There are 12 products.
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 )
This is an option part for short shock for IF15/IF15W. 3 hole - 0.9mm piston. (3 hole - 0.9mm and 2 hole - 1.1mm piston 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.
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.
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.
Spare parts for repairing short shocks that can be used for IF15/IF15W.
Overall length of 24mm.
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.
Front upper arm spacer for IF15. By inserting these shims between the front upper arm holder and the upper deck its possible to fine tune the roll center and camber change rate, enabling smooth and high speed cornering.
Made of lightweight 7075 aluminum with hard coating.
Low gear ratio for short technical tracks.
Made of lightweight 7075 aluminum with hard coating.
Low gear ratio for short technical tracks.
The 2.0mm pin orientation has been changed to provide stable steering characteristics from low grip surfaces to high grip conditions.
By changing the position of the 2.0mm pin, stable rear grip can be obtained from low grip surfaces to high grip conditions.
