Checkers™ Aviation Wheel Chock Rubber Pad PU Cable Handle 19-1/2"L x 7-1/2"W x 6"H CAC24-RP

The highly visible polyurethane fluorescent green hi viz commercial aircraft chock for narrow and wide body aircraft with rubber pad extended cable handle and urethane grip model cac24-rp-ech improves safety for commercial aircraft. It measures 19-1/2"l x 7-1/2"w x 6"h. This extremely reflective chock combines high visibility and an ergonomic design suitable for both narrow and wide-body aircraft. The fluorescent green coloring was created especially for situations requiring high visibility using saferay™ technology that provides the best day and night visibility. It features a uv reflective pigment that is added to the urethane blend during production to ensure visibility to help reduce nighttime accidents and improve operational efficiency. Both durable and ergonomic new hi-viz aircraft chocks are about 50% lighter than rubber alternatives easing the burden on operators. They feature extended cable handles that minimize the risk of strain and injury for ground personnel. In addition anti-skid rubber pads help improve placement and movement on polished hangar floors. The cac24-rp-ech model chock meets sae air4950 design standards satisfies iata ahm requirements and speeds safe execution of igom c44 procedures. Its robust construction is resistant to harsh weather abrasion oils lubricants and aircraft fluids offering approximately six times the lifespan of standard rubber chocks thus lowering replacement frequency and delivering better overall value. Designed with the safety manager and ramp supervisor in mind the chock is a wise choice for financial and operational leaders looking for a reliable investment in safety and efficiency. All checkers™ hi-viz aircraft wheel chocks with saferay™ technology are sold as single chocks and come with a 3-year limited warranty. Features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" up to 50% more reflective than other rubber chocks to help enhance safety during nighttime operatio

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