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If you’ve ever picked up a padel racket and wondered how something so solid, lightweight, and precise is actually made, you’re not alone. It’s a question many players ask once they start taking the game more seriously. Unlike a strung tennis racket, a padel racket is a single, solid structure, aside from the foam inside. Its performance comes not from strings, but from a carefully engineered combination of materials, layering, heat, pressure, and finishing work. Most people don't realise that the foam is one of the most important elements to how a racket performs, too. Every stage of the manufacturing process plays a role in how the racket feels in your hand and performs on court. Because we manufacture our own international padel federation-specification rackets at Raquex, we see this process from start to finish. What follows is a clear, behind-the-scenes look at how padel rackets are made, from raw materials to the finished product.   How Padel Rackets Are Made (At a Glance) An EVA foam core is shaped to define feel, comfort, and response Heat and pressure cure the racket into a solid structure Fiberglass or carbon fibre layers are built around the core (we don't use any inferior fibreglass blends like most other brands - ours are pure carbon) Holes are drilled to refine aerodynamics and sweet spot behaviour The racket is finished, fitted with a handle, and quality checked Each step influences how the racket performs; none of it is accidental.   Step 1: The EVA Foam Core (Comfort, Power & Feel) Everything starts with the core. Often described as the “heart” of the racket, the core has a major influence on comfort, control, and power. Most padel rackets use EVA (Ethylene Vinyl Acetate) foam. This rubber-like foam is cut into the exact shape of the racket head before any outer layers are applied. The density of the EVA foam is critical. Softer EVA compresses more on impact, offering greater comfort and a larger sweet spot. Firmer EVA deforms less, delivering a more direct response that experienced players often associate with control and power. Different rackets use different EVA densities depending on the type of player they’re designed for. This is one of the main reasons two rackets with similar shapes can feel completely different on court.   Step 2: Heat, Pressure & the Moulding Process This stage is where the racket truly takes shape. The layered structure, EVA core, fibre sheets, and resin is placed into a steel mould shaped like the final racket. The mould is then subjected to carefully controlled heat and pressure. During this curing process: The epoxy resin hardens, bonding all layers into a single structure The EVA foam compresses to its final working density The racket gains its strength, durability, and final shape Precision here is essential. Too much heat or pressure can damage materials; too little can lead to weak bonding or inconsistent performance. Step 3: Fiberglass vs Carbon Fibre Layers Once the core is prepared, the racket’s structure is built by layering high-performance materials around it. These layers form both the frame and the face of the racket. The two most common materials used are fiberglass and carbon fibre. Fiberglass is more flexible and forgiving. It tends to offer a softer touch and a slightly higher trampoline effect, which can help generate power with less effort. Because of this, it’s often used in rackets aimed at beginner and intermediate players. However the big draw back is that fibreglass is much weaker and breaks easily. Carbon fibre is stiffer, lighter, and more durable. It provides a more precise response and greater stability, especially on fast or off-centre hits. Higher-end rackets may use different carbon weaves, such as 3K, 12K, or 18K carbon, to fine-tune stiffness and feel. The higher the “K” number, the more filaments per thread, resulting in a crisper response. These material layers are impregnated with epoxy resin, which will later harden and bind everything together.   Step 4: Drilling, Finishing & Quality Control After moulding, the racket is structurally complete but far from finished. First up is sanding and cosmetic finishing. The surface is smoothed, paint and graphics are applied, and a protective coating is added to improve durability. Next, the holes are drilled into the face. These aren’t decorative; their placement affects aerodynamics, balance, and how the racket flexes across the sweet spot. The handle and grip are then fitted, along with the mandatory safety cord required for padel play. Finally, each racket goes through quality control. Weight, balance, finish, and overall consistency are checked to ensure it meets performance standards before it ever reaches a court. We weigh every racket once it's finished and mark that on the racket's packaging. This means we can hand pick a racket to suit your weight needs if you want us to.   Your browser does not support the video tag. Why Manufacturing Quality Matters in Padel Because padel rackets are solid, small variations in materials or construction have a big impact on performance. Manufacturing isn’t just about assembling parts, it’s about consistency. This is why two rackets that look similar can feel completely different. The way the EVA foam is prepared, how layers are aligned, and how the racket is cured all influence durability, comfort, and playability.   What This Means for Your Game When you choose a well-designed padel racket, you’re holding the result of a highly controlled manufacturing process. Every material choice and production step affects how the racket moves, feels, and responds on court. The holes, the balance, the touch, none of it is accidental. Good racket design isn’t about one standout feature, but how everything works together. Understanding how padel rackets are made makes it easier to appreciate why the right racket can help you improve your game, and why quality construction really does matter.     Frequently Asked Questions About Padel Racket Manufacturing What materials are padel rackets made from? Most padel rackets use an EVA foam core combined with fiberglass or carbon fibre layers bonded with epoxy resin. Are all padel rackets made the same way? The overall process is similar, but materials, layer counts, carbon weaves, and curing methods vary significantly between rackets. Is carbon fibre better than fiberglass? In short, we believe so. Our manufacturing techniques allow us to retain the few benefits of fibreglass, without all of the drawbacks that fibreglass has. Fibreglass doesn't feel anywhere near as good as carbon when hitting, and makes rackets fragile. Does manufacturing affect durability? Yes. Proper curing, high-quality materials, and accurate drilling all play a major role in how long a racket lasts. How long does it take to make a padel racket? From core preparation to final inspection, the process typically spans multiple stages and around 15 hours' work depending on the model, spread out over around four weeks.   

How long padel balls last is one of the most common questions players ask, and for good reason. Ball performance directly affects bounce, control, speed and the overall quality of your game. As a padel equipment specialist, we can confirm that most padel balls perform at their best for around 2 to 5 matches, although exact lifespan depends on pressure, temperature, court surface, playing style and ball quality. Here we discuss every factor that influences ball durability, including a few topics many players overlook, so you know exactly when to replace your balls and how to get the most out of every can.   Why Padel Balls Don’t Last Long Padel balls are pressurised, which gives them their speed and lively bounce. Once you open a can, pressure immediately begins to escape through the porous rubber. This gradual loss of pressure is why padel balls have a relatively short working life compared with other sports balls. As internal pressure drops, the ball becomes: Flatter and less responsive Heavier in feel Lower in bounce Harder to control off the back glass This is the primary reason padel balls “die”, and it happens to all balls, regardless of brand.   Typical Padel Ball Lifespan For most players, the following guide is reliable: Ball Condition Typical Lifespan Performance Impact Optimal 1–3 matches Maximum bounce and speed. Ideal for competitive or high-intensity play. Usable 3–5 matches Reduced bounce; suitable for social or casual matches. Dead 5+ matches Flat, heavy and inconsistent. Should be replaced. Key Factors That Affect Padel Ball Lifespan 1. Playing Intensity and Style Power players who hit with pace wear balls out faster. Aggressive smashes and fast rallies stress the rubber, accelerating pressure loss. More controlled, slower play results in slightly longer lifespans. 2. Court Surface Some courts have more sand or a rougher finish. These surfaces: Wear felt more quickly Reduce aerodynamics Make the ball feel heavy earlier Create an inconsistent bounce Matches on abrasive courts will shorten ball life. 3. Temperature, Weather and Altitude Heat Heat increases internal pressure, which speeds up air loss. Balls go flat faster on hot days. Cold Cold conditions make rubber stiff, reducing elasticity and lowering the bounce even when pressure is decent. Rain or Moisture This is a factor many players overlook. Moisture: Saturates the felt Adds weight Slows the ball dramatically Damages the felt long-term Avoid playing in the rain if you want your balls to last. Altitude At higher altitudes, air pressure is lower. Balls: Feel livelier initially Lose pressure faster over time Become more unpredictable Altitude doesn’t impact most UK players, but it’s worth noting for travel or tournaments abroad. 4. Frequency of Use Even unused balls slowly lose pressure once the can has been opened. Regular players will naturally replace balls more often. Tip for bulk buyers: look for the manufacture date to ensure your cans are fresh. 5. Ball Quality and Brand Differences Not all padel balls use the same materials or manufacturing standards. Premium balls,  such as the Raquex padel ball range use: Higher-grade rubber Better felt blends More stable pressurisation This results in: A more consistent bounce Longer lifespan Reduced wear in high-intensity rallies Cheaper balls may flatten quickly, wear unevenly or lose felt after just a couple of matches.   Training Balls vs Match Balls Many players use old or partially worn balls for training, saving new cans for matches. This makes sense because: Training sessions don’t require perfect bounce — repetition matters more. Match play benefits greatly from consistent, lively, high-pressure balls. If you want the most accurate feel for competition shots, start every match with a fresh can. How to Tell When a Padel Ball Is “Dead” You don’t need specialist equipment, just use this checklist. 1. Squeeze Test A good padel ball feels firm and resists pressure. If it compresses easily, the pressure is gone. 2. Bounce Test Drop the ball from shoulder height: A good ball bounces to waist height or above. A dead ball may only reach knee height. 3. Felt Condition & Colour Look for: Excessive fluffiness Bare or thinning patches Faded colour Brand logo no longer visible These all reduce aerodynamic stability. 4. Flight and Bounce Consistency If the ball: Flies oddly Bounces inconsistently Loses speed unusually fast ... it’s time to replace it. 5. Sound Test A healthy ball produces a crisp “pop”. A dull “thud” indicates low pressure. How to Extend the Life of Your Padel Balls While no ball lasts forever, you can slow down pressure loss and wear. 1. Use a Ball Pressuriser This is the most effective method. It stores balls under pressure, reducing air escape between matches. Pressurisers don’t restore balls to factory pressure; they simply preserve the pressure that’s already inside, delaying the point at which the ball goes flat. 2. Only Open Cans When Ready Once opened, pressure loss begins. Keep cans sealed until the moment you need them. 3. Store Balls Correctly Keep unused balls: Away from heat Out of direct sunlight In a cool, dry space Heat accelerates pressure loss significantly. 4. Avoid Playing in the Rain Moisture destroys felt quickly and affects bounce permanently. Choosing the Right Ball for Reliable, Consistent Play Padel balls will always lose pressure and performance over time, but understanding how and why it happens helps you make informed decisions about when to replace them. For competitive or high-intensity games, using fresh, high-quality balls makes a noticeable difference to control, consistency and overall pace. Our Raquex Elite padel balls excel in tough conditions. We believe we have created the perfect padel ball - designed for durability, stability and all-weather performance. We put the "it's just a ball" theory to the test and produced the padel ball, one like no other.

Padel and tennis are two popular racquet sports that share some similarities, but they’re very different in many ways. For instance, tennis and padel ((also known as padel ball or padel tennis) share the same scoring system, and the balls used in each game look similar. They both use racquets, but that’s almost where the similarities end. The balls in particular often garner some confusion – they look the same, but there are some subtle differences between tennis balls and padel balls, which many players often overlook. So, if you enjoy playing padel and want to get the most from our game, you’ll definitely need to avoid using a tennis ball and stick with the original padel ball. Let’s take a closer look at the key differences between tennis balls and padel balls to explain why that is: Is a Tennis Ball the Same as a Padel Ball? No, while both balls have a similar shape, size, and texture, there are some slight differences between padel balls and tennis balls. Yes, you could use a tennis ball for a game of padel in theory, but the bounce between the two are vastly different, making a tennis ball pretty much unplayable on a padel court. Main Differences Between Tennis Balls and Padel Balls Size Possibly the most obvious difference between tennis balls and padel balls is their size. A padel ball is around 8% smaller than a tennis ball and has less pressure. The size and pressure difference means that the balls have different bounces and speeds during a game, which, combined with the different court sizes and racquets, has a notable impact on performance. Speed As mentioned above, padel balls are smaller and less pressurised than tennis balls, which greatly influences how they move. For instance, tennis balls move much quicker and are much ‘bouncier’ (they’ll bounce a lot higher) than padel balls, allowing the various spins and strokes common in the game. So a padel ball will move more slowly than a tennis ball, which is why it’s best to use the correct ball for each type of game. If you were to combine a faster tennis ball with a smaller padel court, and you’d be in for some fast action that even the most agile of players would struggle to keep up with! Control Again, the smaller size and less pressure of padel balls impact their movement, making them much slower compared to tennis balls. These slower movements give players more control over the ball, so using a tennis ball, which is much quicker and bouncier, will negate the accuracy padel balls offer. Final Thoughts Are tennis balls and racquet balls the same? No. While the differences between tennis balls and padel balls may appear small, they have a large impact on performance. Padel balls are slightly smaller than tennis balls and have less pressure, making them softer. The size and pressure differences mean that tennis balls are much quicker and bouncier compared to padel balls, which are slower and offer more control. It's also worth using a padel ball made to IPF specification, like ours, to make sure you get consistent game play every time. Be mindful of these differences whenever you’re playing tennis or padel. While it may seem like you can switch between each type of ball, the subtle differences will be evident once you start playing!      

Finding the right type of grip for your padel racquet is crucial for both your performance and comfort. The wrong grip will have your racquet slipping around and could even cause calluses if a poor quality or worn out grip is used. With a suitable grip, you’ll have more precise control over the racquet and avoid it slipping in your hand, so it’s always worth taking the time to find the best option for your needs. While an overgrip is an additional option for your racquet, its performance and safety benefits make it a worthwhile investment for any player. Of course, with so many options available, finding the best grip for your padel racquet is often easier said than done. So, if you’re looking for a new padel racquet grip but are unsure what’s best for your needs, be sure to check out our handy guide below! Overgrip vs Replacement Grip Before we delve into the best types of padel racquet grips, it helps to understand the two main options available: Replacement Grip Also known as an undergrip or base grip, every padel racquet comes with one of these as new, which is a factory standard. This grip type is designed to absorb vibrations when playing with the racquet, reducing fatigue and stress on the hand, wrist, and arm. The replacement grip also has a standard grip size, which can be removed to replace it if necessary. If you don’t like the feel or when it gets worn out. Many players prefer to add another layer using an overgrip, which, as the name suggests, is placed over the original grip. Overgrip Many of the standard grips featured on racquets lack the thickness that some players need for comfortable handling, which is where an overgrip comes into play. An overgrip is an additional layer that is placed over the base grip to increase thickness for more comfort and precision. Rather than replacing the entire undergrip, you can use an overgrip to improve handling for a much cheaper price. It’s also easy to try out different overgrips to find the right size for your play style and comfort requirements. They wear out quicker, but can be replaced quickly and cost effectively. Choosing the Right Grip If you want a simple and effective way to increase the comfort, performance, and safety of your padel racquet, then we recommend using a padel specific overgrip. Here are some things to keep an out for when choosing a new overgrip: Thickness The best thickness for an overgrip varies from player to player. For instance, women and junior players tend to have smaller hands and benefit from a thinner overgrip, typically a thin single layer over the top of the base grip. Men may require slightly thicker overgrips, ranging from one to two grips that overlap on the original grip. If you have larger hands, consider using two overlapping overgrips, while men with more average-sized hands may benefit from a single overlapping overgrip. Again, it varies from person to person, so consider trying a few different thicknesses to see what works best for your needs! Sweat Absorption A good overgrip for your padel should be able to absorb sweat to prevent it from sliding around your hands. Make sure that the overgrip you’re buying has some basic sweat absorption. Otherwise, it may be more difficult to handle. However, it may also be a good idea to have some tackiness (stickiness) on the overgrip, especially if your hands don’t sweat much, as absorbent grips can feel slippery when using dry hands. Tackiness A grip’s tackiness refers to how sticky it feels, which has an impact on how effectively you grip the racquet. However, without proper absorption, a sticky grip can quickly become slippery due to sweat, which can be an issue depending on how much you perspire when playing. So, it’s generally a good idea to have an overgrip that offers both absorbency and tackiness. Conclusion While a padel racquet comes with an original grip, it’s usually thin and lacks the comfort and precision many players seek. So, consider adding an overgrip to your racquet to improve its thickness and handling when you play. Be mindful of the overgrip thickness, and make sure it can absorb sweat while being sticky enough to handle. That said, a replacement racquet grip can have better properties than an overgrip, and with the right one, could be the perfect thickness, so be sure to try both to see which you prefer.