GEWO Catalog 2024/25

NEW:

STANDARD

4 mm

4 mm

2,0 mm

2,3 mm

2,3mm

2,0 mm

DETT-Technologie In Direct Energy Transmission Technology (DETT), the sponge cells in the rubber sheet are more compact and additionally subjected to tre mendous tension. This allows for a more direct energy transfer to the ball, significantly increasing speed and catapult values. Counter-topspins become more efficient and easier to play, even if you fail to hit the ball at its highest point. Ball trajectory remains flat enough to make it arrive even faster on the opponent‘s side, giving the opponent even less reaction time.

SIMPLY BETTER. BELIEVE IT. GEWO INVENTUS XT PRO. SHARPEN YOUR GAME!

NEW: FLEX TECH 2.0-Technology THE PIMPLE HEADS IN THE RUBBER ARE ARRANGED AT A GREATER DISTANCE. FOR MORE SPEED. LONGER BALL RETENTION TIME FOR MORE SPIN! The flexible sponge/rubber design FLEX-TECH 2.0 (XT), crafted specifically for GEWO, demonstrates impressive base speed. Rubbers from the XT series, fea turing the H-Touch DGC 40+ 3.0 surface, transform the speed of the opponent‘s topspin, into self-energy and release it catapult-like when leaving the bat. The pimples on the rubber sheet are arranged further apart and are slightly narrower than on EL rubbers. These rubbers primarily focus on speed.

COMPARISON OF FLIGHT CURVES

1

3 2

1 = GEWO Inventus XT Pro 47.5 2 = GEWO Nexxus EL Pro 48 SuperSelect 3 = GEWO Nexxus XT Pro 48

Inventus XT

• You prefer a more direct and compact feel and generate rotation with rather short movements. • You also introduce more passive strokes into your playing system from time to time, but your rubber must not have a maxi mum catapult effect. • Speed and rotation are roughly equally import ant to you. Nexxus SuperSelect

Nexxus

• The speed of your rubber should be generated more from the sponge. • You need a slightly longer contact time at the point of impact for your shots. • You want to be able to play with high speed and rotation and still have sufficient control.

• You need a rubber that enables maximum acceleration through mostly short movements. • Your rubber must always couple reliably and offer optimum energy transfer in every situation. • Speed and rotation should be as high as possible and still be sufficiently controllable.

SPEED & SPIN FOR MORE