Wheels, 1", Method Race 105 Beadlock, Satin Chrome (2)
In Stock
Enhance the scale realism and technical trail performance of your micro crawler with the Traxxas 1" Method Race 105 Satin Chrome Beadlock Wheels. These functional beadlock rims securely lock standard TRX-4M tires or optional Mickey Thompson Baja Pro X tires without requiring glue. Designed for tough maneuvers, they offer optional weight customization to maximize low-center-of-gravity stability.
Bring authentic full-scale style to your 1/18 scale rock crawler with these officially licensed Method Race Wheels 105 Satin Chrome Beadlock Wheels. Engineered specifically for the Traxxas TRX-4M Ford Bronco and Land Rover Defender, these multi-piece wheels combine high-end satin chrome aesthetics with robust functionality. By clamping the tire bead firmly between the inner and outer rims, they eliminate tire slippage during high-torque climbing. Additionally, these wheels are fully compatible with Traxxas optional brass wheel weights (part #9780) to significantly lower your vehicle's center of gravity for steep technical crawling.
Are the Traxxas 1" Method Race 105 Satin Chrome Beadlock Wheels functional or just decorative?
They are fully functional beadlock wheels that mechanically clamp the tire bead between the inner and outer rims, eliminating the need for tire glue.
Which vehicles are compatible with the Traxxas 1" Method Race 105 Satin Chrome Beadlock Wheels?
These wheels are designed specifically for 1/18 scale Traxxas TRX-4M models, including the Ford Bronco (Model #97074-1) and Land Rover Defender (Model #97054-1).
Do I need glue to mount tires on the Traxxas 1" Method Race 105 Satin Chrome Beadlock Wheels?
No, glue is not required. The functional beadlock mechanism uses the included hardware to securely clamp the tire beads in place.
Can I add brass wheel weights to the Traxxas 1" Method Race 105 Satin Chrome Beadlock Wheels?
Yes, these wheels are designed to accommodate optional Traxxas brass wheel weights (Part #9780) to lower your crawler's center of gravity.










