Adidas Adipower Light 3.3 Padel Racket

The Adidas Adipower Light 3.3 is a lightweight and comfortable control racket for the advanced padel player. It's among the lightest in the Adidas 2024 collection, so it's tailored to play out of defensive situations on the court with great maneuverability and control. The frame of the racket itself is relatively stiff, but both the foam in the core and the surface are made from soft materials to give the racket a high level of comfort.

When compared to last year's version, the Adipower Light 3.2, the 3.3 version is significantly softer than its predecessor.

If you're looking for a lightweight control racket that creates speed easily and is comfortable to play with, the Adidas Adipower Light 3.3 is a solid choice.

Weight: 345-360 grams

Technologies Applied in Adidas Adipower Light 3.3 

EVA Soft Performance

The racket's core is made of low density EVA rubber to give you response and high comfort. This is the softest of the three types of foam that Adidas works with in their top rackets. Adidas' rackets produced with this type of rubber is marked with a black cap.

Alutex

Alutex is the second softest fiber out of 8 types that Adidas uses in the racket surface. With Alutex, you are guaranteed a high level of both output and comfort in the stroke.

Dual eXoskeleton

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.

Spin Blade Mold

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.

Structural Reinforcement

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.