Adidas Metalbone Carbon Ctrl 3.3 2024
Score8.4/10
Adidas' Metalbone Carbon CTRL 3.3 2024 is a round professional control padel racket with 6K carbon faces, a head-light balance, and Soft Performance EVA core. Matching 9/10 scores across control, ball exit, maneuverability, and sweet spot define a consistent, comfortable high-performance frame.

Price range
from 139.95€ – 162.34€
Description
Brand
Adidas
Level
professional
Style
control
Shape
round
Balance
head-light
Hardness
soft
Weight
360-375g
Season
2024
Score
Power7/10
Control9/10
Ball exit8/10
Maneuverability9/10
Sweet spot9/10
Pros
- ✓6K carbon faces deliver structural durability beyond fiberglass while maintaining the flexible response of the Soft Performance EVA core — the combination produces the 9/10 control and 8/10 ball exit ratings simultaneously
- ✓Head-light balance at 360–375 g earns a 9/10 maneuverability score, allowing professional players to execute fast net exchanges and defensive redirects without resistance from the frame weight
- ✓Spin Blade Decal surface texture creates heavy friction along the 6K carbon face, generating topspin and slice quantities that smooth carbon faces cannot match — a significant advantage in control-oriented defensive play
- ✓Soft Performance EVA core absorbs impact vibration efficiently, protecting the arm during long professional training sessions while maintaining the 9/10 sweet-spot responsiveness across the full round face
- ✓Round shape with head-light balance produces a characteristically stable, predictable swing feel that professionals can rely on to reproduce the same ball trajectory repeatedly under pressure
Cons
- ✗Power is rated 7/10 — the head-light balance and soft EVA core are designed to return control, not amplify pace, making this a poor match for players who rely on overhead finishing
- ✗Soft touch can feel excessively elastic for professionals accustomed to firmer, stiffer high-carbon frames — the feel is forgiving rather than snappy
- ✗Head-light balance at 360–375 g reduces smash momentum compared to even or head-heavy alternatives, particularly noticeable on high overhead balls where gravitational assist is minimal