Regular weight lip spoiler for 1/8 racing car body made of 0.8mm thick material.
Compared to the light weight (R0284), the lip spoiler itself is more rigid, enabling it to transfer downforce to the car body more effectively even at high speeds.
A vivid red anodized version has been added to the aluminum spacer series (3mm in inner diameter). It helps you dress up your machine. If you use this red anodized version and the black version in different specifications in a setting, you can easily distinguish them.
Upper arm holder machined from 7075 aluminuim material. The strength and rigidity are increased providing higher corner speed in certain conditions. The black anodized finish complete with Infinity logo also add a cool look to your car.
Regular weight lip spoiler for 1/8 racing car body made of 0.8mm thick material. Includes a scale that is useful for precisely setting the lip spoiler height.
Compared to the light weight (R0284C), the lip spoiler itself is more rigid, enabling it to transfer downforce to the car body more effectively even at high speeds.
High-precision machined aluminum spring guide for improved steering response and rear traction. Hard coating is applied to ensure durability of the contact area with the spring and to maintain good condition for a long period of time.
A new aluminium servo horn designed specifically for IF18. 25T specification for servos made by Savox (SC2271SG) and Futaba (BLS371SV). By making the shape of the arm offset it is possible to achieve the maximum steering angle with a linear steering operation. Use in combination with R0259 Aluminium servo saver (up side).
A new lineup of pinion gears for the IF18-2 with a hard coating on 7075 aluminium material. Offered in all teeth sizes to fine tune gear ratio according to the engine and track layout.
Titanium UFO head screw. Offers a lightweight design while maintaining contact surface area.
Regular weight lip spoiler for 1/8 racing car body made of 0.8mm thick material.
Compared to the light weight (R0284), the lip spoiler itself is more rigid, enabling it to transfer downforce to the car body more effectively even at high speeds.
