BFO Adjustable Coilover Lowering Kit for Nissan 240SX S14 1995-1998 & S14 Silvia, Red 55CrSi Steel Spring Suspension Strut Assembly, SKU 65964629, Height Adjustable 25-75mm

## Product Introduction:

The BFO Coilover Lowering Kit is engineered to provide a balance of aesthetics and performance for various Nissan S14 platforms. This suspension system allows for adjustable ride height, enabling a vehicle drop of approximately 1 to 3 inches from the factory setting. The kit features independent settings for both ride height and spring tension, providing versatility for different driving requirements. Constructed with high-rigidity 55CrSi steel cold-bent coil springs and anodized shock bodies with anti-corrosion coating, these coilovers are designed for durability and functional longevity.

## Product Specifications:

• Compatibility: Nissan 240SX (USA) 1995-1998 Base/LE/SE; S14 Silvia (Japan) 1994-1998; S14 200SX (Europe/Australia/NZ) 1994-1998 Base/LE. (Note: Does not fit Nissan 200SX SE/SE-R)
• Height Adjustment: 25-75mm lowering range
• Front Spring Rate: 8 kg/mm (448 lbs/in)
• Rear Spring Rate: 6 kg/mm (336 lbs/in)
• Spring Inner Diameter: 62 mm (Front & Rear)
• Spring Length: Front 180 mm / Rear 230 mm
• Spring Preload: 7-10 mm advised
• Front Top Mount: Pillow ball
• Rear Top Mount: Standard rubber
• Materials: 55CrSi Steel, CNC Billet Aluminum, Anodized Shock Body
• Color: Red body with red springs

## Product Attributes:

• Adjustability: Independent ride height and spring tension settings.
• Construction: High-rigidity 55CrSi steel cold-bent coil springs.
• Hardware: CNC billet aluminum parts and hardware.
• Mounting: Aluminum upper mounts with hardened rubber bushings for noise reduction.
• Coating: Anodized shock body with anti-corrosion treatment.
• Package Contents: 2x Front coilovers, 2x Rear coilovers, 2x C spanners.

## Recommended Usage Scenarios or Occasions:

Designed for automotive suspension replacement and maintenance. Suitable for street-driven vehicles requiring adjustable ride height and improved suspension geometry.