New standard Short-type shock springs (20mm). We selected wire 1.4mm in diameter and accurately coiled and plated it. Gold: 5 Coils For high- grip asphalt road surface Made in Japan
Reviewed steering angle, front D.J.CVD drive shaft.
With use of aluminum bell crank (T093), smoothly can provide the drive power at wide steering angle.
Assemblage of wheel axle and drive shaft must be Ver.2 -to-Ver.2
This is a set of 4.9mm ball ends made of strong and high-precision hard steel. The screw part is shorter than the 5mm ones. The ball surface is smoother than that of the conventional one (T049), yet sold at a competitive price.
The new suspension holder provides 0.5mm lower than kit normal hinge pin point. Possible to lower the roll center. Combination of roll center and toe angle option, setting range is widen.
Since its hard stiffness effect, improved steering response can be provided.
Newly designed shape achieved further steering angle.
In case this aluminum bell crank equipped, please use together with D.J.CVD Ver2(T110).
This is a new set of super strong and high-precision 4.9mm titanium ball ends for the IF14. Each set is about 8g lighter than the steel ones and the polished ball surface ensures the ball end moves smoothly for a long time.
The belt roller set will prevent skipping of rear belt of IF14.
When it occurs deflection under huge load on the belt, helps the belt to keep at proper position.
It provides stability of traction and brake control. It lengthens the life of belt.
※No combined usage with T095 REAR BALANCE WEIGHT.
By adding these wheel shims between the hex wheel hub and the wheel, you can fine-tune the cars track width quickly. Available in two thicknesses of 0.25mm and 0.5mm. 8pcs are included in each.
This ALU ECCENTRIC BEARING HOLDER 0.5mm is 0.3mm less offset than the standard bearing holder. This allows you to have a wider choice of adjustment with a 0.3mm lower diff in the 'high' position and 0.3mm higher in the 'low' position. This part is machined from high quality aluminium for minimised drivetrain loss.
