Adidas Adipower 3.2 Padel Racket
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This is the latest version of the top power racket in the Adipower series! With the Adipower 3.2, you'll have plenty of opportunities to put your opponent under maximum pressure with powerful attacking shots. The racket's diamond-shaped head and weight distribution at the top provide you with plenty of power. As the most powerful racket in the Adipower series, it is also built with high memory EVA rubber, which is the most power-generating foam of Adidas' 3 types.
Like its predecessor, the Adipower 3.1, the 3.2 is rigid in construction, ensuring an extremely stable racket with which the technically sound attacking player can create great precision and speed.
Weight: 360-375 grams
Technologies Applied in Adidas Adipower 3.2
EVA High Memory
The racket's core is made of high memory EVA rubber providing you with extra power due to its greater memory. This is the highest density of the three types of foam that Adidas works with in their top rackets. Adidas' rackets with this type of rubber is marked with a red cap.
Carbon Aluminized 15K
Adidas operates with 6 different types of fibres, each type having different properties that influence the power and control ratio of the racket. This racket is made with "Carbon Aluminized 15K", which is Adidas' 3rd least flexible fiber out of 6. This provides a greater than average transfer of energy in the stroke and therefore more power.
This technology characterises the Adipower series, where the heart of the racket is reinforced, so you get maximum transfer of energy in each shot.
Power Embossed Ridge
The outside of the frame is reinforced with carbon nerves for greater stiffness. The aim is to give the aggressive player more power.
In the Adipower series, Adidas uses their Spin Blade Mold technology, which is a surface structure that enables you to put more spin into the ball.
Smart Holes Curve
A strategic placement of the racket's hole pattern that optimizes sweetspot and grip of the ball.
The entire racket head has been reinforced to make it even more durable and resistant to the stress and torsion that the material is exposed to.