G053H - HARD MAIN CHASSIS

This new hard type main chassis (G053) for IF15 was recently used to take the win at the 2018 World Championship in Miami. Featuring a stiffer rear section both traction and response is increased compared to that of the kit version.

16 other products in the same category:

G146 - TITANIUM BALL SCREW φ8mm (Rear/2pcs)

These titanium ball screws contribute to improved grip by adding approximately 0.6 g of weight per ball screw compared to the kit's standard rear ballscrews (made of aluminum). In addition, the use of 64 titanium material with its increased rigidity improves response, especially on low to medium grip surfaces.

G148 - SHOCK PISTON (φ1.3x1Hole/2pcs)

IF15/IF15Wに使用可能なショートショック専用のセッティングパーツ。
標準で付属の
2個穴-1.1mmピストンに対して
1個穴-1.3mmピストンはIF18-2のフロント用ピストンと同一サイズ、他に
3個穴-0.9mmピストンのタイプ(G124と同一サイズ)も発売。

ピストンの固定方法をIF14-2同様に極小のビスを採用し、ストロークを確保。
(専用の0.05インチサイズの工具が必要です。→[A0100] INFINITY 0.05" HEX WRENCH DRIVER )

G121-14 - CHASSIS WEIGHT 14g

G121-14 Chassis weight is 14g, half that of G0121 original optional chassis weight. Perfect for making finer setting adjustments. Can be used in all sliding weight positions and front bumper on IF15.

R0275-BK - BELT TENSIONER FLANGE (BLACK)

This tension roller flange prevents the middle belt from accidentally falling off in high load situations such as high temps or extreme high traction. Fixed in place so as not to increase rotating mass of the roller it is also shaped to prevent any step between the belt and the flange. Offered in black and titian colour. (Can also be used for IF15. Please use the included M3x15mm screw.)

G151 - SHORT SHOCK CASE (2pcs)

Spare parts for repairing short shocks that can be used for IF15/IF15W.

Dedicated one O-ring specification.
The overall length has been reduced to the utmost limit to achieve a low center of gravity.
Teflon coated surface for smooth operation.

G002B - FRONT BUMPER SET

The shape of the bumper tip has been changed to match the body shell used in the latest racing scene. The addition of ribs to increase the rigidity of the bumper has resulted in more efficient aerodynamics and improved maneuverability, especially at high speeds. The bumper plate has also been reshaped to improve crash resistance.