Nike React Pegasus Trail 4 Trainers - Green - Orange - UK 6

Measure your foot length from heel to toe in centimeters. Compare this measurement to the provided size chart, paying close attention to the EU sizing. If your measurement falls between sizes, it is recommended to choose the next larger size for a comfortable fit.

While the React foam offers cushioning suitable for roads, the outsole is specifically designed for trail traction. For primarily road running, Nike offers dedicated road running shoes. These are best used on trails or mixed surfaces.

GORE-TEX is a highly durable material engineered for performance and longevity. Proper care, as outlined in the care instructions, will help maintain its waterproof and breathable properties.

The GORE-TEX offers protection from elements and can help keep feet warm by preventing water ingress. However, they are not insulated winter boots. For extreme cold, consider adding thermal socks.

The primary difference is the addition of the GORE-TEX membrane, which provides significantly enhanced waterproofing and windproofing. This makes the GORE-TEX version better suited for wet conditions, while potentially being slightly less breathable than a non-waterproofed model.

Clean your trainers after particularly muddy or dirty runs, or as needed. Regular light brushing to remove surface dirt is beneficial. Avoid frequent deep cleaning unless necessary.

Ensure the GORE-TEX membrane is intact and that water is not entering through the shoe's opening or lace area. Check that the shoes were not submerged for extended periods. Ensure proper drying after cleaning.

Trail conditions can vary. For extremely muddy or wet smooth surfaces, be cautious and adjust your stride. The outsole is designed for general trail use; consider specialized shoes for highly technical or slippery conditions.

Ensure you have selected the correct size. Refer to the sizing guide and measure your foot length. Break in the shoes gradually with shorter runs before attempting long distances. Check sock choice for potential friction points.