Hotchkis 67-69 Camaro/Firebird / 68-74 Nova Front 3 Lowered Sport Coil Springs - 1937F

All Hotchkis suspension components go through an extensive development process that starts with the latest in computer-aided design, modeling, and engineering and ends with real world performance testing.  Every Hotchkis component undergoes testing on our 600 ft. slalom, 200 ft. skid pad, and 14-turn Autocross course. Results from the ¼ mile acceleration and 60 to 0 mph braking tests are compiled. Complete data for stock and Hotchkis Sport Suspension equipped vehicles is gathered and evaluated. Performance gains are documented and any component not meeting our engineer’s rigid standards of fit and performance are critiqued, redesigned, and retested.

 

Today’s vehicles are designed and engineered with extremely tight tolerances. Our engineer’s measure and then design with state-of-the-art CAD systems to ensure that our suspension upgrades operate in their intended locations away from existing suspension and exhaust components. We strive to produce performance suspension that installs with little or no vehicle
modifications.

 

Not only are Hotchkis Sport Suspension components engineered to fit properly, they are finished in appropriate great looking durable finishes including gloss powdercoating bright polish, colorful anodizing, silver zinc and gold cad. plating. We understand that our customers are not only concerned with improved handling; they are also fanatics about excellent looking suspension products.

 

The Hotchkis Total Vehicle System (TVS) is a complete handling solution for your vehicle.  Available as a Stage 1 or Stage 2 package, Hotchkis TVS kits are designed to deliver the maximum handling from your ride and make choosing the right parts for the job a breeze.  No more mixing and matching parts – with a TVS suspension package every component is designed to complement the others and will work right the first time.  These tuned suspension packages eliminate the poor ride quality and disappointing handling that often results from the use of mismatched components from multiple manufacturers.