SKU: 105119-P
PRINCE MACH V2
Improve your stability and inertia with the new Prince Mach V2 2023, a padel racket with Triple Threat technology, an EVA Soft rubber core and carbon faces.
€299.99
Brand
Prince
Colour
Unknow
Color
Black, Red
Product
Padel Rackets
Balance
Medium
Core
Eva
Face
Carbon
Format
Normal
Hardness
Medium
Level
Advanced / Competition
Finishing
3d Spin
Shape
Diamond
Surface
Rough
Game Type
Balance
User
Man
The Prince Mach V2, for maximum power and quality
Fresh out of the new 2023 collection by the Prince brand, the MACH V2 model arrives at Pādel Nuestro, a high-performance racket that belongs to the Triple Threat line, a generation of high-end padel rackets.
This racket has been made for advanced or professional adult players who prefer a type of power game and are looking for a comfortable and manageable racket that allows for intense shots.
A diamond-shaped mould has been used, and the racket has an intermediate balance. This format is ideal for aggressive plays since, in offensive shots such as the smash, the player will achieve magnificent power thanks to the leverage effect that occurs due to the reduced and elevated contact point.
The design is quite peculiar, striking and exclusive since the colours of choice are red and blue, which stand out against the black of the faces, creating harmony and an attractive aesthetic. It weighs between 360 and 370 grams.
All in one
The core of the Mach V2 is made of a soft material called EVA Soft rubber. This type of rubber is very resistant, offers great spin and offers a harder hitting sensation.
The faces of this Prince model feature the Shot Spin system, a 3D relief that increases the roughness of the surface and ensures increased spin.
For the frame, as for the faces, Carbon Tech has been used, a very resistant carbon that favours great control and power, as well as very good durability.
This racket also features Triple Threat technology, made up of three stabilisers that, in addition to naming the Prince range, notably improves the racket’s stability, reinforces its structure and increases inertia.