MSRP 69,90 €
THE FIRST DUAL TENSION RUBBER WITH X-FACTOR
We developed Jekyll & Hyde C55.0. This is the first dual tension rubber with X-Factor that doesn't require booster and is already built-in. This was made only possible by Artificial intelligence. Jekyll & Hyde C55.0 has a thicker top sheet, shorter pimples, and a more compact pimple arrangement.
The top sheet is coated with optimized stickiness and minimized gap and optimized integration between the top sheet and sponge allow for a clearer, more intuitive feel when hitting the ball.
Inside the Epsilon sponge, our new sponge engineering technology, the bubbles are smaller and more uniformly distributed. Low pimple geometry increases the energy transfer from epsilon sponge, so even when hitting far away epsilon sponge can power more directly deliver to the ball.
- Secret to Hugo Calderano's Dominant Performance :
Hugo Calderano's choice for both forehand and backhand, Jekyll & Hyde C55.0 is the result of years of experimentation aided by AI, leading to the development of the Epsilon Sponge.
- X-FACTOR by AI :
Jekyll & Hyde C55.0 is the first dual tension rubber featuring the revolutionary X-Factor technology. This innovative rubber eliminated the need for external boosters, offering built-in dual tension for superior performance.
- More Control Near the Net :
The densely arranged pimples reduce empty spaces within the top sheet, allowing players to feel the impact of the Epsilon Sponge more intuitively. The optimized structure of the top sheet interlocked with the sponge enables more accurate control at close range to the net.
- More Power from Far-End :
The newly developed Epsilon Sponge contains small bubbles, structurally arranged to create synergy with the short pimples to minimize energy loss. This special combination produces powerful shots even from far away from the table, which was never possible with technologies of the past.
Jekyll & Hyde C55.0 – Reach the Level you've always dreamed of.
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Color: Red / Black
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Sponge thickness: 2.1
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Sponge hardness: 55.0°