


Precision machined pistons for USP shocks, 1.1mm x 3 holes.
This Piston outer diameter is the same as the kit standard piston (T208).
Spare part for floating electronic plate set. The plate can also function as a center chassis stiffener by adding one more screw to the chassis.
Cooling fan mount made of composite material that is half the weight of aluminum and super lightweight.
Adjust the chassis flex by connecting this carbon brace between the upper bulkheads on top of the top deck. This upper bulkhead brace is cut with high precision from 1mm carbon plate and can change the steering and traction characteristics by effecting the rigidity of the front or rear bulkheads.
Front of top deck: Good balance between high-speed and low-speed corner.
Rear of top deck: Good balance between rotation and traction.
An extra hard lower suspension arm using a graphite material. This arm is more stiff than the original kit version and is suitable for high grip tracks and in situations when you want to improve initial steering response.
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.
By reducing the rigidity of the front shock tower connecting point to the upper bulkhead, the stiffness around the front bulkhead section is reduced and the overall chassis flex is increased, resulting in a calmer initial steering response. This reduction in initial stiffness helps smooth out cornering and can help reduce tyre wear.
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.
New standard Short-type shock springs (20mm). We selected wire 1.4mm in diameter and accurately coiled and plated it. Gold: 5 Coils For high- grip asphalt road surface Made in Japan
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.