T348 - ALU SERVO HOLDER

Spare part for G260

Made of superior quality 1.6mm thickness of U.S.A. carbon material.
Compare with kit normal thickness 2.0mm, further chassis flex is gained and initial steering response can be increased.
Provides great efficiency use with optional Aluminum Flex Main Chassis(T109).

When removing and attaching the front wing, it is no longer necessary to remove the upper monocoque, allowing for smooth wing replacement. Additionally, since it also serves as a front body post mount, the position of the body post does not change depending on the type of wing, making it convenient.

Weight has been reduced by F:0.3g R:0.5g, removing this unnecessary material has improved rotational balance. Reduced clearance in the thrust direction helps maintain wheel stability during running.

The 25T steering servo horn, crafted from 7075-T6 alloy, offers exceptional robustness and precision. Featuring an M2 screw lock, it virtually eliminates play between the servo horn and servo, resulting in heightened steering precision and responsiveness.

Weight has been reduced by F:0.3g R:0.5g, removing this unnecessary material has improved rotational balance. Reduced clearance in the thrust direction helps maintain wheel stability during running.

The use of 7075-T6 material and its slim profile make it both lightweight and highly rigid. Securely fastens the main chassis to the upper deck for more stable running on all surfaces.

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

Side springs - one step harder than kit for tuning IF11-2

The 7.0T front shock spring provides a marginally softer suspension than the stock spring (6.67T), strategically enhancing front-end grip. This adjustment is particularly advantageous on dusty and loamy track surfaces, where increased traction is essential for optimal performance.

Sharper turning and more direct performance can be obtained on high-grip circuits.