Description
Reach extreme speed with the Yonex Ad-Accel All Court shoes. Designed to allow you to move as quickly as possible on the court in a secure and dynamic way. This pair of shoes is your new asset to save maximum time on your next shot. Never be caught out on the court again, whether by your opponent’s balls or by the impeccable style of this model in white and black.
The Yonex Ad-Accel All Court tennis shoe is aimed at advanced players focusing on their speed of movement.
The upper, made from Durable Skin Light, offers a combination of lightness, support, and durability.
The midsole incorporates Power Cushion+ technology combined with Hyper msLite to provide you with maximum comfort and a fantastic energy return to propel you towards the next ball.
The outsole, in addition to numerous reinforcements, features the new Accel Booster technology. This is integrated in the form of a chassis offering a triple action: foot stabilisation, shoe stiffening to enhance sliding and direction changes, and stride revitalisation thanks to carbon plates that redistribute the stored energy.
Product information
- Shoe type:Lightness & dynamism
- Non-marking sole: True
- Insole:All court outsole
- Color:White and Black
- Ref.:SHTAAMAEX-141
- Weight:380 g
Technologies
- Power Cushion+ : Elastic resin integrated into Power Cushion technology for 25% more absorption and 12% more energy return
- Accel Booster : Chassis stabilizing the foot and improving responsiveness during changes of direction and starts.
- Durable Skin Light : A combination of lightweight and durable materials ensures a long-lasting and stable upper.
- Hyper msLite : Lightweight midsole improves cushioning while reducing the overall weight of the shoe.
- Power Graphite : Graphite plate or sheet in the sole for increased stability and improved responsiveness.
- Toe Assist Shape : Shape leaving space for the big toe to reduce friction and ensure optimal midfoot stability.
- Round Sole : The rounded structure of the sole promotes fluidity of movement and optimal energy transfer.