Metasock Soft Ground Studded Boot in Orange
Sold and shipped by Univers Crampons
Sold and shipped by Univers Crampons
The OXEN 2026 Metasock SG Boots are built to deliver power, traction and all-game comfort across both rugby and football when conditions turn soft and wet. Featuring advanced Metasock knitted upper technology, they create a secure, adaptive fit around the foot for enhanced lockdown, reduced pressure points and confident movement throughout the game.
The mixed SG soleplate combines 6 changeable metal studs with moulded traction elements to provide dependable grip, stability and control on soft ground. Lightweight yet durable, the chassis is designed to support explosive acceleration, strong directional changes and physical play without adding unnecessary bulk.
Key Features: Suitable for rugby and football; Metasock knitted upper for an adaptive, second-skin fit; Mixed SG soleplate with 6 changeable metal studs; Enhanced traction on soft and wet ground; Stability support system for a secure, locked-in feel; Lightweight performance construction; Designed for acceleration, control and physical play; Match-ready comfort from the first wear.
Stud Safety: Check boots and studs regularly before training and matches. Ensure all studs are present, securely tightened and free from sharp edges or excessive wear before use.
Synthetic Materials |
Oxen
This contact is responsible for product safety compliance. For help with an order or return, please contact customer service
OXEN SPORTS Ltd.
OXEN SPORTS Ltd. Oxen
Unit 5. Warmsworth Halt Industrial Estate Warmsworth Halt, Warmsworth, Doncaster, United Kingdom, DN4 9FE
customerservices@oxensports.com
Synthetic Materials |
Oxen
This contact is responsible for product safety compliance. For help with an order or return, please contact customer service
OXEN SPORTS Ltd.
OXEN SPORTS Ltd. Oxen
Unit 5. Warmsworth Halt Industrial Estate Warmsworth Halt, Warmsworth, Doncaster, United Kingdom, DN4 9FE
customerservices@oxensports.com
Store in a dry, cool place, away from direct sunlight.