Discover Xbility One 1/28 Performance Rwd Chassis With Torq Tcm-1003 Servo Massive 85% Savings [bHr1qxlE]

XBILITY One 1/28 Performance RWD Chassis

The XBILITY One 1/28 Performance RWD Chassis is a game-changer for RC enthusiasts seeking ultimate control and precision on the track. Designed for both seasoned racers and newcomers, this platform delivers a transformative driving experience. At its core, the chassis boasts two groundbreaking upgrades: a reengineered ball differential and a race-inspired front knuckle system. Together, these features redefine precision, control, and reliability, making every lap count.

Key Features and Specifications

The XBILITY One Chassis is packed with features that elevate your RC experience. The redesigned ball differential is stronger, smoother, and more dependable, eliminating common wheel fitment issues. The 1:8-inspired knuckles offer race-proven design with zero axle trail, promoting low resistance and rapid cornering. The innovative front-end geometry includes adjustable roll center, camber gain, and caster (0–3°), providing precise control over front-end behavior. Additionally, the advanced rear tuning allows for customization of rear grip and response without the need for spring swaps. With adjustable rear pivot mounts, you can switch between agile or stable behavior with ease.

Included TORQ TCM-1003 High-Performance Servo

Completing the system is the included TORQ TCM-1003 High-Performance Servo, available in stealth black. This premium micro servo is built for speed and strength, featuring an all-black CNC aluminum case for durability and a sleek, minimalist profile. The black signal and power wires maintain the stealth appearance across your entire electronics setup. With a coreless motor and titanium gears, the TCM-1003 ensures quiet, precise operation. Its 3.0kg torque and 0.052 sec speed (at 8.4V) provide crisp, immediate steering response, making it a perfect match for the XBILITY One Chassis. The servo supports 4.8V–8.4V input for flexible power compatibility, ensuring optimal performance in various conditions.