Skechers Razor Elite - Yellow/Black - UK 5.5

These boots are specifically engineered for optimal performance on firm natural grass pitches (FG).

Wipe off dirt and mud with a damp cloth or soft brush. For tougher stains, use mild soap and water, then air dry away from direct heat or sunlight. Do not machine wash.

While you might technically be able to, it's not recommended. The stud pattern is optimized for natural firm ground and may not provide optimal grip or durability on artificial turf, potentially leading to premature wear or injury.

Hyperburst Pro cushioning provides lightweight, highly responsive energy return, helping you feel faster and more agile on the pitch.

The Fitknit upper offers a snug, sock-like fit that molds to your foot, enhancing comfort, feel for the ball, and overall control.

The carbon-infused plate in the outsole enhances stability during quick movements and maximizes energy return, giving you a powerful push-off and agile responsiveness.

The Fitknit upper offers an adaptive, snug fit. However, for players with particularly wide feet, it's always best to try them on to ensure comfortable accommodation.

Durability depends on usage frequency, pitch conditions, and proper care. With good maintenance, they are designed to withstand the rigors of regular football play on firm natural pitches.

Ensure you have the correct size. The Fitknit upper offers a snug fit, but if it feels restrictive, try adjusting the lacing. A break-in period is also common for new boots.

Check that the outsole studs are clean and free from mud or debris. Confirm that you are playing on a firm natural grass pitch, as these boots are not optimized for other surfaces. Inspect studs for excessive wear.

Ensure you are wearing appropriate football socks designed to reduce friction. Make sure the boots are properly broken in. If the problem persists, re-evaluate the fit; the size might be incorrect.

Re-tie your laces, ensuring a secure and snug fit across your midfoot. Ensure your socks are not too thin or slippery, which can contribute to internal movement.