R0179 - MAIN SHAFT MOUNT PLATE (CARBON GRAPHITE)

Super low friction rubber belt

Just a single item, 48T Rear pulley from pulley set.

3.0mm shorter/Good matching for standard INFINITY(CM-00001)

Reverse movement from the standard type

This Titainium screw set for the IF18 will effectively reduce the weight of the lower section of the car. Using these screws will slightly increase chassis flexibility allowing you to tune your car setup for any conditions. The set contains a total of 47pcs offering a weight saving of 12g over the standard steel screws.

Body stiffener for 1/8 body (Only small type)

As used by the team drivers at the 2019 World Championships. The chassis offers increased corner speed while also offering a smoother feel, this has been achieved by changing the shape of both the front and the rear of the chassis.
It is also possible to change the characteristics for different track conditions by adding a carbon plate (sold separately) to increase rigidity of the front section and adding an M3 screw to the rear. 

This new option part for IF18 is a set of 4 large diameter aluminium counter sink washers M4x12mm. Used for fixing the engine mounts to the chassis the flat surface means a super secure fitting and sufficient range of movement for all gear mesh. They can also be used with other 1/8 scale on road models.

This tension roller flange prevents the middle belt from accidentally falling off in high load situations such as high temps or extreme high traction. Fixed in place so as not to increase rotating mass of the roller it is also shaped to prevent any step between the belt and the flange. Offered in black and titian colour. (Can also be used for IF15. Please use the included M3x15mm screw.)

This carbon plate is used in combination with R00220L long front body post to increase the rigidity around the front bulkhead. Response in initial steering is increased while still maintaining a mild steering feel in the middle part of the corner. Also offering a weight saving of 4g the standard kit body mounting.