Yamaha XJ550 Fork Brace

This fork brace has been designed & manufactured inhouse from high grade aluminium and is available in a variety of finishes. This period style brace is ideally suited for those doing restoration projects, café racer builds or custom creations. This is a three piece motorcycle fork brace (Stabilizer) consisting of two leg clamps and a top plate that is designed to help alleviate twist and wobble on the front end of your motorcycle, this should also help with front end feel when cornering. Our braces come highly polished and stainless steel screws are provided. **Black Anodising is available on request for an extra cost, and it may take up to 10 working days for your fork brace to be delivered - for more information on costs please don't hesitate to contact us**

This brace has 55mm leg clamps with 185mm stanchion centres and external style dust caps. 

Fitting Instructions

This motorcycle fork brace is designed to be fitted by a competent person, if you are at all uncertain please contact your local motorcycle garage. For those that are confident here goes

To fit this brace to your motorcycle first of all raise the fork dust caps (where fitted) as the brace must not be fitted over these, place the leg clamps around the top of the fork leg by removing the M6 Allen head screws (5mm Allen key required) put around the stanchions and lower into place on the fork leg. Screw these up lightly so you can still move the clamp on the fork leg but try to keep the gap as even as possible each side, once both leg clamps are in place put the top plate on and align up with the screw holes. These take the M6 x 20mm button head screws (4mm Allen key required) and again put all four screws in and lightly tighten so you can now line up the leg clamps and top plate so all is even and square, all the screws can now be tightened and the order would be the leg clamps first then the top plate. Refit your dust caps/boots

 Torque setting for M6 stainless bolts are in N-m 8.7 Dry or 7.8 lubricated

*Photos are for illustrative purposes only and may not show exact model