G223 - AERO FRONT BUMPER

The shape of the bumpers leading edge has been updated to match the body shells 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 response, especially at high speeds. The bumper upper plate has also been reshaped to improve crash resistance.

16 other products in the same category:

G034B - FRONT SHOCK TOWER Ver.B

With this Front Shock Tower Ver. B, the shock position can be lowered, compared to the one with the shock tower included in the kit. A 2mm collar is included to prevent the shock from touching the bulk head.

G156 - REAR SHOCK TOWER (IF15W/Short/Carbon)

Used in combination with a specially developed short type shock.
The total shock length can be shortened by 4 mm.
The suspension stroke is maintained the same as the std shock type, and combined with the lower center of gravity, this offers sharper cornering and increased reaction.

G050-OS - ENGINE MOUNT SET (for OS)

These engine mounts are specially designed for the O.S.12 engine. They are lowered and allow the engine crankcase to sit right at the chassis level contributing to a lower center of gravity.
The cooling fins on the sides allows the engine to better dissipate heat and help prevent overheating during a race.
(Do not use with non- O.S. engines as the crankcase and chassis may interfere with each other.)

G125 - ADJUSTABLE FRONT ONEWAY SET

These innovative clutch weights sit between the flywheel pins and offer a higher clutch meet than a normal type weights making them suitable for use with basic engines such as 12TG from OS. Set screws are included to adjust the weight and clutch meet pressure. Also usable for high power engines.

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.