PUMA FUTURE 9 ULTIMATE Firm Ground Football Boots

The FUTURE is yours to create.

Creativity can’t be coached—and the PUMA FUTURE 9 ULTIMATE FG Football Boots are built for players who make the difference. Designed for elite-level play on firm natural surfaces across Aotearoa New Zealand, these boots deliver a locked-in fit, exceptional ball control, and complete freedom of movement for true playmakers.

The reengineered FUZIONFIT upper wraps your foot like a second skin, combining a soft lining with a multi-textured engineered knit that adapts naturally to your movement. Integrated 3D Fuzionpods cushion the ball while maintaining flexibility, while PWRTAPE at the midfoot adds stability without restricting agility. Up top, targeted 3D grip zones with GripControl Pro enhance control when dribbling, passing, and finishing at speed.

Underfoot, the FLEXGILITY outsole is built for unpredictable movement. Its circular stud layout and dual-density construction enable explosive 360-degree agility, helping you change direction quickly and keep defenders guessing. A lightweight NanoGrip sockliner adds internal traction, keeping your foot secure during sharp cuts and high-intensity play.

Made with at least 20% recycled materials, the FUTURE 9 ULTIMATE blends elite performance with a more sustainable design—crafted for players who don’t just play the game, but shape it.

Key Features & Benefits

• FUZIONFIT upper for a snug, adaptive second-skin feel

• 3D Fuzionpods and PWRTAPE support for stability without restricting movement

• GripControl Pro with 3D grip zones for superior touch and ball control

• FLEXGILITY FG outsole for agile, 360-degree movement on firm ground

• NanoGrip sockliner for added in-shoe traction and lockdown

Product Details

• Regular to wide fit

• Lace closure

• Rounded toe

• Flat heel

• Lightweight removable sockliner with NanoGrip technology

• Firm ground (FG) – suitable for natural grass

• Circular stud layout with dual-density FLEXGILITY outsole

• Upper made with at least 20% recycled materials