Xiom VEGA ASIA China Hybrid

VEGA ASIA H
H-Touch Hybrid with Asian Hardness
Pimple IN, Black Sponge
"STICKY FOR EVERYONE" : VEGA H is a Hybrid rubber suitable for all players at every playing level aspiring for a sticky rubber feel.

Easy clicking impact for topspin. Low and fast rebound from opponent's court proves high INERTIA-enegy ratio-mechanism of H series.
SPIN 7.6 SPEED 8.2 PRECISION 7.8
HARDNESS 50.0
THICKNESS 1.8 / 2.0 / MAX
COLOR Red / Black
APPROVAL 79-079
MADE IN Germany


ELASTO FUTURA
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.

H-TOUCH HYBRID
VEGA Pro H has Chinese sticky style top sheet but it's easier to handle than normal sticky rubbers due to its hybrid charicteristics and optimized thickness of the top sheet with a short pillar pimple structure. The technology used for VEGA Pro H makes it easier to respond to backspins with drive counterattacks, and it allows for controlled and strategic forward play near the table tennis table. The strong spin produced by stickiness and the perfect synchronization of the specially engineered 47.5-degree carbo sponge enables sensuous and controlled play which will overwhelm opponents with a perfect ball trajectory.

CARBO SPONGE
The "Carbo Sponge" applied to the VEGA ASIA H Rubber is manufactured using a special sponge technology unique to XIOM.
It boasts an intense black color due to the incorporation of a new carbon material that differs completely from previous sponges. Upon impact with the ball, the sponge contracts and firmly grasps the ball, generating formidable speed and power from the rubber through innovative energy efficiency.