
Replace chocks immediately if any cracks, splits, or significant deformation are found. A cracked wheel chock can fracture under load — creating a sudden vehicle movement hazard.
Can wheel chocks be used on gravel or uneven surfaces?
Rubber wheel chocks perform best on hard, level surfaces (concrete, tarmac). On gravel or uneven ground, the chock may not sit level and can shift under load — increasing the risk of failure. On soft or uneven surfaces, use flat base pads under the chock to create a stable base. On steep slopes with loose surfaces, additional vehicle restraints (scotch blocks, trailer legs, stabilisers) should be used alongside chocks. Consult your site safety officer for chocking procedures on non-standard surfaces.
What colour wheel chocks are required for UK loading bays?
There is no mandatory colour specified in UK regulation for wheel chocks, but HSE guidance and industry practice strongly favour high-visibility yellow or orange chocks for loading bay use. These colours ensure chocks are clearly visible to drivers when approaching or departing the bay, reducing the risk of a vehicle being moved before the chock is removed. Bright-coloured chocks are also easier to account for during shift handovers. Some larger logistics sites are now using chock management systems with RFID tags and docking station indicators — contact Rubberco for bulk procurement enquiries.
How do I properly store wheel chocks at a loading bay?
Best practice is to store wheel chocks in a dedicated holder bracket mounted adjacent to each loading bay — not in a general equipment store. Chain-attached or bracket-mounted chocks cannot be taken offsite accidentally. Holders should be at a height allowing easy retrieval (waist height) and clearly labelled. At busy sites, a chock management procedure should form part of the site induction — drivers should not be permitted to disengage from the loading bay until the operator confirms chocks have been placed, and chocks must not be removed until the driver is back in the cab with engine running.
Wheel Chock Regulations: UK Compliance Summary (2026)
| Regulation / Standard | Requirement | Applies To |
|---|---|---|
| HSE INDG199 | Vehicles must be immobilised during loading/unloading | All UK workplace loading operations |
| The Workplace (H&S&W) Regulations 1992 | Safe access to and egress from vehicles | All workplaces with vehicle movements |
| PUWER 1998 | Work equipment (including chocks) must be maintained in an efficient state | All UK employers |
| Manual Handling Regulations 1992 | Chocks must be storable and deployable without excessive manual handling risk | Practical specification consideration |
Also see our Industrial Safety Mats and HSE Workplace Flooring Requirements Guide for complete loading bay safety information.
See also: Industrial Safety Mats | Rubber Matting UK | HSE Workplace Flooring Regulations Guide
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