Palio WP1013 Table Tennis Rubber

Quick Answer:

• Half long pimples out rubber for table tennis.
• Available with 1.8mm, 1.5mm, or OX sponge thickness.
• Designed for all-round playing methods with center focus.

What is the Palio WP1013 Table Tennis Rubber?

The Palio WP1013 is a professional table tennis rubber designed for players seeking enhanced spin and control. It features a half long pimples out configuration, allowing for versatile play.

This rubber is available with three different sponge thicknesses: 1.8mm for more speed, 1.5mm for a balance of speed and control, and OX (no sponge) for maximum spin and feel.

Performance and Playability

Engineered for all-round playing methods, the WP1013 offers a center-focused weight distribution that aids in quick transitions between offense and defense. The half long pimples provide a unique combination of spin-generating capability and disruptive effect on the opponent's shots.

This rubber is suitable for players who utilize a variety of strokes, including loops, chops, and blocks, making it a versatile choice for competitive table tennis.

Specifications

Specifications:

• Sponge Thickness: 1.8mm / 1.5mm / OX
• Model Number: WP1013

Frequently Asked Questions:

What type of pimples does the Palio WP1013 rubber have?

The Palio WP1013 features half long pimples on the outside of the rubber. This configuration is designed to offer a unique playing style.

What sponge thickness options are available for the WP1013 rubber?

You can choose from three sponge thicknesses: 1.8mm for speed, 1.5mm for a balance of speed and control, or OX (no sponge) for maximum spin and feel.

Is the Palio WP1013 rubber suitable for beginners?

The WP1013 is designed for all-round play and offers versatility, making it suitable for intermediate to advanced players looking to develop their spin and control.

What playing style is the Palio WP1013 best suited for?

This rubber is ideal for all-round playing methods, offering a center focus weight that aids in both offensive and defensive transitions.