High strength and durability: Compared to the plastic parts that may be used in the original factory, the aluminum alloy material significantly improves strength and rigidity, enabling it to better withstand various impacts and torques during climbing, and is less prone to deformation or damage. This effectively enhances the structural stability of the rear frame and extends the service life of the vehicle.

Lightweight design: The aluminum alloy material is relatively lightweight, enhancing structural strength without adding excessive weight to the vehicle. This helps maintain the vehicle's handling performance and optimizes the vehicle's center of gravity distribution to some extent, making the vehicle more stable during climbing.
Aesthetic Appeal: Anodized surface treatment not only improves corrosion resistance but also enhances the bracket's appearance, elevating the vehicle's overall aesthetic appeal and meeting players' demands for personalized vehicle aesthetics.
Enhanced Vehicle Off-Road Capability: Some rear frame bracket designs help increase the ground clearance at the rear of the vehicle, reducing interference between rear components and the ground when climbing steep slopes or traversing complex terrain, thereby improving the vehicle's off-road performance.