Challenger Lifts | RJ7.5 | ROLLING JACK 7,500 LB

Specifications

The Challenger Lifts Model RJ7.5 ROLLING JACK offers robust lifting capabilities for a variety of automotive service needs. It has a substantial weight of 900 lbs, indicating a sturdy build designed for heavy use. Its dimensions measure 41 x 27.75 x 23.75 inches, providing a compact footprint suitable for integration with existing lift systems. This rolling jack delivers a significant 7,500 lb lifting capacity.

Key Features

This rolling jack is engineered for efficiency and durability in professional environments. Its design allows for smooth, easy positioning and movement along the tracks of compatible vehicle lifts, enhancing operational flexibility. The substantial 7,500 lb lifting capacity accommodates a wide range of cars, light trucks, and SUVs, making it a versatile tool for any service bay. Constructed with high-quality materials, the unit's 900 lb weight reflects its heavy-duty build, ensuring reliability and a long service life under demanding conditions.

Applications

The Challenger Lifts RJ7.5 ROLLING JACK is ideally suited for automotive repair shops, tire centers, and vehicle maintenance facilities that require precise and secure lifting of vehicle axles. It integrates seamlessly with two-post and four-post vehicle lifts, providing an independent lifting mechanism for wheels-free service. Technicians can use this rolling jack for tasks such as tire rotations, brake inspections and repairs, suspension work, and comprehensive undercarriage servicing, improving access and safety.

Benefits

Utilizing the ROLLING JACK 7,500 LB significantly enhances productivity and safety in the workshop. Its rolling design allows technicians to quickly position the jack precisely where needed, reducing setup time and manual effort. The 7,500 lb capacity provides the necessary power to safely lift a broad spectrum of vehicles, ensuring stability during critical service operations. This improved access to vehicle components facilitates more thorough and efficient repairs, ultimately streamlining workflows and optimizing service bay output.