Skunk2 '00-'09 S2000 Pro-C Coilovers
Pro-C Coilovers feature vehicle-specific, carefully selected springs designed to dramatically improve handling, and a race-inspired, mono-tube design for superior performance. Skunk2’s micro-polished, mono-tube design and one-piece, forged shock bodies, combined with its precision-machined, oversized shafts and stainless steel pistons, ensure that each Pro-C Coilover is both responsive and durable. Each Pro-C Coilover also features the highest quality shock oil for consistent performance and triple upper and lower seals to ensure years of leak-free operation. The results are unmatched cornering grip, reduced body roll, and a feel of vehicle control and stability like no other.
Pro-C Coilovers feature hard-anodized, CNC-machined, forged 6061-T6 aluminum spring perches and CNC-wound racing springs manufactured from high-quality, SAE9254V spring steel. Each spring is designed to optimize the balance between comfort and performance and is custom-matched to their respective shocks. Pro-C Coilovers offer ride-height adjustments as low as three inches for an aggressive and sporty appearance.
Just like the entire Pro Series lineup, Pro-C Coilovers set the benchmark for suspension performance. Similar to how Skunk2’s Pro Series Camshafts and Valvetrain revolutionized Honda engine performance, its fully adjustable, Pro-C Coilovers do just that for enthusiasts who are looking for high-performance suspension components at an affordable price. Based on more than 15 years of racing and suspension tuning experience, Pro-C Coilovers feature the same technology Skunk2 uses on its own championship-winning road racing and drag racing cars.
Like all Skunk2 products, Pro-C Coilovers feature a one-year warranty and are designed to provide years of enjoyment for the life of your vehicle. Never wait for a coilover rebuild again; Skunk2 stocks large quantities of replacement dampers that, in most cases, cost less than a typical coilover rebuild. Purchase your replacement dampers directly from Skunk2 to minimize downtime