At the heart of a professional sim racing cockpit, the Conspit CP115 Quick Release delivers instant wheel swaps between sessions. Crafted for drivers who demand zero-play rigidity and reliable electrical connectivity, this CNC-machined aluminum unit locks your wheel to the base with a satisfying cli... Read More
At the heart of a professional sim racing cockpit, the Conspit CP115 Quick Release delivers instant wheel swaps between sessions. Crafted for drivers who demand zero-play rigidity and reliable electrical connectivity, this CNC-machined aluminum unit locks your wheel to the base with a satisfying click and releases with one hand. The integrated 6-pin connector carries button and paddle signals without dangling cables, keeping your rig clean and race-ready.
Key specifications
70mm PCD bolt pattern on both wheel and base sides
Aviation-grade aluminum alloy construction, anodized black
High-precision ball-bearing locking mechanism
Integrated 6-pin proprietary electrical connector
Zero-play design for maximum force feedback fidelity
Single-handed push-pin release
Includes 6x M5 mounting bolts for each side
Max diameter: 85mm, connected length: 70mm
Why choose it
The CP115 eliminates the slop and signal dropouts common in lesser quick releases. Its ball-bearing system maintains a rock-solid connection even under high-torque direct drive bases, while the anodized finish resists wear and corrosion. Installation takes minutes with the included hardware, and the compact profile keeps your wheel close to the base for authentic steering geometry.
Ideal use cases
Sim racers who switch between formula, GT, and rally wheels
Professional sim centers requiring rapid wheel changes
Enthusiasts upgrading from fixed or low-quality quick releases
DIY cockpit builders needing a reliable 70mm PCD interface
Good to know
Compatible with any wheel and base side featuring a 70mm PCD pattern. The 6-pin connector is proprietary to Conspit; verify compatibility with third-party electronics. Weighing just a few hundred grams, it adds minimal rotational inertia. Backed by Conspit's engineering for high-force feedback environments.