R0349 - SUPER LIGHT WEIGHT CARBON REAR BODY MOUNT SET

Made from a 4mm thick carbon plate for high rigidity and is ultra-lightweight. By transmitting all of the downforce at high speeds to the rear tires, it achieves overwhelming rear traction!

16 other products in the same category:

R0336 - FRONT SHOCK STAY LD (IF18-2)

Front Shock Stay LD(Lay Down) that offers a position one step lower than the conventional R0081 (included in the kit). The center position of the R0336 is the same as the lower hole of the R0081. It's designed to be lower so that it does not interfere with the body even when a modern body is installed. Thickness is 2.5mm.

R0382S25 - SWAY BAR STOPPER 2.7mm (IF18-3/2pcs)

New stabilizer stopper for IF18-3 front stabilizer.
By making the contact surface with the bearing spherical, smoother movement of the stabilizer is acheived.
Durability has also been greatly improved by using steel.
Available in 2.3, 2.5, and 2.7mm.

Compatible stabilizers
Stopper 2.3mm (R0382S23): 2.0mm, 2.1mm, 2.2mm, 2.3mm
Stopper 2.5mm (R0382S25): 2.4mm, 2.5mm
Stopper 2.7mm (R0382S27): 2.6mm, 2.7mm

G210BK - BRAKE PAD BLACK (IF15-2)

Brake pads that can be used with IF15-2/2W and IF18-3.
Compared to the standard soft (red), this pad enhances initial braking, allowing you to tune your preferred feeling when entering the corner.
By mixing this pad with the standard (soft (red)), you can create an intermediate feeling.
(There is an identification marking on one side, apply adhesive to this side only)

R0284RC - LIP SPOILER SET (Carbon style with Logo/Regular Weight)

Regular weight lip spoiler for 1/8 racing car body made of 0.8mm thick material. Includes a scale that is useful for precisely setting the lip spoiler height.
Compared to the light weight (R0284C), the lip spoiler itself is more rigid, enabling it to transfer downforce to the car body more effectively even at high speeds.

R0311 - FRONT CARBON WHEEL PLATE(IF18-2)

By installing this Front Carbon Wheel Plate on the front knuckle, turbulent air generated in the front wheels during driving is cleaned up offering more stable driving characteristics. The effect is especially noticeable on high-speed circuits.