Head Gravity Motion 2024 Padel Racket

Head Gravity Motion 2024 is the padel racket for those who want maneuverability and control. The round head with the weight balance distributed down towards the shaft, in combination with the low weight of just 355 grams, ensures an extremely fast racket.

The surface is made of fiberglass and the core of Head's Control Foam to give you easy access to create power and comfort, as well as helping to reduce vibrations, especially on those dirty hits.

In the latest 2024 edition, the Head Motion racket has been upgraded with a slightly lighter frame construction, a rough surface finish and Auxetic 2.0 technology for even better feel of the ball.

If you want a little more power and stability from the racket, you can consider Head Gravity Pro, which is about 10 grams heavier and a mix of carbon and fiberglass surface. This makes the Pro version harder and more powerful, while the Motion is faster and more comfortable.

Weight: 355 grams

Technologies of the Head Gravity Motion 2024

Control Foam

The foam in the core of the racket is Head's 'Control Foam', which ensures an enhanced sweetspot and feeling in your ball strikes.

Spin Surface

Get more spin in your shots thanks to the rough coating on the racket surface, which provides extra grip on the ball's felt.

Smart Bridge

The bridge of the racket is specifically designed to support the characteristics of the racket and give you maximum benefit in every stroke.

Soft Butt Cap

This technology involves shock-absorbing rubber implemented at the bottom of the shaft. It reduces vibration up through the grip and spares your arm and elbow.

Tailored Frame

The frame construction is produced from small tube sections which are individually designed to give the racket the best possible performance.

Auxetic 2.0

The racket is made with auxetic materials that expand when stretched and subjected to pressure. This improves contact with the ball at the moment of impact.

Graphene Inside

The frame of the racket is strengthened in specific areas to provide more stability and increased power transfer in the stroke.