By reducing the rigidity of the rear shock tower connecting point to the upper bulkhead, the stiffness around the rear bulkhead is reduced and the overall chassis flex is increased allowing for smoother rear rotation. For HBP (Horizontal body post)
An aluminum cooling fan mount that can be bolted to the floating electronic plate with a 30mm fan for motor cooling.
IF14 pro gear diff set with aluminium outdrive cup specification. This set is about 2.2 grams lighter than the steel outdrive cup specification. This allows you to adjust the weight balance of the vehicle front and rear while also improving the throttle response.
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.
This Alu super flex chassis offers a softer flex characteristic than the regular flex aluminium chassis (T234-F). The chassis is about 7g lighter than the std flex Alu chassis and is suitable for low traction carpet tracks, indoor asphalt tracks and med-high traction outdoor asphalt conditions.
An aluminum cooling fan mount that allows a 40mm or 30mm fan to be bolted behind the motor.
Short type (41mm) front drive shaft rather than the kit standard front drive shaft (42mm).
Offers a linear steering feel, making the car easier to drive when used in high traction or oversteer situations.
C-Hub set with added mounting holes for the body upstop (T358). Be sure to use T332B when using T358.
* The conventional T332 will be discontinued once the stock runs out.
This is a new set of super strong and high-precision 4.9mm titanium ball ends for the IF14-2.
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.
High precision and high strength stainless steel lower arm shafts plated with a special lubricant to reduce resistance and provide ultra smooth suspension movement. Offers ultimate suspension performance.
