COOWOO Brass RC Wheel Rings, Internal Clamp Beadlock Rings Upgrade Parts for 1/18 TRX-4M RC Crawler Cars with 1.0” Wheels, Compatible with Stock Tires, Set of 4, Golden

Upgrade the performance and appearance of your RC crawler car with the COOWOO Premium Brass RC Wheel Rings Upgrade Parts. This set includes four wheel rings specifically designed for RC crawler cars with 1.0" wheels, such as the 1/24 SCX24 or 1/18 TRX-4M series. Crafted from premium quality brass, these wheel rings add weight to the wheels, resulting in improved traction. In situations where maintaining grip on uneven or slippery terrain is crucial, the increased weight helps prevent excessive wheel spinning and provides better stability during crawling. By increasing the weight at the outer edge of the wheels, these wheel rings also contribute to lowering the center of gravity of your RC crawler. This enhancement improves overall stability and reduces the risk of tipping over, especially when tackling steep inclines or challenging obstacles. Furthermore, the COOWOO brass wheel rings increase the rotational inertia of the wheels. This allows the wheels to maintain momentum, enabling your RC crawler to overcome obstacles more effectively and traverse challenging terrain with greater ease. Not only do these wheel rings enhance performance, but they also add a distinct and appealing appearance to your RC crawler car. The precision CNC machining ensures a precise fit and finish, while the brass construction provides durability and resistance to corrosion. Upgrade your RC crawler car today with the COOWOO Premium Brass RC Wheel Rings Upgrade Parts. Experience improved traction, enhanced stability, and a unique look that sets your vehicle apart. Trust COOWOO for high-quality and reliable upgrade parts for your RC adventures.

• Outer diameter is 1.38in, while inner diameter 1.22in. Set of 4. Fit to stock tires.
• Made of premium quality brass for increased weight and durability.
• Improved traction on uneven or slippery terrain.
• Lower center of gravity for enhanced stability and reduced tipping risk.
• Increased rotational inertia for better obstacle traversal.