The QA1 JJ-22210 REV Series Carbon Fiber Driveshaft is a direct-fit, one-piece performance driveshaft engineered specifically for the 2011–2015 Camaro SS equipped with a manual transmission. Designed and manufactured in QA1's Lakeville, Minnesota facility, this driveshaft replaces the factory unit—often a heavier two-piece design—with a single, precision-balanced carbon fiber assembly that delivers measurable gains in acceleration and driveline efficiency.
The carbon fiber tube is filament-wound using an exclusive 3M Matrix Resin containing spherical nanoscale silica, which provides improved abrasion resistance, higher compressive strength, and minimal water absorption. This proprietary resin also gives the shaft its distinctive blue tint. The result is a driveshaft that is lighter, stronger, and safer than comparable steel or aluminum units, with a maximum rated power capacity of 1,500 HP / 1,000 lb-ft of torque.
Key Features:
- 3.3-inch diameter carbon fiber tube with uniform wall thickness for high-RPM stability and extreme torque capacity
- Spicer Life Series 1350 U-joint on one end for proven durability and high torque capacity
- High-speed CV joint on the opposite end, paired with a high-speed sealing boot and high-temp grease to minimize NVH
- Balanced as a complete assembly — no welded or bonded weights — for a more precise and consistent balance
- Precision CNC-machined forged yokes developed for QA1's proprietary 11-step bonding procedure
- NVH-tested to minimize driveline vibrations for both street and track use
- One-piece direct bolt-on design — replaces factory two-piece driveshaft
- Made in the USA in Lakeville, MN
- Non-SFI approved configuration
The QA1 REV Series carbon fiber driveshaft reduces rotational inertia for quicker acceleration and puts more power to the ground, while extending the service life of the transmission and differential by minimizing driveline shock loads. Backed by QA1's limited lifetime warranty, the JJ-22210 is an ideal upgrade for high-performance street, drag, and road racing applications.