Heptagonally shaped co-polyester string for spin and power
The heptagonal, seven-sided profile supports enhanced ball bite and high spin potential. At the same time, the responsive co-polyester material provides powerful acceleration and direct feedback at impact.
Key benefits
- Heptagonal, seven-sided profile
- Responsive co-polyester
- Enhanced ball bite
- High spin potential
- Powerful acceleration
- Good control and feedback
- Excellent tension maintenance
- Good durability
- Choice of three colours
- Available in two gauges
Heptagonal profile for enhanced ball bite
The seven-sided profile improves the string’s grip on the ball. This supports spin generation and makes Moto particularly suitable for players who use high racket-head speed and a spin-oriented playing style.
Power with direct feedback
The co-polyester material combines dynamic acceleration with a direct response. The string provides clear feedback and supports controlled, powerful play.
Tension stability and durability
Good tension maintenance helps preserve consistent playing characteristics over time. The monofilament construction also provides good durability for regular use.
Three colours to choose from
The string is available in black, lime and pink. This allows players to choose the string not only according to its playing characteristics, but also to match the colour of their racket.
Two gauges
The string is available in 1.24 mm and 1.29 mm. This allows players to select the appropriate gauge for their racket, playing style and personal requirements.
String set or 200 m reel
The 12.2 m string set contains enough string for one tennis racket. The 200 m reel is particularly suitable for players, clubs and stringers who regularly restring several rackets.
Technical Data
- Product type: Tennis string
- String type: Monofilament
- Material: Co-polyester
- Profile: Heptagonal, seven-sided
- Colours: Black, lime and pink
- Gauges: 1.24 mm / 1.29 mm
- Lengths: 12.2 m string set or 200 m reel
- Properties: Spin, power, ball bite, control, feedback, tension stability and durability
