By mounting the body as close as possible without causing contact between the body and tires, you can improve steering characteristics and stability of the car in high-speed corners.

Stainless steel material offers supple flex characteristics while adding extra weight for improved stability on high grip surfaces. This option part promotes mild steering characteristics.

The 25T throttle servo horn, crafted from 7075-T6 alloy, serves as an ideal replacement for the plastic counterpart provided in the kit. Its robustness and precision enable maximum performance from your brakes, while the minimized play between the servo horn and servo ensures precise control over your engine.

The 23T throttle servo horn, crafted from 7075-T6 alloy, serves as an ideal replacement for the plastic counterpart provided in the kit. Its robustness and precision enable maximum performance from your brakes, while the minimized play between the servo horn and servo ensures precise control over your engine.

The 25T steering servo horn, crafted from 7075-T6 alloy, offers exceptional robustness and precision. Featuring an M2 screw lock, it virtually eliminates play between the servo horn and servo, resulting in heightened steering precision and responsiveness.

The 23T steering servo horn, crafted from 7075-T6 alloy, offers exceptional robustness and precision. Featuring an M2 screw lock, it virtually eliminates play between the servo horn and servo, resulting in heightened steering precision and responsiveness.

Crafted from 7075-T6 alloy, these washers offer superior durability compared to the plastic ones provided in the kit, thanks to their hard coating.

The 9.5T rear spring is slightly stiffer than the stock spring (10.0T), providing added support to the rear end during acceleration and enhancing landing stability after jumps. This adjustment is especially effective for reducing rear grip or improving jump landings, offering advantages in specific driving conditions. By integrating this slightly stiffer spring, drivers can finely tune their car's handling characteristics to align with their preferences.

The 9.0T rear spring represents a significant increase in stiffness compared to the stock spring (10.0T), providing enhanced support to the rear end during acceleration. This adjustment is effective for reducing rear grip, which can be advantageous in certain driving conditions. By utilizing this stiffer spring, drivers have the ability to fine-tune their car's handling characteristics.

The 7.0T front shock spring provides a marginally softer suspension than the stock spring (6.67T), strategically enhancing front-end grip. This adjustment is particularly advantageous on dusty and loamy track surfaces, where increased traction is essential for optimal performance.

The 6.33T front shock spring offers a slightly firmer suspension compared to the stock spring (6.67T). This adjustment serves to diminish front-end grip, resulting in a more forgiving driving experience.

This wider wheel hex modifies the vehicle's handling characteristics by altering steering feel and vehicle roll stiffness. It is versatile for use on both the front and rear ends, enabling smoother steering when mounted at the front and improved traction when mounted at the rear.