andro Synteliac VCI blade - gives your passive game extra security.
Time - or reaction time - to be precise, is the decisive factor for winning a point. The clearer and more unambiguous the feedback from the ball contact point, the faster your reaction can be. And this is exactly where the advantages of the vibration-suppressing synthetic fibers of the new Synteliac series lie. You immediately receive feedback on whether you hit the ball correctly. Ergo, you are ready faster for the next shot.
The synthetic fibers ZYREEMA and VOLTEMA are among the most modern of their kind. ZYREEMA gives the blade a hard, crystal-clear feel and high speed reserves. VOLTEMA, on the other hand, ensures moderate blade hardness, unmistakable ball feel, and a great balance between speed and control. In combination with carbon, they set new standards in the SYNTELIAC series.
The new andro SYNTELIAC technology intelligently combines the properties of synthetic fibers with the technical potential of state-of-the-art veneer processing. The special manufacturing process of the veneer-synthetic composite material takes place at lower temperatures than usual to fully preserve the properties of the wood veneers. The result: a new playing experience beyond previous carbon or synthetic blades. Optimize your reaction time through crystal-clear reaction feedback and efficient vibration suppression, and experience the sensory, almost intuitive ball feel with a maximum large sweet spot.
Synteliac VCI
The synthetic fiber intermediate layer of the Synteliac VCI is located directly on the core veneer. This increases the influence of the wood veneers on the ball contact point. This makes the impact a little softer and even more sensitive.
Due to the perceived longer ball contact time compared to the VCO, your shots gain in precision and quality without losing their dangerousness.
Speed and ball control are in balance. No feeling of oversteering.
Players who build their offensive system on variable topspins and precise shots will greatly enjoy the Synteliac VCI.