Hide Filters
Filters
0
Sort by :
Filters
0
ARTENGO
Versatile Tennis Ball Comfort Pro 4-Pack x 2 - Yellow
8800130
4838919
$14.00
Tax included
Cannot ship to ()
Home Delivery
Within 48 HoursAvailable
Click & Collect
Pickup in store within 4 HoursThis product is currently unavailable for your region
Please select a size...
Stock availability
Our designers have developed these competition balls for tennis players to use on hard and clay courts.2 tubes of 4 balls.
Robustness and versatility! Official ball of the ATP 250 Series Moselle Open Tournament and recommended for its bounce quality and stability, as well as its balance of liveliness and control.
Inside shell - Main fabric: 100.0% Latex Rubber; Outer shell: 13.0% Cotton, 50.0% Wool, 37.0% Polyamide
Robustness and versatility! Official ball of the ATP 250 Series Moselle Open Tournament and recommended for its bounce quality and stability, as well as its balance of liveliness and control.
Inside shell - Main fabric: 100.0% Latex Rubber; Outer shell: 13.0% Cotton, 50.0% Wool, 37.0% Polyamide
BENEFITS
Directional control
Good ball speed control due to its soft and stable rubber.Speed
Good liveliness due to its high rebound and compression resistance.Abrasion resistance
Good rebound robustness due to its natural felt composition (63%).TECHNICAL INFORMATIONS
Felt
This ball is made of 63% natural felt, making it very stable.
Core
This ball has a core made from natural rubber. This gives it its great bounce.This core was developed in collaboration with our partner factory.
Packaging
2 tubes of 4 balls.
Weight
58.5 g
ITF standard between 56 g and 59.4 g.
ITF standard between 56 g and 59.4 g.
Diameter
6.55 centimetres
ITF standard between 6.54 centimetres and 6.86 centimetres.
ITF standard between 6.54 centimetres and 6.86 centimetres.
Bounce height
143 cm (ball dropped from a height of 2.54 m)
ITF standard between 135 cm and 147 cm.
ITF standard between 135 cm and 147 cm.
Ball deformation
High viscosity index for a more comfortable ball.
The viscosity index is calculated based on the ball deformation measurements.
The viscosity index is calculated based on the ball deformation measurements.