New Work-Rite Kits for Trucks Carrying Extra Weight on the Front Axle
Several new Work-Rite™ suspension kits have been developed by Firestone Industrial Products Company, LLC to provide added support to trucks carrying extra weight on the front with equipment like snow plows and winches.
Designed to help level the front end of vehicles, Firestone’s latest Work-Rite applications are available for 1994-2011 Dodge Ram 2500/3500 4WD trucks (part #8621); 1999-2010 Chevrolet and GMC 2500 HD/3500 HD trucks (part #8629); and 2011 Chevrolet/GMC 2500 HD/3500 HD models (part #8635).
The Work-Rite suspension kit, an entry-level load management system, features micro-cellular urethane load assist springs that are mounted to the vehicle’s frame to supplement its factory suspension. The Work-Rite springs are offered in three densities that provide three separate spring-rates identified by color – white for 1/2-ton trucks, gray for 3/4-ton trucks and black for 1-ton trucks. In addition, Firestone offers the springs in two heights, 9,4 cm and 13,2 cm, to optimize performance for each application.
“Our Work-Rite suspension solutions feature progressive load-deflection characteristics that are designed to help the load assist springs absorb road shock, support weight and improve ride comfort for front-loaded vehicles,” said Todd Green, regional sales manager, Firestone Industrial Products Ride-Rite™ division. “The ride quality is not compromised when the vehicle is unloaded, making the Work-Rite system an ideal solution for trucks used in seasonal work such as snow removal, where equipment is frequently added or removed.”
Most Work-Rite kits offer a no-drill design and can be adjusted by the end user for their specific loading scenario using spacers provided in the kit. The kit includes load assist springs, brackets, comprehensive instructions and all necessary mounting hardware for an easy installation that requires basic hand tools and takes less than an hour.
Firestone Industrial Products Company, LLC will be exhibiting at CONEXPO-CON/AGG 2011.
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