3731X-BLK Rustler 2WD Front & Rear Clipless Body Latches

Upgrading to a clipless mounting mechanism significantly enhances the exterior appearance and scale realism of your radio controlled vehicle. By eliminating traditional body posts and pins, the outer shell maintains a clean and authentic look that mirrors full size racing trucks. This specific accessory package is meticulously designed to integrate seamlessly with standard 1/10 scale stadium truck configurations. It provides a precise fit across compatible chassis layouts without requiring custom modifications or complex adaptation work. Hobbyists can easily incorporate this hardware into existing setups to streamline routine maintenance and body removal. The robust construction ensures long lasting durability while keeping your favorite accessory secure during high speed runs.

Features

1. Designed to replace standard pin mounts with an efficient latching mechanism. It allows operators to remove and attach the exterior shell in seconds.

2. Engineered specifically to accommodate Magnum 272 and 272R transmission housings. This ensures proper alignment and mechanical clearance during operation.

3. Constructed from high impact composite materials to withstand frequent stress and impacts. The durable polymer compound resists cracking under heavy operational loads.

4. Includes both front and rear mounting hardware within a single package. Users receive all necessary brackets and latches for a complete front-to-back conversion.

5. Features a secure locking mechanism that prevents accidental detachment during rough terrain driving. The spring-loaded latches hold the shell firmly in place through jumps and turns.

6. Simplifies the post-run cleaning and inspection process by removing obstacles around the chassis. Operators can quickly access interior electrical components without struggling with tiny clips.

7. Serves as an authentic replacement part to maintain factory specifications and structural integrity. It preserves the intended performance and handling characteristics of the platform.