PISTON KIT 03-06 KLX400 90.00, FORGED WOSSNER 8565DC
Piston Kit 90.00mm Bore Forged Wossner 8565DC for Kawasaki KLX400 2003-2006. Wossner forged pistons are superior in strength and design, engineered to provide the best possible path for combustion chamber heat transfer to cylinder walls. Elliptically designed to provide a more uniform bearing surface under piston heat expansion, eliminating localized pressure and distributing thrust loads more evenly, thereby preventing piston collapse. Made in Germany. Piston Kawasaki KLX400 90.02 mm Bore (PN#): 8565DC. Lock P/N: CW20. Pin P/N: WP029. Ring Set P/N: 900XSY. Rod P/N: P4009. Specifications: Display (cm3): 398. Hub Stroke (mm): 62.60. Clearance (mm): 0.06. Wossner Compression Ratio: OEM. OEM Compression Ratio: 12.20:1. Dome Volume (cm3): -2.00. Compression Height (mm): 25.30. Theoretical Weight (G): 250.00.
- SKU
- 56-W211+00C.WO
- Brand
- Wossner
- Availability
- In Stock (2)
FULL DESCRIPTION
Wossner Forged Piston Kit for Kawasaki KLX400
Upgrade your motorcycle's performance with this high-quality Wossner forged piston kit. Engineered for superior strength and durability, Wossner pistons are designed to optimize combustion chamber heat transfer to cylinder walls. The elliptical design ensures a more uniform bearing surface under heat expansion, preventing localized pressure and distributing thrust loads evenly for enhanced engine longevity.
Key Features:
- Forged construction for exceptional strength and reliability.
- Elliptically designed for optimal bearing surface and even thrust load distribution.
- Engineered for efficient combustion chamber heat transfer.
- Made in Germany to exacting standards.
- Bore Size: 90.02 mm
- Included Lock P/N: CW20
- Included Pin P/N: WP029
- Included Ring Set P/N: 900XSY
- Included Rod P/N: P4009
Specifications:
- Display Volume: 398 cm3
- Hub Stroke: 62.60 mm
- Clearance: 0.06 mm
- Wossner Compression Ratio: OEM
- OEM Compression Ratio: 12.20:1
- Dome Volume: -2.00 cm3
- Compression Height: 25.30 mm
- Theoretical Weight: 250.00 g
