WEIGHT

Its weight (270 g) makes manoeuvring the head of the racket easier. For your information: - Less than 260g: light rackets for improved manoeuvrability. - 260 to 295g: classic rackets (intermediate) for versatility. - 300 to 315g: rackets for players who already have good technique and need more powerful strokes and precision. - 315g: rackets for top-level competitors.

BALANCE

The TR160 Graph's 33 cm balance point makes racket handling very easy. As a result you will find it easier to swing the tennis racket and subsequently hit the ball trajectory you want.

INERTIA

The trade-off between its weight (270g) and its balance (33cm) gives the TR160 Graph the weakest inertia of the entire range. You will therefore have a greater ease of playing.

STIFFNESS

Thanks to its 100% graphite composition, the TR160 Graph has a rigidity (RA) of 68, which is 20% more than a racket made with aluminium. This lets you better reproduce energy while hitting. For your information: - Stiff frame: > 64 – 66 RA - Soft frame: < 64 – 66 RA.

HEAD SIZE

The racket's 660 cm² head provides a comfortable surface to hit the ball. Thus, the racket is more forgiving to centring errors. This racket is much more forgiving. For more information on head sizes: - Midsize – small head size: < 625 cm² - Mid plus – standard head size: 626 - 677 cm² - Oversize – large head size: 678 – 742 cm² - Super oversize – very large head size: > 742 cm²

level of practice	beginner
frequency	occasional, regular
number of rackets	1 racket
balance	head light
size of the racket head	646 to 660 cm²
racket type	powerful, tolerant
weight (in g)	weight < 275 g
condition	new
main material	graphite
racket sold strung	sold strung
racket size	68,5cm
string pattern	16 x 19
educational	without educational concept

Raw material	97.584%
Manufacturing	0%
Packaging	0.347%
Distribution	0.856%
Use	0%
End of life	1.213%

TR160 Graph Adult Tennis Racket - White

Features

Design benefits

Design details

Specifications

Details

Composition

Usage & care

Care instructions

Storage

Environmental impact

Carbon footprint