Engineered for enhanced vehicle stability and performance.
The KYB Shock Absorber EXCEL-G Strut is designed to restore the original handling and control of your vehicle. Utilizing vehicle specific components, this strut is calibrated to compensate for worn suspensions, ensuring a smooth ride. The nitrogen gas charged design provides consistent performance under various driving conditions, while the multi-stage valving adapts to road irregularities for improved comfort and stability.
Constructed with quality materials that meet or exceed original equipment specifications, the EXCEL-G Strut features a micro smooth chromed shaft and a seamless working cylinder. This design minimizes friction and enhances durability, contributing to the longevity of the strut. The bonded mounting bushings and included hardware ensure a secure fit, making installation straightforward.
This strut is suitable for a wide range of domestic and import vehicles, including cars, trucks, and SUVs. With a focus on performance and reliability, the KYB EXCEL-G Strut is an essential component for maintaining optimal vehicle dynamics.
Features
- Multi Stage Valving
- Micro Smooth Chromed Shaft
- Phenolic Or Teflon Band
- Seamless Working Cylinder, Mounts And Sleeves
- Bonded Mounting Bushings
- Strut Brackets And Mountings To Match OE
Specifications
- Manufacturer: KYB Shocks
- Manufacturer Part Number: 341842
- Type: Nitrogen Gas Charged
- With Coil Spring: No
- Extended Length (IN): 23.62 Inch
- Compressed Length (IN): 18.11 Inch
- Upper Mounting Style: Stud
- Lower Mounting Style: Stud
- Adjustable Valving: No
- Quantity: Single
- Universality: Vehicle Specific
- Internal Design: Twin Tube
- Body Color: Black
- Rod Diameter (IN): OEM
- Valving Type: 3 Stage Dual Valving
- Rod Material: Steel
- Body Material: Steel
- With Reservoir: No
- Includes Dust Shield: No
- Includes Hardware: Yes
- Includes Boot: No
- Estimated Install Time (Hours): 0.5
Compatibility / Fit
- 1996-2001 Audi A4
- 1996-2001 Audi A4 Quattro
Technical Documents
- KYB_Warranty_Eff._11.01.2022_final.pdf
