R0337 - REAR CARBON BODY MOUNT SET

Compared to the standard plastic rear body mount, this new carbon mount increases the height of the body by 3mm (Almost the limit within the regulation of IFMAR). In addition, the cross-sectional shape of the carbon plate and A7075 adapter matches the latest body shapes such as XTREAM's Diablo and Protoform's R19 without any gaps. This allows the downforce to be transferred to the tires without loss and improving rear grip. The left and right carbon plates can be fine-tuned with set screws to accommodate individual body shapes. The connection to the car body can be made in three step width directions, and also absorbs the twisting of the mounting part when toe-in is applied.

16 other products in the same category:

R8009B - REAR BELT (URETHANE) 201

This Urethane belt provides high durability under harsh conditions such as driving on dusty or dirty tracks, high temperatures or long finals. The belt teeth are hard and highly accurate offering good compatibility with the tooth profile and material of the pulleys helping to maintain excellent drive efficiency.

  • New

R0344 - SS 1st GEAR HOUSING (IF18-2)

The new SS version is more durable than previous gear housings due to a review of the manufacturing process, including the shape and materials used.
As the name "SS => Strong Support" suggests, the spur gear support is increased, minimizing the chance of stripping gears.

CM-A005-20 - ALUMINUM WASHER 3x6x2.0mm (Red/10pcs)

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.

R0331S05 - Fuel Tank Spacer 0.5cc (IF18-2)

The smallest spacer/insert (0.5cc) from spacer set R0331 that matches the fuel tank capacity of IF18-2 with the regulations of international races such as IFMAR. This thinnest spacer is 0.5cc, allowing you to make fine adjustments to the tank capacity by increasing or decreasing the number spacers.