Overlord MMA Sparring Gloves are professional training gloves designed for MMA sparring and intensive workouts. Made of high-quality genuine cowhide leather, they offer excellent durability, resistance to wear, and long-lasting performance even during demanding sessions. The ergonomic shape ensures a natural fit to the hand, while the integrated thumb design helps reduce the risk of injury and improves overall safety during training.
The glove body is filled with multi-layer foam of varying density, combining Lahorey Sheet and EVA Foam for effective shock absorption and impact dispersion. A reinforced profiled panel with a thickness of up to 50 mm provides reliable protection against painful impacts. Additional EVA reinforcement in the wrist area stabilizes the hand and supports the wrist during punches and blocking.
For even greater protection and comfort, the gloves feature a hard, reinforced cuff and a long strap with a strong triple hook & loop fastening system, ensuring a secure and stable fit. The open inner hand design allows freedom of movement, while the articulated thumb protection preserves mobility without compromising safety.
The inside is finished with a high-quality breathable fabric that supports airflow, helps wick away moisture, and features antibacterial and anti-allergic properties. This makes the gloves more comfortable to use during long and intense training sessions.
Overlord MMA Sparring Gloves are handmade and certified according to CE requirements in line with PN-EN 13277-1:2002 and PN-EN 13277-7:2010 standards.
Product details:
Color: White
Size: L
Recommended use:
Ideal for athletes over 75 kg. For users under 75 kg, sizes S or M are usually recommended depending on hand fit and training preferences.
Important notes:
MMA gloves do not provide complete protection against injuries. To maintain their properties and extend their lifespan, do not store them in a sealed bag immediately after training and always use hand wraps. Any contamination, improper use, or unauthorized modifications may reduce their protective performance.