Explore the Technical Data

PRECISION ENGINEERING

Anisotropic Geometry: Physics at the Point of Impact

The differentiated cross-section of 2Line, 2.4 mm wide and approximately 0.7 mm thick, is designed to promote snapback and ball rotation. In our comparative tests, vibrations toward the racket handle were reduced by 50% after 20.9 ms, compared with 29.5 ms for round tennis strings.

STRING GEOMETRY

Round Strings vs. Differentiated Surfaces

Designed for Snapback and Ball Rotation

The anisotropic cross-section of 2Line features differentiated surfaces designed to promote string movement and snapback, contributing to ball rotation.

Control and Ball Rotation

The 2.4 mm width provides a broad impact surface, promoting excellent ball control and precision in shot placement. The geometry of 2Line is designed to promote ball rotation, enhancing topspin, slice and drop shots.

2Line ENGINEERING

From Geometry to Performance

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Anisotropic Geometry

Snapback & Ball Rotation

Resistance & Tension Stability

2Line features an anisotropic cross-section with differentiated surfaces. One surface is slightly concave, while the opposite one is predominantly flat.

The geometry of 2Line is designed to promote string movement and snapback, contributing to ball rotation and enhancing topspin, slice and drop shots.

2Line features very low elongation, maintains stringing tension over time and has a breaking load of over 70 kg.

View Vibration Tests

Vibration Reduction: Measured Data, Not Assumptions

Explore the results of our comparative tests on vibration reduction toward the racket handle: 20.9 ms with 2Line compared with 29.5 ms with round tennis strings.