Asics Gel Solution Speed Ff 2 Tuna Blue / Sun Peach Shoes

SHOE ASICS GEL SOLUTION SPEED FF 2 ALL COURT BLUE / ORANGE

The new Asics Solution Speed FF 2 have a more aggressive, colorful look. They offer maximum speed and improved stability to take control of the court.

Asics has made this cult tennis shoe even more flexible and stable. These men's shoes fit perfectly on the foot for optimum comfort in play. The upper has been redesigned for greater stability thanks to the addition of polyurethane (PU). The Solution Speed FF 2 tennis shoe now incorporates Dynawrap technology for greater stability on lateral movements.

The sole features the brand's famous Gel technology Asics, which absorbs shock and provides incomparable cushioning. This is further enhanced by the lightweight FlyteFoam midsole for maximum comfort and dynamism.

As for the outsole, it has been designed to offer maximum stability and grip, with its composition in resistant Ahar+ rubber offering excellent grip and sturdiness. This grip is enhanced by the presence of Twistruss technology and the new AsicsGrip pattern for improved traction.

Lightweight and dynamic, the Solution Speed FF 2 is ideal for players with aggressive movements who want a high-performance shoe that matches their footwork!

THE ASICS SOLUTION SPEED FF 2 ALL COURT BLUE AND ORANGE SHOE IN DETAIL

• Gel module Asics module at the rear ensures incredible comfort and cushioning.
• Dynawrap technology provides greater stability and personalized support thanks to elastic links on the top of the foot.
• FlyteFoam midsole for unique lightweight cushioning.
• Rearfoot Gel technology enhances shock absorption and responsiveness on every step.
• Twisstruss improves stability on lateral movements.
• Asicsgrips provide better traction on the court.
• Redesigned outsole for greater traction in the heel, forefoot and toe.
• Ahar+ rubber for enhanced durability.
• Reference Asics: 1041A390-960
• Manufacturer colors: Tuna Blue / Sun Peach

FEATURES

• BRAND	Asics
  COULEURS	Blue, Orange
  GENDER	Men
  MODELS	All surface
  COMPOSITIONS	Synthetic