G136 - TEAM SPEC BEARING (10x15x4) 2pcs

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.

16 other products in the same category:

G149 - SHOCK PISTON (φ1.1x2Holes/2pcs)

This is a spare part for short shock G147 for IF15/IF15W. 2 hole - 1.1mm piston. (3 hole - 0.9mm piston and 1 hole - 1.3mm is also available.

This piston is secured with an ultra small screw as used in the IF14-2 to increase stroke.

A dedicated 0.05" inch size tool is required. (A0100) INFINITY 0.05" hex wrench driver.

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.)

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.

G155 - REAR SHOCK TOWER (Short/Carbon)

Features the same design shape as G154 rear shock tower (standard / carbon)
but designed to be used in combination with a specially developed short type shock.
The total shock length is 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.
The body mount is 3.5 mm lower (one step of the body pin), which also contributes to lowering the center of gravity.

The shock mounting positions have been optimised to only the three inner positions, allowing for extra strength in this area in the event of a crash.