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.
A new #30000, #40000 and #50000 has been added to the INFINITY silicon shock oil series.
This allows for a wider range of settings in all categories.
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.
Machined from 7075-T6 alloy, this part enhances strength and stiffness, surpassing the stock plastic component.
Brake pads that can be used with IF15-2/2W and IF18-3.
Compared to the standard soft (red), this pad enhances initial braking, allowing you to tune your preferred feeling when entering the corner.
By mixing this pad with the standard (soft (red)), you can create an intermediate feeling.
(There is an identification marking on one side, apply adhesive to this side only)
Reviewed steering angle, front D.J.CVD drive shaft.
With use of aluminum bell crank (T093), smoothly can provide the drive power at wide steering angle.
Assemblage of wheel axle and drive shaft must be Ver.2 -to-Ver.2
Hex socket head screws machined from high-quality 6-4 titanium material.
With a larger head outer diameter (approximately 3.7mm) than the typical button head, they allow for secure fastening of parts.
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.
Weight has been reduced by F:0.3g R:0.5g, removing this unnecessary material has improved rotational balance. Reduced clearance in the thrust direction helps maintain wheel stability during running.
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.
