Oxford riding gear is designed to combine comfort, practicality, and protection, making it a strong choice for everyday motorcyclists.

Spare a thought for today's pillion. Bikes accelerate faster brake harder and - at least at the sports end of the market - offer increasingly miserly passenger accommodation.

• Reflective detailing for improved visibility
• Ventilation features to help improve comfort

Features

• Rubber grips are positioned thoughtfully on the rider's hips with the comfort of both rider and pillion in mind and have a generous aperture for large hands and padded gloves.
• Two belts are used to secure the grips in place. The first is a hook and loop fastened anti-dive belt which offers stability under braking. The second is held in place by a buckle but all the acceleration load is taken up by the immensely strong main strap.
• A sculpted breathable mesh backed pad at the front spreads any load taken up by the strap and its rubberised surface is friendly to the tank.
• All load bearing points are flag-stitched for maximum strength and the thread used is marine-grade to prevent it rotting if left damp and in case it comes into contact with salt water.
• Every component has been independently strength tested up to 180kg which provides a comfortable margin for the 130kg rating deemed necessary for the product at the furthest possible extremes of usage.
• 3M ™ reflective stitching for improved visibility at night.
• Comprehensive instructions in multiple languages complete the safety package.

Availability:

Oxford supply is pretty good in Australia, but they have thousands of parts so we can't stock them all on our shelves. If our site shows this item as in stock in our warehouse (see above), great! It will ship immediately from our warehouse. If it shows as Pre-Order, we get weekly shipments from Oxford and our site should show if it's in stock in Australia.

• If in stock in Australia we can have it in a few days
• If it's not in stock in Australia, ETA could be 4-6 weeks, but please contact us and we can find out a more accurate ETA