G016-60 - 1st SPUR GEAR 60T

High-grade Japanese bearings are used to create an extremely smooth drivetrain. The INFINITY logo is also included to prove that it is team spec.

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.)

For IF15 / IF15W
Developed based on team driver feedback
Carbon camber plate (G159) that can be adjusted in a diagonal direction that incorporates the latest setups for the IF15.
In addition, the A-arm type camber link enhances rigidity and is a set of parts that greatly support rear grip.
The bottom hole is the same as original hole 2 (lower), the more you raise it, the more calm the rear will be.
(Part of the outer ball end needs to be cut)

Spare part for G166.

Special rubber with excellent durability is used to achieve longer life than the soft rubber type of the kit's standard parts. Especially effective for IF15W with high grip wide tires.

These 64 titanium ball screws are approximately 1.5 g lighter per piece than the kit's standard parts for the front (made of steel). This material change slightly reduces rigidity for a smoother feel.

Firmly fixing both ends of the upper suspension shaft with an E-ring and a stopper gives you added security from vibrations during long finals.

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.

For IF15 / IF15W
Repair parts of G160

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.