Squash racket Oliver Apex 720 CE (01204)

The Oliver Apex 720 CE squash racket has been designed with dynamic players in mind, seeking precision and excellent energy transfer during each exchange. The construction of this model employs advanced technologies and materials that cater to the needs of demanding users, providing an optimal balance between control and power in strokes.

Graphite construction and Eplon™+K12 technology

The Oliver Apex 720 CE features a durable graphite construction that is characterised by high stiffness while maintaining a low overall weight. The use of Eplon™+K12 technology increases resistance to overloads, enhancing the frame's stability during intense play. These solutions result in more dynamic rebounds and improved power transfer from the wrist to the ball.

String bed specifics and head surface

The racket is equipped with a 16/19 string pattern, ensuring an optimal combination of power and control during high-level play. The head surface area of 495 cm² falls within the range of 491–525 cm², offering a wide sweet spot and greater tolerance for off-centre hits. The head-heavy balance aids in generating additional force with each stroke, which players who favour an offensive style will appreciate.

Equipment and practical details

The racket comes with a practical cover that protects the equipment during transport and storage. The Oliver Apex 720 CE is designed for universal use, performing well in the hands of both women and men. Thoughtful selection of materials and construction solutions enhances playing comfort and increases the racket's longevity during regular training sessions.

Oliver Apex 720 CE squash racket - features:

• Durable graphite construction with high stiffness;
• 16/19 string pattern for optimal control and power;
• Head surface of 495 cm² for a wide sweet spot;
• Head-heavy balance increasing shot strength;
• Protective cover included for convenient transport;
• Universal design suitable for both women and men;
• Specialist solutions tailored for intense play;
• High resistance to overloads during dynamic exchanges;
• Head parameters within the range of 491–525 cm².