HKS Hipermax IV SP Coilover Suspension - BNR32

Brand: HKS
Product: Coilover Suspension - Hipermax IV SP BNR32
Part Num.: 80250-AN004

SPECIFICATIONS:
Designed Application: Street Sport Model
Damping Force Adjustment:
- Front: 30 Steps
- Rear: 30 Steps

Height Adjustable Lower Bracket:
- Front: Yes
- Rear: Yes

Upper Mount:
- Front: Spherical bearing
- Rear: Spherical bearing

Inverted/Normal Type:
- Front: Normal
- Rear: Normal

Damper/Spring Layout:
- Front: Coilover
- Rear: Coilover

Spring Rate Change at factory:
- Front: Possible
- Rear: Possible

Damping force adjustable with Wire:
- Front: -
- Rear: -

Helper Spring (Spring Rate N/mm):
- Front: - No
- Rear: Yes (19.8N/mm)

- Ride Height Specification (Actual data depends on each vehicle) -
Adjustable Range High - Low (mm):
- Front: 690~598
- Rear: 675~589
- Note: Adjustable range (However, the lowest value may not be road legal. Even within the adjustable range, car body, arm etc. may contact. In such case, it will be hard to drive. Damper oil leakage or any other problems caused by low ride height setting from the factory setting will void the warranty of the product.)

Drivable Range High - Low (mm):
- Front: 690~641
- Rear: 675~610
- Note: Drivable range that there is no contact of car body or arms etc. (However, change of tire/wheel size may cause a problem.)

- Springs Specification -
Spring Rate N/mm (kgf/mm):
- Front: 118(12)
- Rear: 88(9)

Free Height (mm):
- Front: 200
- Rear: 200

Spring Type:
- Front: Coil
- Rear: Coil

Recommended Range to change Spring Rate N/mm (kgf/mm):
- Front: +/-20(2)
- Rear: +/-20(2)

- Damper Specification -
Damper Force (Rebound/Damping):
- Front: 1900/500
- Rear: 750/350
- Note: Damping force is at piston speed 0.1m/sec.

Default position of Dial:
- Front: 15
- Rear: 15

Remaining Damper Stroke (Rebound/Damping) (mm):
- Front: 30/60
- Rear: 56/79

FEATURES:
- Pillow Ball Upper Mount
- Dust Boots
- Single Tube Type / Height Adjustable Lower Bracket
- Aluminum Lock Nut. Ride Height Nut
- 30 Step Damping Force Adjustable Mechanism