A brass battery plate that concentrates the weight in the center of the car body and increases the chassis rigidity achieves higher driving stability. In particular, it is easy to control on a high-grip road surface and prevents traction roll.
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.
Uses lightweight carbon material. Chassis rigidity can be increased while suppressing weight increase. Improves steering response.
Installing this part significantly improves rigidity to the rear section of the chassis around the gear area, enabling more reliable power transmission, increasing acceleration and top speed. In addition to this the increased pitching rigidity of the chassis helps to add initial response and a sharper steering feel.
A spacer/insert set that matches the fuel tank capacity of IF18-2 with the regulations of international races such as IFMAR. The thinnest spacer is 0.5cc, allowing you to make fine adjustments to the tank capacity by increasing or decreasing the number spacers.
As used by the team drivers at the 2019 World Championships. The chassis offers increased corner speed while also offering a smoother feel, this has been achieved by changing the shape of both the front and the rear of the chassis.
It is also possible to change the characteristics for different track conditions by adding a carbon plate (sold separately) to increase rigidity of the front section and adding an M3 screw to the rear.
The front roll center can be lowered by replacing the kit parts with this front knuckle base. With these adjustments your IF18-II has the potential for even higher turning/steering performance. Recommended for use with thick front stabilizer from 2.6 - 3.0mm.
A brass battery plate that concentrates the weight in the center of the car body and increases the chassis rigidity achieves higher driving stability. In particular, it is easy to control on a high-grip road surface and prevents traction roll.
