- CE certified in accordance with EN 13634:2017 and Regulation EU 2016/425
The Gaerne SGJ Youth Motocross Boots in size 4 are designed to provide young riders with optimal protection, comfort, and durability for their motocross adventures. Constructed with a PU-injected front shin plate, these boots offer excellent impact resistance, safeguarding the lower leg during intense rides. Thermoplastic reinforcements along with anatomically shaped heel and toe areas ensure superior support and stability, helping young riders maintain control on the track. Microfiber inserts increase flexibility, allowing for natural movement, while stamped suede on the inner side enhances grip and heat protection to keep feet secure and comfortable during demanding sessions. The four-buckle closure system delivers a secure, precise fit, reducing slippage and improving overall safety. Inside, soft ankle foam cushions the foot for added comfort, and a breathable mesh lining helps regulate temperature and moisture. An interchangeable insole maintains dryness and supports foot health, making these boots suitable for extended use. Built using Gaerne’s renowned Goodyear Welted construction since 1962, the SGJ boots are resolable and crafted for long-lasting performance, ensuring they withstand the rigors of youth motocross. These boots are CE certified in accordance with EN 13634:2017 and EU Regulation 2016/425, confirming their compliance with safety standards for powersports gear.
Features:
- CE certified in accordance with EN 13634:2017 and Regulation EU 2016/425
- PU-injected front shin plate for impact protection
- Thermoplastic reinforcements for enhanced support
- Anatomically shaped heel and toe areas for superior fit and stability
- Microfiber inserts for increased flexibility
- Stamped suede on inner side for grip and heat protection
- Four-buckle closure system for a secure fit
- Soft ankle foam for added comfort
- Breathable mesh lining to regulate temperature
- Interchangeable insole for dry and comfortable feet
- Goodyear Welted construction for durability and resolability
