New Balance men's football boots Furon V7 Pro SG orange SF1SDF7.D.105 (SF1SDF7)

Men’s football boots New Balance Furon v7 Pro SG neon dragonfly are advanced sports footwear, perfect for playing on wet grass. Thanks to the use of synthetic material in the upper, the boots offer excellent lightness and flexibility, making it easier to move freely on the pitch. Weighing only 198 grams, they are almost unnoticeable on the feet, allowing full concentration on the game.

HypoKnit – optimal fit

The men’s football boots New Balance Furon v7 Pro SG neon dragonfly are equipped with HypoKnit technology, which provides a snug fit and support during dynamic movements. This innovative technology allows for better ball control and increases comfort during use. Thanks to HypoKnit, the boots fit the foot perfectly, minimising the risk of chafing and enhancing movement precision.

Reliable grip on wet surfaces

The men’s football boots New Balance Furon v7 Pro SG neon dragonfly feature an outer sole made of TPU, which guarantees excellent grip on wet grass. Specially designed studs enable secure movement on slippery surfaces, which is crucial for maintaining balance and effective play. The TPU sole is not only durable but also flexible, further enhancing comfort during use.

Precise lacing for stability

The men’s football boots New Balance Furon v7 Pro SG neon dragonfly have a traditional lacing system that allows for precise adjustment of the footwear to the foot. Strong lacing prevents the feet from sliding inside the boots, which is essential during intense play. This ensures every player can enjoy the stability and comfort necessary to achieve the best results on the pitch.

Men’s football boots New Balance Furon v7 Pro SG – features:

• Advanced sports footwear ideal for wet grass;
• Upper made of synthetic material for lightness and flexibility;
• Lightweight design weighing only 198 grams;
• HypoKnit technology for optimal fit and foot support;
• TPU outer sole ensuring excellent grip;
• Specially designed studs for secure movement on wet surfaces;
• Traditional lacing system for precise fit and stability.