Nike Pegasus Trail 5 GORE TEX - Grey - UK 13

Yes, the Nike Pegasus Trail 5 GORE-TEX features a fully waterproof GORE-TEX upper designed to keep your feet dry in wet conditions like rain, puddles, and muddy trails.

Absolutely. These shoes are specifically designed for versatility, performing well on both challenging trails and paved roads, making them ideal for 'door-to-trail' runs.

The ReactX midsole foam provides a more responsive and cushioned feel, increasing energy return by 13%. It also has an environmental benefit, reducing the carbon footprint of the midsole by 43%.

The approximate weight of the Men's US 10 size is 300g (10.5 oz). Weight may vary slightly by size.

The Nike Pegasus Trail 5 GORE-TEX has a heel-to-toe drop of 9.5 mm.

After use, brush off loose dirt. For a deeper clean, use a soft brush or cloth with mild soap and cold water. Always air dry them at room temperature, away from direct heat. Do not machine wash or tumble dry.

While durable and protective, the Pegasus Trail series is generally suited for moderate trails. For extremely technical, highly rocky, or mountaineering-style trails, you might consider shoes with more aggressive lug patterns and greater rock plate protection.

Check for any visible damage or tears in the GORE-TEX membrane. Ensure water is not entering over the top of the ankle cuff, especially in very deep puddles or heavy rain. Make sure your socks aren't wicking water in from above the shoe line.

Midsole foam can compress over thousands of miles. This may indicate it's time to consider a new pair of shoes. Ensure you are allowing the shoes to dry completely between runs.

Verify you have the correct size and width. Experiment with different lacing techniques to relieve pressure points. Ensure you are wearing appropriate running socks to prevent friction. Allow for a break-in period for the shoes to conform to your feet.

Inspect the outsole lugs for excessive wear, especially if you primarily run on harsh, abrasive surfaces. Clear any mud, debris, or small stones that might be lodged in the traction pattern.