AFCO Racing Products 81-1-4-8 Front Shock for GM A-Body and G-Body Vehicles

The AFCO Racing Products 81-1-4-8 front shock absorber is designed for optimal performance and durability in GM A-Body and G-Body vehicles. This monotube shock features a 9.27-inch compressed length and extends up to 13.97 inches, providing precise handling and ride quality. The shock's 1.50-inch diameter steel body is finished with a durable black paint to resist corrosion and withstand harsh driving conditions. Equipped with a C4-R8 valve, this shock offers improved damping control, ensuring stability during high-performance driving or daily use. Its front position makes it suitable for a variety of applications, enhancing vehicle responsiveness and driver confidence.

Constructed from high-quality steel, the AFCO 81 Series shocks are engineered for longevity and consistent performance. They are compatible with vehicles that require a monotube design, which provides better heat dissipation and more consistent damping compared to twin-tube shocks. Whether you're restoring a classic GM A-Body or upgrading your G-Body for improved handling, these shocks are a reliable choice. Installation is straightforward, and their robust construction ensures they can handle demanding driving conditions without compromise.

Designed without air restriction, these shocks provide unrestricted performance, making them suitable for street and racing applications. The versatile design and quality materials make the AFCO 81-1-4-8 shocks an excellent upgrade for enthusiasts seeking enhanced stability, control, and ride comfort in their GM vehicles.

Features:

• Monotube design for consistent damping and heat dissipation

• Compressed length of 9.27 inches and extended length of 13.97 inches

• 1.50-inch diameter steel body with black paint finish for corrosion resistance

• C4-R8 valve for improved damping control

• Front shock absorber compatible with GM A-Body and G-Body vehicles

• Durable construction suited for high-performance and daily driving

• Air unrestricted design for optimal performance