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.
This component is crafted from 7075-T6 alloy and features a hard coating. Its lightweight design (4.3 grams compared to the steel version's 8.3 grams) allows you to save weight and achieve maximum performance. It can also be installed on the rear hub. Using the M170 on the rear end of your vehicle provides additional support, which is recommended for high-grip and fast tracks.
IFB8 shock stroke and rebound gauge. Allows easy measurement of important shock length while mounted on the vehicle during suspension setup. Supports stroke from 60mm to 150mm. Can also be used on vehicles other than IFB8.
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 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 45T spur gear contributes to boosting the top speed of your vehicle and may potentially reduce fuel consumption under specific conditions. Additionally, it aids in achieving a smoother power delivery on low-traction tracks.
The 0.9mm spring offers a softer tension compared to the standard IFB8 kit clutch spring (1.0mm), effectively smoothing out power delivery when necessary.
These 7075-T6 spacers serve as replacements for the plastic ones included in the kit. Offering a longer lifespan compared to their plastic counterparts, they effectively maintain smooth servo saver movement even under the load exerted by the steering links.
The 1.1mm spring provides a firmer tension compared to the standard IFB8 kit clutch spring (1.0mm), enabling the clutch to engage at higher RPM and enhancing engine bottom-end power, particularly on high-traction tracks.