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.
Spare parts for IF14-2 aluminum & Titanium screw set (T245). Also suitable as a wing attachment screw for 1/10 scale cars.
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.
By adding these wheel shims between the hex wheel hub and the wheel, you can fine-tune the cars track width quickly. Available in two thicknesses of 0.25mm and 0.5mm. 8pcs are included in each.
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.
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.
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.
Lightweight DJ CVD joint that is approx 1.2g lighter than standard steel (approx 1.8g) by using lightweight and high strength super duralium (A7075). Throttle response is improved by reducing the rotating mass, while front tyre wear and understeer is reduced.
This titanium screw is for attaching the shock mounting to the IF14-II shock tower. It can be used to fine tune the steering feeling and grip between aluminium and steel.
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.
