

By changing the position of the 2.0mm pin, stable rear grip can be obtained from low grip surfaces to high grip conditions.
G121-14 Chassis weight is 14g, half that of G0121 original optional chassis weight. Perfect for making finer setting adjustments. Can be used in all sliding weight positions and front bumper on IF15.
This is a 9.5g chassis weight for IF15. By combining it with 14g and 28 chassis weights, the option parts already available, you can make finer tune-up.
These innovative clutch weights sit between the flywheel pins and offer a higher clutch meet than a normal type weights making them suitable for use with basic engines such as 12TG from OS. Set screws are included to adjust the weight and clutch meet pressure. Also usable for high power engines.
For IF15 / IF15W
Developed based on team driver feedback
A new carbon camber plate that can be adjusted in fine steps. The diagonal direction of the holes incorporates the latest setups for the IF15.
The bottom hole is the same original hole 2 (lower), the more you raise it, the more calm the rear will be.
(Part of the outer ball end needs to be cut)
20g chassis weights are now available to adjust the front/rear balance of the IF15 and IF15W. The 20g weight can be used together with the 9.5g, 14g, and 28g weights already available on the market for more detailed tuning of your setup.
Special rubber with excellent durability is used to achieve longer life than the soft rubber type of the kit's standard parts. Especially effective for IF15W with high grip wide tires.
These titanium ball screws contribute to improved grip by adding approximately 0.6 g of weight per ball screw compared to the kit's standard rear ballscrews (made of aluminum). In addition, the use of 64 titanium material with its increased rigidity improves response, especially on low to medium grip surfaces.
Made of lightweight 7075 aluminum with hard coating.
Low gear ratio for short technical tracks.
By changing the position of the 2.0mm pin, stable rear grip can be obtained from low grip surfaces to high grip conditions.