The Influence of Different Materials on Padel Rackets

The Influence of Different Materials on Padel Rackets

When choosing a padel racket, there are various materials to choose from. These materials are always indicated in the product specifications under the product description. Various materials such as carbon, graphene, graphite, fiberglass, aluminum fiber, titanium, kevlar, EVA rubber, and foam are commonly mentioned. These materials all have an impact on the game. But what do these materials exactly mean, and what are their advantages and disadvantages? In this blog, we will discuss these materials to provide you with a better understanding and hopefully help you in purchasing a padel racket.

Material Core

The core material refers to the material in the racket's core. The core of a padel racket refers to the inner part of the racket face, also known as the 'core.' It is the material located between the two surfaces of the blade. The core directly influences the playing characteristics of the racket, such as power, control, and feel when hitting the ball.

EVA Rubber

EVA rubber is a commonly used material for the core of a padel racket. There are different compositions of EVA rubber, each with different properties. Softer compositions allow the ball to come out of the racket with more speed during slower shots. This makes softer rackets suitable for players who want more output during slower shots. However, softer rackets have less power during attacking shots, such as volleys or smashes. The advantage of EVA rubber rackets is that they are generally more durable than rackets with a foam core.


Rackets with a foam core absorb vibrations well, resulting in more comfort during play. The downside is that these rackets are generally less durable than rackets with an EVA rubber core. Rackets with a foam core provide more power during defensive shots from the backcourt. They are suitable for players with a defensive or all-round playing style, especially for beginners who prefer a softer racket.

Material Frame

The frame of a racket is the structural part that connects the blade and the grip. The frame forms the basis of the racket and provides support and stability during play. It is usually made of various materials such as carbon, graphite, fiberglass, aluminum fiber, titanium, or a combination thereof. The frame is responsible for the stiffness, durability, and overall structure of the racket. It affects how the racket reacts to impact and plays a role in power, control, and vibration transfer during hitting.


Carbon is an expensive, lightweight, and durable material that is often used in padel rackets nowadays. The more carbon incorporated into the racket, the harder it feels and the longer it lasts. Rackets with a high carbon content, such as 18K carbon, provide a lot of power to the ball. Rackets with less carbon are lighter and more maneuverable. Generally, rackets with 18K carbon are most suitable for offensive players, rackets with 12K carbon for players with an all-round playing style, and rackets with 3K carbon for defensive players.


Graphene is a type of carbon that is thin, lightweight, and strong. Rackets with graphene are hard and provide a lot of power during offensive play. However, graphene is expensive and difficult to process, which is why it is mainly found in more expensive rackets. These rackets are especially suitable for attacking-minded players.


Graphite is a lightweight material that was often used in older padel rackets but is now rarely seen. It is a material that can break easily on its own, which is why it is often used in combination with fiberglass to stiffen the blade.


Fiberglass is cheaper and lighter than carbon. It is a durable material that is less rigid and more elastic. Rackets with fiberglass in the frame absorb more impact, resulting in more speed during defensive shots. However, these rackets have less power during attacking shots. Fiberglass is often combined with carbon or graphene, where it is used on the outer surface of the blade to absorb some of the impact. Rackets with fiberglass are suitable for players looking for a softer racket.

Aluminum Fiber (Alufiber)

Alufiber falls in terms of hardness between fiberglass and carbon. It is often mixed with other materials like carbon, creating an equal balance between power and control. Rackets with alufiber are suitable for players with a versatile playing style.


Titanium is a lightweight and hard metal that is sometimes used in padel rackets. Rackets with a titanium material frame are generally hard and stiff, providing a lot of power during attacking shots. However, this hardness and stiffness require a certain technique to handle. If you possess this technique, you can generate powerful shots. Rackets with titanium are best suited for offensive players with good technique. However, titanium is becoming less common in new padel rackets.


Kevlar is one of the strongest and most durable materials. It is sometimes used to reinforce the material frame of padel rackets. Rackets with kevlar in the frame offer a lot of power and control. However, kevlar is not elastic, so the ball comes off the racket with less force during slower defensive shots. Rackets with kevlar are suitable for players with an attacking playing style.

Material Surface

The material surface refers to the outer part of the racket blade that comes into direct contact with the ball. This material affects the balance, grip, and durability of the racket. The material surface of a padel racket influences the game and playing experience. Carbon surfaces generally offer more power and stiffness, while fiberglass surfaces provide more control and comfort. Textile surfaces can provide extra grip and precision. It is important to note that personal preference plays a significant role in choosing the material surface. What works well for one player may be less suitable for another player.

Additionally, the material surface can influence the durability of the racket. Some materials, such as carbon, are generally more durable and resistant to wear and scratches, while other materials may be more prone to damage. It is important to follow the manufacturer's care instructions to maximize the racket's lifespan.


Carbon is often used as the material surface of padel rackets. It is durable, lightweight, and provides a rigid structure, allowing rackets to deliver more power during attacking shots. However, carbon surfaces can be more susceptible to scratches and wear.


Fiberglass can also be used for the material surface of padel rackets. The surface of fiberglass is generally softer than carbon, providing more comfort and a better feel when contacting the ball. Fiberglass surfaces usually have slightly less power than carbon but offer more control and better impact absorption.


Some padel rackets have a textile surface, such as kevlar or nylon. These materials can provide extra grip and control over the ball, allowing players to have more precision when hitting. However, textile surfaces may be more prone to wear and less durable than other materials.

Testing Padel Rackets On-Site

Hopefully, this blog has provided a better understanding of the different materials and their influences on padel rackets. It is recommended to try out different rackets with various materials to discover which type best suits your playing style and preferences. This way, you can find the right balance between power, control, comfort, and durability. Remember that choosing the right padel racket is just one of the many factors that influence your performance on the court. Technique, playing style, experience, and physical condition also play important roles in achieving success in padel.

Padelstore has multiple physical stores located at various padel locations of The Padellers. This allows you to kill two birds with one stone. Book your court at one of the locations with a padel shop and test a padel racket there under the guidance of a padel expert.