Please note this stock is ex display or customer return and will have some minor faults which can include, but is not limited to; marks, scratches, slight fading, glue marks or missing laces and may not be in the original box.


Take your game to the next level with the Puma Future 1.4 FG/AG Men's Red Football Boots, a dynamic and high-performance choice for the modern footballer. Engineered to provide superior agility and precision on both firm ground (FG) and artificial ground (AG) surfaces, these boots will help you leave your mark on the field.


Key Features:


Striking Red Design: The Puma Future 1.4 Men's Football Boots feature a bold red colorway that demands attention and reflects your passion for the game. The sleek design exudes confidence and style as you dominate the pitch.

Versatile FG/AG Soleplate: With a hybrid soleplate designed for firm ground and artificial ground surfaces, these boots offer exceptional traction and stability on various playing fields. You can perform at your best, no matter the pitch conditions.

Secure Lacing System: The boots are equipped with a secure lacing system, ensuring a snug and personalized fit that enhances responsiveness and control during quick movements and precise plays.

Comfortable Upper: Crafted with premium materials, the upper of these boots provides a comfortable and soft feel around your foot. The material enhances ball touch and control, giving you an edge in passing, shooting, and dribbling.

Adaptive NETFIT Technology: Puma's innovative NETFIT lacing system allows for customizable lacing patterns, adapting to your foot shape and playing style for a personalized fit and enhanced support.

Lightweight and Agile: These boots are designed with a focus on lightweight performance, allowing you to move with agility and speed on the field.

Sock-Like Collar: The boots feature a sock-like collar that wraps around your ankle, providing a secure and supportive fit. This design reduces the risk of unnecessary foot movements inside the boot and helps prevent potential injuries.