Suspension technology in the 1980s was far less advanced compared to today's standards. Modern computers and precision machining have empowered engineers to create shocks and springs of superior quality, something that was unimaginable just two decades ago. This is why KW's latest V3 coilover kit for the Ferrari Testarossa is particularly enticing.
The KW V3 Classic coilover suspension kit marks the first time KW has offered such a kit for a classic Ferrari. Previously, the German company only provided kits for contemporary Ferraris. If you owned a vintage Ferrari, you had to rely on KW's custom build department.
The kit comprises six dampers in total, with two for the front and four for the rear (each rear upright on the Testarossa features parallel springs and dampers, akin to its rival, the Lamborghini Countach). In addition to enhancing cornering speeds, the kit promises improved "handling, straight-line stability, and ride comfort," as stated by KW.
This enhanced handling is achieved through KW's multi-valve technology. Each damper contains multiple valves, allowing it to respond independently to high- and low-speed impacts, significantly improving handling and expanding the damper's operational range.
While better handling and ride comfort are substantial benefits, the most significant upgrade comes from an optional add-on for the V3s: a built-in hydraulic lift system fitted to the front dampers. This system can raise the Testarossa's nose by 1.77 inches at the push of a button and automatically lowers once the car reaches 40 miles per hour. This feature ensures that owners can drive their cars anywhere without hesitation.
The coilovers are priced starting at €6,999 (approximately $7,750) before taxes and shipping costs. Adding the hydraulic lift equipment will set you back an additional €2,000 ($2,200). While not inexpensive, the price is reasonable for high-quality, well-developed equipment intended for a Ferrari. Unfortunately, the V3 is currently only available for the Testarossa, so owners of the 512 TR or 512 M are out of luck.
