
Racket Construction
More InfoFrame
Carbon fiber
Profile: 38 mm
Surface
3K Carbon Fiber
Type: Smooth
Firmness: Medium
Core
EVA Soft 30
Firmness: Soft
Bestpadel Review
The Aquila Breast Cancer Edition, with its teardrop shape and medium balance, performed as a true all-rounder in our testing, offering a comfortable blend of power and control for intermediate players. We found it quite maneuverable at the net, allowing for quick reactions and well-placed volleys, while from the baseline, it provided a consistent feel for groundstrokes. The combination of a 3K carbon fiber surface and an EVA Soft 30 core results in a medium-soft feel on contact, which helps with ball pocketing and touch, particularly on defensive shots. We rate its control at 6.3/10 and its power at 5.1/10, reflecting its balanced nature suitable for players developing their offensive game without sacrificing precision. The smooth surface, paired with a medium surface firmness, contributed to a spin rating of 5.3/10 in our assessment, offering decent grip on the ball for slices and topspin. We observed its durability at 6.7/10, suggesting it will hold up well through regular play. At a weight range of 350-385g and a 38mm profile, it feels solid yet manageable for its target intermediate player group. Overall, this StarVie model presents a versatile option for players looking for a racket that supports both offensive and defensive play. Its medium difficulty rating of 5.9/10 means it is accessible for intermediate players progressing their technique. If you have experience playing with this racket, we invite you to share your thoughts and feedback below.
Manufacturer's Description
StarVie Aquila ""breast cancer edition"" uses the same technical base as the Aquila model — a comfortable and balanced padel racket for intermediate offensive players. The frame and surface are made of 3K carbon fiber, the core is a soft Soft 30 EVA, and the racket includes technologies such as Power Balance and vibration damping. The pink color scheme is the only visual departure from the standard model — otherwise, the specifications are identical.









