Drop Shot MUSK 1.0 BT 2024 Beach Tennis Paddle
Drop Shot Sports MUSK 1.0 BT 2024 Beach Tennis Racket
Characteristics of the Drop Shot MUSK 1.0 BT 2024 Beach Tennis Racket/Paddle
- Product type: Beach Tennis Paddle/Racket
- Year: 2024
- Level: Advanced / Professional
- Balance: Mid
- Shape: Standard-Oval
- Frame: Carbon
- Core: EVA Soft Low Density
- Face: Carbon 3K
- Face Texture: Spin Coating
- Holes: 36
- Thickness/Profile: 22mm
- Weight: 320-340 grams
- Length: 50cm
- Includes Cover: Yes
Technologies of the Drop Shot MUSK 1.0 BT 2024 Beach Tennis Racket/Paddle
-
EVA Soft: It is a rubber of lower hardness and elasticity, which provides extra power in players who require it, providing greater playability.
-
Carbon 3000: Drop Shot uses Plain Carbon to make its tubulars combining it with Hotmelt technology and 3K carbon fabric, for excellent playability and extra strength.
-
Cork Rebound Layer: A 1.5 mm cork sheet made with exclusive resins and high-tech materials. For better flexibility, increasing power, great reduction of vibrations and greater resistance. Drop Shot has been applying this technology exclusively for years with great success.
-
Spin Coating: Coverage of acrylic particles glued on the surface of the racket, to give the ball a greater effect in hits where maximum effect should be given, especially designed for aggressive players in their game.
-
Twin Tublar System: All our carbon frame blades are made with double tubular carbon fabrics preimpregnated with resins of maximum durability, giving homogeneity in all areas of the face and providing greater rigidity, so no energy is lost from the blow due to frame distortion.
-
Silicone Grip Channel: A channel in the handle of the blade, where a piece of silicone with a 2 mm coating of super absorbent cork is inserted, to reduce vibrations right in the area where the player takes the blade. The Drop Shot shovels, with this technology, allow you to enjoy a safer and more enjoyable game.
-
Power Heart Beam: Technology that reduces vibrations for better control and reduction of injuries.