The Gille FRG rubber inserts are designed to be used with the Touring footpegs and offer improved grip and reduced vibrations. (Supplied as a set of 3 pieces, one kit is required per footpeg)

For a final touch of personalisation the Gilles coloured insert rings are designed to help colour code the RGK footpeg kits to any bike or suit any riders taste. CNC machined from high quality aluminium and hard anodised for durability.

These Gilles adjustment plates are designed for rider or pillion use and provide a simple cost effective solution to move the footpegs up, back, down or forwards for a more sporting or comfortable footpeg position (20mm in a 360 degree rotation).

The optional folding footpeg kit can easily be retrofitted to the AS31GT2, RCT10GT, FXR and MUE2 style rearsets. The folding mechanism is inside so that the shape and appearance are very close to the look of the standard Gilles rigid foot pegs.

The Gilles Sport footpeg kit is CNC machined from high quality aluminium and feature a knurled surface for maximum grip. Supplied as a pair and available in black or silver.

The Gilles SHIHO gear shaft support is designed to reduce the free play on the bikes gear shaft providing a fast and positive shifting operation.

The optional folding footpeg kit can easily be retrofitted to the AS31GT2, RCT10GT, FXR and MUE2 style rearsets. The folding mechanism is inside so that the shape and appearance are very close to the look of the UF-18 Factory Racing Gilles rigid foot pegs with cutaway.

The Gilles Touring footpegs are designed for touring & adventure style bikes. CNC machined from high quality aluminium with an ergonomic shape for rider comfort. Additional rubber inserts are included for improved comfort and grip. Supplied as a pair and available in black or silver.

Designed in conjunction with the Califonia Superbike School. These footpegs are CNC machined from high quality aluminium and feature a large and adjustable knurled surface area for maximum grip with sloped ends to aid a 'knee down' foot and body position.