🚚 Free Worldwide Shipping on All Orders!Shop Now
HomeStore

Adidas F50 Elite FG

Product image 1

Adidas F50 Elite FG

Adidas F50 Elite FG Soccer Cleats - Celestial Victory Pack

The Adidas F50 Elite FG soccer cleats, part of the Celestial Victory Pack, are designed for top-level performance on firm natural grass surfaces. Trusted by renowned players like Mohamed Salah and Son Heung-min, these cleats combine innovative technology with sleek design.

  • Regular fit with lace closure for a secure feel
  • Fibertouch upper featuring Sprintweb 3D texture for enhanced control
  • Adidas PRIMEKNIT collar ensuring comfort and support
  • TPU-reinforced tongue for durability
  • Sprintframe 360 outsole optimized for high-speed stability

Adidas F50 Elite FG Soccer Cleats - Celestial Victory Pack

The Adidas F50 Elite FG soccer cleats, part of the Celestial Victory Pack, are designed for top-level performance on firm natural grass surfaces. Trusted by renowned players like Mohamed Salah and Son Heung-min, these cleats combine innovative technology with sleek design.

  • Regular fit with lace closure for a secure feel
  • Fibertouch upper featuring Sprintweb 3D texture for enhanced control
  • Adidas PRIMEKNIT collar ensuring comfort and support
  • TPU-reinforced tongue for durability
  • Sprintframe 360 outsole optimized for high-speed stability
Select Size
From $99.00

Original: $330.00

-70%
Adidas F50 Elite FG

$330.00

$99.00

Description

Adidas F50 Elite FG Soccer Cleats - Celestial Victory Pack

The Adidas F50 Elite FG soccer cleats, part of the Celestial Victory Pack, are designed for top-level performance on firm natural grass surfaces. Trusted by renowned players like Mohamed Salah and Son Heung-min, these cleats combine innovative technology with sleek design.

  • Regular fit with lace closure for a secure feel
  • Fibertouch upper featuring Sprintweb 3D texture for enhanced control
  • Adidas PRIMEKNIT collar ensuring comfort and support
  • TPU-reinforced tongue for durability
  • Sprintframe 360 outsole optimized for high-speed stability