|Sort of player
Attack and defence
|Sort of play
Control and power
Carbon and Aluminium
3k Carbon Fibre
ULTRA SPEED SOFT
From 350 gr to 385 gr
|Rough area on racquet's plane
StarVie Dronos Galaxy Speed 2.0
- Dronos Galaxy Speed 2.0 is a tear-shape racket that stands out because of its ball output and comfort.
- This model comes with the new Ultra Speed Soft rubber. This is an ultra soft density rubber that provides great comfort. It is recommended for those players who look for more control and ball speed.
- Racket’s sweet spot is located on the upper part of the head.
- The rough area situated on its surface (Full Plane Effect) helps to execute more precise shots. StarVie works this feature directly on the mould, making the surface slightly harder and more durable.
- Star Balance is a piece located in the throat of the racket that distributes the weight all over the racket.
- Includes a gym sack.
¥35,173 VAT Excl.Compare
Dronos Galaxy technologies and features:
- 3K Carbon fibre: racket made 100% by carbon fibre on its surface as well as its frame. This material provides durability and strength to the racket.
- Aluminium tubular system: aluminium reinforcement applied in the throat that provides more rigidity in this area, offering more firmness in the strokes. Additionally, it offers an excellent resistance to material’s stress.
- ULTRA SOFT SPEED is the nomenclature that points out EVA rubber’s density. In this case it is a super soft rubber density that provides a very good feeling and comfort as well as ball output.
- Full plane effect: rough area on the racket’s surface that increases precision, control and ball spin. StarVie is the only brand that it works this rough area directly from the mould.
- Star Balance Core: it is a piece located in the throat of the racket that provides a better balance, makes the racket more aerodynamic and improves weight’s distribution; therefore, it increases its ease to use.
- Five Sides Tech: 5 sides design on the frame that provides more rigidity to the structure and a better aerodynamics to the racket.