Renthal SX Handlebar Pad - 240mm


Best current price£17.95from eBay
Best offers
Shopping.co.uk recommended and popular offers
eBay£17.95Visit shop Renthal Handle Bar Pad P263 SX 10"" White/Red with Red Foam
Visit shop

Best current price£17.95from eBay
Shopping.co.uk recommended and popular offers
eBay£17.95Visit shop Renthal Handle Bar Pad P263 SX 10"" White/Red with Red Foam
Visit shop7 offers from £17.95 - £44.92
View price history by clicking the chart icon.
The Renthal 240mm SX Handlebar Pad is designed for motocross and enduro riders who require reliable chest and facial impact protection during off-road riding. This high-density foam pad significantly reduces the force of impacts against the handlebar cross-brace, providing peace of mind during technical jumps and rough terrain, though users should ensure their handlebar setup specifically features a 240mm cross-brace to guarantee a proper fit.
| Model Part Number | P263 |
|---|---|
| Brand | Renthal |
No, it is specifically designed for 240mm cross-brace configurations.
This pad is engineered specifically for motocross and enduro motorcycle applications.
Press the hook-and-loop edges firmly along the entire length of the pad to ensure maximum adhesion.
The high-density foam is designed to be closed-cell, minimizing water absorption during wash cycles or wet riding conditions.
The cover is integrated with the foam structure; the unit is designed as a single durable piece.
Ensure the hook-and-loop surface is clean of debris and tightened sufficiently during installation.
Apply a light silicone-based protectant spray to restore the finish and repel future mud accumulation.
To install, simply wrap the pad around your handlebar's 240mm cross-brace and press the hook-and-loop strips firmly together. Ensure the seam is facing downward to maintain a clean look and prevent dirt from entering the closure. For care, the pad is resistant to high-pressure cleaning. If the pad becomes heavily soiled with mud or clay, use a mild detergent and a soft brush, then rinse with water. Avoid using harsh chemical degreasers directly on the foam if possible to maintain the structural integrity of the density over long-term use.