A new generation's tacky rubber with a high balance
Pimple IN, Black Sponge
A new concept tacky rubber that can be used for both forehand and backhand. It's especially powerful when attacking a mid- range top spin play with a strong impact from mid-range be- cause it has a soft sense despite its high hardness.
SPIN 9.0 SPEED 9.0 PRECISION 9.5
COLOR Red / Black
MADE IN Germany
A new generation of technologies armed with a new AI paradigm. There are three technologies for the development of ELASTO FUTURA. CYCLOID pre- sented a digital methodology for development, DYNAMIC FRICTION implemented a new table tennis dynamics, and CARBO SPONGE synchronized energy better ac- cording to theory. The spin ratio set per certain reference distance created a balance between speed and control. The combination of H/W and S/W has enabled scientific development through the new FUTURA platform.
A new development platform by DEEP LEARNING. CYCLOID is an innovative methodology that can develop rubber in a DEEP LEARNING way. With this methodology, we can develop rubber products that are much more likely to succeed in offense and defense. Not only did the trajectory of the ball increase so much that the probability of getting caught in the net decreased, but it also changed the error of the ball going out of the end line to falling toward the end line. The actual speed increased with the new standard of spin/distance ratio, and the spin energy, which is the core of table tennis, was expanded energetically.
A new theory of friction suggested by snow tire technology. Friction is a condition necessary to use a strong spin when the ball and rubber come into contact with each other. In the existing rubber, the optimal spin was possible only by accurate and powerful pitches because the rubber and table tennis ball friction were created through a powerful swing. Rubber with dy- namic diction technology has a greater tolerance for these friction conditions and can use more aggressive spin with accumulated energy and power even in contact with unspecified hits.