QA1 Aluma-Matic C/O Shock ALN5855P Twintube, 11.63 in Compressed, 16.25 in Extended, 2 in Diameter, Fixed Valving, Threaded Aluminum Body, Natural Finish
The QA1 Aluma-Matic C/O Shock model ALN5855P features a durable twintube design optimized for performance and longevity. With a compressed length of 11.63 inches and an extended length of 16.25 inches, this shock absorber provides reliable damping suited for various vehicle applications. Constructed with a threaded aluminum body and natural finish, it offers a lightweight yet robust solution for suspension needs. The fixed valving ensures consistent performance across different driving conditions, making it well-suited for custom builds, off-road vehicles, or performance upgrades.
Designed for ease of installation, the ALN5855P incorporates a 2-inch diameter body that balances strength with weight savings. Its aluminum construction not only reduces overall vehicle weight but also enhances resistance to corrosion, ensuring long-term durability. This shock absorber does not restrict air flow, allowing it to operate efficiently without air restriction limitations. It is suitable for various vehicle types, providing a smooth ride and improved handling.
The QA1 Aluma-Matic series is recognized for high-quality components and precision engineering. This model is ideal for enthusiasts seeking a reliable, performance-oriented shock absorber with a straightforward fixed valving setup. Whether upgrading existing suspension or customizing a build, the ALN5855P offers consistent damping and excellent durability for demanding driving conditions.
Features:
- Twintube design for enhanced durability and performance
- Compressed length of 11.63 inches and extended length of 16.25 inches
- 2-inch diameter threaded aluminum body for strength and weight savings
- Fixed valving provides consistent damping characteristics
- Natural aluminum finish resists corrosion and enhances longevity
- Suitable for various vehicle applications including off-road and performance builds
- No air restriction, ensuring efficient shock operation