

Titanium and aluminum screw set (84 screws in total). Titanium is used on the underside of the chassis where strength is required. Aluminum screws are used on the upper surface of the chassis to reduce weight and lower the center of gravity. The use of aluminum screws also optimizes the rigidity balance and flex characteristics of the entire chassis.
A lightweight DJ CVD cross spider using high strength super duralium (A7075) to reduce the weight by approx 36% compared with standard steel. High durability is also achieved by applying a hard alumite treatment. Used in combination with T227LW lightweight DJ CVD joint it is possible to reduce the weight by about 2g per driveshaft.
Precision machined pistons for USP shocks, 1.1mm x 3 holes.
This Piston outer diameter is the same as the kit standard piston (T208).
Cooling fan mount made of composite material that is half the weight of aluminum and super lightweight.
This spacer sits between the lower suspension block and the chassis to adjust the roll center. With a thickness of 0.2mm it's possible to achieve fine detailed setup.
When using the HBP mount it can be difficult to accurately position the rear body post holes in the bodyshell. By using this rear body height fitter it is quick and easy to precisely position the body post holes at the desired body height.
This is a new set of super strong and high-precision 4.9mm titanium ball ends for the IF14. Each set is about 8g lighter than the steel ones and the polished ball surface ensures the ball end moves smoothly for a long time.
Conversion set to convert IF14-2 Team Edition (TE) to MID motor layout. Smooth cornering characteristics and improved weight transfer reduce the load on the rear tires, making lap times more consistent during the latter part of a race.
A floating electronics plate which allows the receiver, ESC and motor cooling fan to be easily installed and removed from the chassis. Helps ease of maintenance and allows for quicker chassis changes.
Titanium and aluminum screw set (84 screws in total). Titanium is used on the underside of the chassis where strength is required. Aluminum screws are used on the upper surface of the chassis to reduce weight and lower the center of gravity. The use of aluminum screws also optimizes the rigidity balance and flex characteristics of the entire chassis.