New Balance Tekela V3+ Pro SG men's football boots orange MST1SD35.D.080 (MST1SD35)

Men’s New Balance Tekela V3+ Pro SG football boots impulse/vibrant orange are an excellent choice for players competing on wet grass surfaces. Made from synthetic upper material, they offer unparalleled fit and comfort during play. The boots feature an integrated sock, providing additional support and foot stability, allowing full focus on the game.

HypoKnit Technology

The New Balance Tekela V3+ Pro SG impulse/vibrant orange football boots are equipped with HypoKnit technology, which delivers flexibility and support in key areas. This solution ensures the boots perfectly conform to the foot, enhancing ball control and enabling precise manoeuvres on the pitch. This technology also contributes to the boots’ durability, making them an ideal choice for players who train intensively.

TPU Sole

The outsole made from high-quality TPU provides excellent grip on wet grass surfaces. The men’s New Balance Tekela V3+ Pro SG impulse/vibrant orange football boots offer stability and support, which is crucial during dynamic movements on the pitch. The TPU material is also abrasion-resistant, contributing to the long lifespan of the footwear.

Slip-on Closure

The men’s New Balance Tekela V3+ Pro SG impulse/vibrant orange football boots feature a practical slip-on closure, making them easy to put on and take off quickly. This solution saves players time before matches or training sessions, while ensuring a secure fit without the need for adjustment. The slip-on closure combined with the flexible sock construction guarantees comfort and support for the foot.

Men’s New Balance Tekela V3+ Pro SG football boots – features:

• Made from durable synthetic upper material;
• Integrated sock for better fit and foot support;
• HypoKnit technology offering flexibility and support in strategic areas;
• TPU outsole providing excellent grip on wet grass surfaces;
• Slip-on closure for quick and easy on and off;
• Designed specifically for play on wet grass surfaces.