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.
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.
Using an aluminum rear differential case cover provides a secure fit, enhances the differential case's sealing properties and improves consistency during oil changes. When changing oil viscosity, the difference will be more clearly noticeable in the driving feel. The rear end appearance also gets a major upgrade!
A high-precision pinion gear machined from A7075-T6 material, featuring a special high-hardness plating treatment that significantly enhances wear resistance for the IF15-2 series.
Previous models (G071-15, G071-16, G072-20, G072-21, G270-16, G271-21) will be discontinued once current stock is depleted.
Optimized shape to accommodate the updated thickness of (G187) front knuckle plate (hard) adopted on IF15-2. Additionally, reducing the clearance of the opening compared to the original product to efficiently control the airflow, which is the original purpose of the knuckle plate.
The combination of carbon and aluminum materials provides sharp steering characteristics with a highly rigid and lightweight finish. In addition, the included 4.9mm ball and aluminum spacer optimize bump steer and increase corner speed.
Pinion gear with improved durability compared to the standard part, achieved by reviewing the material and coating.
Mounted in the opening at the rear of the main chassis, it increases chassis rigidity at the rear end of the chassis and increases weight by approximately 13g to ensure stable rear grip. It is also effective when the track surface is high grip and traction roll occurs.
Use with G230 Carbon Rear Stiffener Set to expand the range of setting.
Steering knuckle plate for IF15-2 and IF15-2W, which allows for a greater steering angle of the outer tire in corners than the standard kit version.
This will make tighter cornering possible, and can improve high speed steering on larger tracks.
"Improved rigidity by using carbon-mixed nylon material. Improves steering response and enables increased racing line stability. It is particularly effective when used under high temperature conditions. *For identification, ""H"" mark is printed by laser engraving."
Precision-machined from 7075-T6 aluminum and treated with INFINITY’s original hard coating for a lightweight, high-rigidity, and highly durable finish.
Delivers sharp throttle response and consistent handling for elevated driving performance.
Includes joint parts with the same material and coating as the drive shaft.
Pinion gear with improved durability compared to the standard part, achieved by reviewing the material and coating.
Oversized wheel hubs to better fit tires with large wheel hex mounting. Prevents misalignment and increases wheel stability. (Matrix tires recommended).
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.