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Wheel chocks are wedge-shaped blocks that prevent vehicles and trailers from rolling while parked or during maintenance. They are typically made of heavy-duty, durable materials such as rubber or plastic.
Wheel chocks are commonly used in a variety of situations, including:
It's essential to use wheel chocks correctly and by the manufacturer's instructions to ensure their effectiveness. Proper use of wheel chocks can help prevent accidents and injuries caused by vehicle movement.
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Heavy Duty Rubber Commercial Wheel Chocks are designed specifically for trucks. They are manufactured with high-grade rubber, resistant to harsh environments, salt, oils, and lasts longer than chocks made from other material. The tyre-friendly traction design firmly grips the tyre and road and keeps tyres from any damage. Specifications: Ribbed Face - Steel Rope Hole SML 250mm x 200mm x...
High quality moulded plastic safety yellow wheel chock with metal base insert for extra grip. Ideal for stopping vehicles, trucks, trailers and caravans from moving whilst not in use. Ideal for transport companies, mine sites and caravan owners. The optional steel truck mount with a spring retainer clip can be fixed to the truck or trailer bodies to ensure the chock is always on hand when...
Polyurethane Wheel Chocks prevent stationary vehicles from shifting or moving when not in use. They are manufactured from high-grade Urethane, which is resistant to harsh environmental conditions and gives long life to chocks. Perfect for transport companies, mine sites, and caravan owners. Features: Durable U.V. stabilised and chemical resistant Urethane Available in three standard sizes upon...
Aircraft Wheel Chocks are made from premium-grade rubber with an attached nylon rope for easy handling. Even though these chocks have been specially designed for aircraft, they can also stop vehicles, trucks, and caravans from moving. These chocks are widely used to avoid wheel trapping in aircraft and are designed for general aviation types and small aircraft. The unique stopping capability of...
