If you look at any premium padel racket, the first thing you notice is the intricate pattern of holes. For years, the big brands have told us the same story: "Our unique hole pattern reduces wind resistance, making your swing faster and more aerodynamic."
It sounds scientific. It looks professional. But according to recent independent research and university studies, it’s mostly nonsense.
If you’ve been choosing your racket based on how "fast" the hole pattern looks, you’ve been looking at the wrong thing. Here is what is actually happening when a drill hits a padel racket.
The Aerodynamics Myth
Let’s get the "wind resistance" talk out of the way. Aerodynamic studies from European universities have shown that at the speeds a human swings a padel racket (even a pro), the holes provide a negligible advantage.
The air doesn't "flow" through the holes as much as you think; the racket is still essentially a flat board moving through space. If you want a faster swing, you need better balance and weight distribution, not more holes.
So, Why Are the Holes There?
If it’s not for aerodynamics, why not just play with a solid board? There are two real, technical reasons:
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Weight Regulation: A solid carbon and EVA board would weigh over 500 grams. By drilling 50 to 70 holes, manufacturers can bring the racket down to a playable 360g–375g.
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The "Flex" Control (The Real Secret): This is the part brands rarely explain. Holes act as "stress release points." * A solid surface is incredibly stiff.
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By placing holes in specific patterns, engineers can control how much the carbon fiber "bends" or "flexes" upon impact.
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Insider Insight: If you see a racket with no holes in the center (a "solid heart"), it’s designed to be incredibly stiff for maximum power. If the holes are evenly spread to the edges, the racket is designed to be more "forgiving" and flexible.
CNC Precision vs. The "Cheap" Way
Our research shows a massive difference in how these holes are made.
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The Pro Way (CNC Drilling): High-end rackets are drilled after the racket is molded using computer-controlled (CNC) machines. This ensures the carbon fibers are cut cleanly, maintaining the structural integrity of the face.
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The Budget Way (Molded Pins): Some cheaper manufacturers use pins inside the mold to "form" the holes while the resin is wet. This often leads to material shrinkage and "stress concentrations" around the holes, which is why cheap rackets tend to crack between the holes much faster.
The "Dead Zone" Reality Check
Have you ever hit a ball that felt "thuddy" or dead, even though you hit the center? That’s often caused by a poor hole-to-surface ratio. If the holes are too large or too close together, the EVA foam underneath loses its support and collapses.
What to look for instead of "Aerodynamics":
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Hole Diameter: Smaller holes (around 10mm) usually offer more control and a more "solid" feel.
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Pattern Symmetry: Look for clean, symmetrical drilling. If the holes look slightly "off," the internal balance of the racket will be off too.
The Bottom Line
Next time a salesperson tells you a racket is faster because of its "aerodynamic hole tech," you can smile and know better. The holes are there to manage the weight and the flex. Choose a racket that feels right in your hand, not one that looks like it belongs in a wind tunnel.
