Men's football boots Joma Gol FG black/lemon fluor (GOLW2401FG)

Men's football boots Joma Gol FG black/lemon fluor are an excellent choice for players looking for footwear designed for play on natural grass. Made from high-quality synthetic material, they ensure durability and comfort during intense matches. The laces allow for precise adjustment, which is crucial for maintaining stability on the pitch.

EXO COUNTER technology for stability

Men's football boots Joma Gol FG black/lemon fluor are equipped with innovative EXO COUNTER technology. This solution increases foot stability during dynamic maneuvers. As a result, players can feel confident even with sudden changes in direction. The technology also provides additional support for the heel, which is important in terms of long-term use.

ONE PIECE for comfort

The men's football boots Joma Gol FG black/lemon fluor feature a ONE PIECE construction. This eliminates seams, minimising the risk of abrasions and increasing wearing comfort. This solution allows the shoes to perfectly adapt to the shape of the foot, offering exceptional sensations during every game. The integration of different elements of the upper into one whole contributes to better ball control and freedom of movement.

SYSTEM SOCK for better fitting

Men's football boots Joma Gol FG black/lemon fluor also have the SYSTEM SOCK. This solution in the form of an internal sock ensures a perfect fit to the foot. As a result, the user can enjoy maximum comfort, and the foot stays in place throughout the match. The internal sock also supports proper ventilation, which increases comfort during intense training sessions.

Men's football boots Joma Gol FG - features:

• High-quality synthetic material of the upper ensuring durability;
• Plastic outsole guaranteeing grip on natural grass;
• Laces allowing for precise adjustment;
• EXO COUNTER technology increasing foot stability;
• ONE PIECE solution eliminating seams for greater comfort;
• SYSTEM SOCK ensuring a perfect fit to the foot;
• Designed for play on natural grass surfaces.