Preferred by some of today’s most popular professional tennis players, Dunlop Tennis continues to raise the bar in innovation through their wide range of tennis products. Dunlop Biomimetic frames are constructed with 100% premium Aerogel enhanced graphite and features Dunlop's new Biomimetic technologies: Aeroskin to reduce aerodynamic drag, making the racket faster through the air; HM6 Carbon to enhance racquet feel, and Gecko-Tac grip for ultimate control in all conditions. Used by Fernando Verdasco, Nikolay Davydenko and other ATP Tour players, the Biomimetic 200, 300, and 300 Tour are player-oriented. Aerogel 4D frames use four directional braided material is used at key points on the frame to significantly increase stability. 4D braiding at 5 o’clock and 7 o'clock to minimize frame torsion and increase control, while 4D braiding at 3 o’clock and 9 o'c
20mm beam with the control of a 95 sq. inch head & 18x20 pattern. 100% Aerogel enhanced graphite and new Biomimetic technologies: Aeroskin to reduce aerodynamic drag, HM6 Carbon to enhance racquet feel, and Gecko-Tac grip. 95 sq. in., 11.9 oz., 324 swingweight.
Slightly heavier option in their player oriented "400" 'tweener racquets with a striking new black chrome and green cosmetic. Best suited for an intermediate player with a moderate to fast swing. 100 sq. in., 11.6 oz., 308 swingweight
Limited edition racquet for advanced players who require the utmost in control and maneuverability from a 90 sq. in. head size. Ideal for players with a full swing to attack the ball while maintaining accuracy. 11.7 oz., 320 swingweight
Carries on the tradition of a player-oriented frame built to the specifications of the legendary John McEnroe. The Biomimetic Max 200G offers outstanding feel and control. 98 sq. in. 11.7 oz., 315 swingweight
Geared to the advanced player with a fast swing, the Dunlop Biomimetic F2.0 Tour offers more heft than the Dunlop Biomimetic F3.0 Tour, weighing in at 12.0 ounces strung. 318 swingweight for added depth on your shots and dense 18x20 string pattern for added stringbed stiffness and control.