STRANGE 9 FULL SPOOL 3.062 LIGHTENED 31 SPLINE

Description

Maximize traction and drivetrain efficiency by replacing your differential with a full spool designed for consistent power delivery. The Strange 9 Full Spool with a 3.062 gear ratio eliminates wheel slip, ensuring both rear wheels rotate simultaneously, which is critical for high-performance racing and off-road applications where traction is non-negotiable.

This spool features a lightened 31-spline construction that reduces rotating mass to only 4.25 kg, enhancing acceleration response and reducing drivetrain strain. The lightened design also contributes to improved fuel efficiency and less wear on associated transmission components.

• 3.062 Gear Ratio: Delivers optimal torque multiplication, tailored for Strange 9 differentials, balancing acceleration and top-end speed.
• Lightened 31-Spline Design: Reduces rotational inertia without compromising strength, enhancing drivetrain responsiveness under extreme loads.
• Compact Dimensions: Measuring 22.00 cm in length, width, and height, it fits securely within Strange 9 differential housings, ensuring seamless integration.
• Durable Construction: Manufactured by Strange Engineering, known for precision and reliability in high-stress transmission components.

The spool’s precise engineering ensures consistent power delivery to both axles, eliminating the limitations of open differentials in traction-critical situations. Its compatibility with Strange 9 differentials and driveline setups makes it a direct upgrade for racers and performance enthusiasts aiming to maximize traction and drivetrain durability.

With a weight of just 4.25 kg, this spool balances strength and lightness, reducing overall rotating mass while maintaining the integrity needed for demanding applications. Its 31-spline interface ensures a robust connection to the axle shafts, minimizing the risk of failure under high torque.

Incorporating the Strange 9 Full Spool 3.062 Lightened 31 Spline into your driveline means enhanced control, improved traction, and reliable power transfer in competitive environments. This component is engineered to withstand rigorous use while delivering consistent performance, making it an essential upgrade for serious drivetrain optimization.