Power comes easily with the COELLO TEAM 2026 PADEL RACQUET, which was designed and developed in collaboration with world number one Arturo Coello. The softer stiffness model from the exclusive Arturo Coello collection is built for intermediate and advanced players who are looking for easy power at lower ball speed, comfort, and stability when moving forward to the net to attack. The diamond-shaped racquet has been refreshed with a new, exclusive design that includes some personal touches, such as King Arturo’s crown logo and signature.
The mid-high balance supports overhead shots while the state-of-the-art Auxetic 2.0 technology brings unparalleled touch, feel, and an extra boost of power. A fiberglass hitting surface provides soft stiffness that supports the ball rebound, and the upgraded and more reactive Power Foam is red, one of Coello’s favorite colors. The features also include a carbon frame construction, which is more reactive for fast shots, while the Power Stabilizer technology supports a fast swing and stability.
Shape: Diamond
Weight: 360 g / 12.7 oz
Head size: 475 cm² / 74 in²
Balance: 270.0 mm
Beam: 38 mm / 1.5 in
Hitting Surface: Fiberglass
- BUILT FOR INTERMEDIATE TO ADVANCED PLAYERS: Designed for intermediate and advanced players seeking easy power, stability, and confidence when moving forward to the net, supporting aggressive shots like smash, vibora, X3, and fast volleys.
- COELLO COLLABORATION & PREMIUM DESIGN: Developed in collaboration with King Arturo, featuring an exclusive, elegant design with Coellos crown logo and signature for standout performance and style.
- EASY POWER & COMFORT TECHNOLOGY: Softer stiffness model in the Arturo Coello range delivers effortless power and comfort, enhanced by upgraded Power Foam and Auxetic 2.0 for exceptional feel, touch, and responsiveness.
- ADVANCED MATERIALS & STABILITY: Carbon hybrid hitting surface and stiff, reactive carbon frame maximize energy transfer and spin, while Extreme Spin technology and the Power Stabilizer support fast swings and improved stability.
