Xamsa PXT Incognito eXposed Squash Racquet - Unstrung

Description

The mold is exactly the same as our PXT 110/115, but the construction is not.
The racquet is made of 100% Toray Japan carbon fiber using prepreg technology.
Prepreg is a composite material in which a reinforcement fiber is pre-impregnated with resin in a specific ratio. This allows for direct laying into a mold without having to add resin. Every racquet has the same ratio of resin with no excess or dry spots. Uniform thickness allows for all racquets to be almost identical, with the same weight and balance as per advertised specifications.
What makes PXT Incognito unique is that it’s a consistently excellent racquet with consistent weight and balance for every racquet, not to mention a large sweet spot, effortless power and a sleek design.
When doing research we could not find any other squash racquet on the market made of 100% Japanese carbon fiber using prepreg technology and we are still not sure as to why.
Perhaps the racquet doesn’t need to be made out of such premium materials and it’s hard to justify the higher manufacturing cost which is almost twice as much as for standard racquets?
To answer this question, we invite you to give the new PXT Incognito a try.

Features

• "eXposed" version of PXT Incognito racquet.
• Exceptionally maneuverable.
• Bumper & grommet set replaced with eyelets making the racquet ~11 g lighter, ~13 mm more headlight and making it easier to return tight balls along the wall.
• Quality consistency. All racquets are consistently excellent with the same weight and balance for the whole batch thanks to prepreg technology.

Specification

• Construction: 100% Toray Japan Carbon Fiber, Prepreg technology
• Net Weight: 105 g +/- 2 g
• Strung Weight: 140 g +/- 2 g (when strung with Xamsa PM-18)
• Surface area: 500 cm2
• Length: 686 mm
• Balance (strung): 360 mm +/- 3 mm
• String pattern: 14x18. Comes unstrung due to higher manufacturing costs and to allow players to take advantage of high quality custom stringing options

Power	Control	Durability