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8v Crank Pulley with Trigger Wheel
Code: LCP205-3
Our aluminium crank pulleys are made from 7075 T6 aluminium, which is extremely strong and wear resistant. The pulleys incorporate the original style timing hole and are anodised black.
The steel timing rings are a 36-1 tooth design (This is the most common ignition pickup style supported by aftermarket management systems).
The rings are accurately laser cut from 3mm steel. Then zinc plated to offer rust protection.
We have designed a 4-point clamping system to eliminate slip. The ring can be clamped at any increment between 0-360 degrees meaning you can match the trigger wheel to your existing setting, if you already run a trigger wheel.
All our pulleys are CNC machined in house.
We will be developing a bracket for the sensor pickup soon. Please contact us for more details.
Note: This product is used with an aftermarket management system
Replaces standard rubber joints and mounts on all the mounting points of a rear beam.
Fitting this kit means the rear beam is rigidly attached to the chassis. Giving a more predictable rear end under heavy cornering and more control during lift off over steer.
Front flexible joints are replaced by acetal bushes (4 in the kit) while rear rubber “sandwich” mounts are replaced with “aircraft spec” quality aluminium blocks with offset studs (2 in the kit). This kit is an evolution and improved fit version of our original BBM-SA-R kit. Unlike standard items, our uprated items will not wear out!
This modification is a real benefit to a track orientated 205/309. It will also benefit a road car with respect to handling characteristics but at an expense of a slight increase in road noise experienced in the cabin.
This is the power steering cooling loop pipe which runs under the car on 205 GTI models equipped with PAS. The originals are prone to rust due to their location.
Using an original we have re-manufactured them using a CNC tube bender, then a custom jig has been made to manipulate the final bend. Using CNC technology ensures their complicated shape is repeatedly replicated accurately.