Learn how material, shape, and tension can affect your racket’s performance.

Picking a tennis racket is a crucial decision for a tennis player. From its weight to the grip size to the material, every aspect can influence your effectiveness on the court.

But choosing your strings is equally important.

Neglecting your strings can have a negative impact on your game. After all, the strings are the only part of the racket that makes contact with the ball.

The type of string and the tension you choose can have a major impact on the performance of your racket. You also need to be prepared to restring your tennis racket on a regular basis.

Below is a breakdown of each aspect of your racket’s strings to help you reach your peak potential on the court.


There is a variety of string types to choose from. Each offers its own distinct benefits:

  • Multifilament tennis strings generally offer greater comfort and more power. These strings are typically made of nylon braided string or wrapped into a single length of string.
  • Monofilament tennis strings are known for their durability. They can also provide more spin and control. Monofilament strings feature either a single material or a combination of materials extruded to form a single string.
  • Natural gut is commonly used by elite tennis players. This string is made of individual strands of serosa fibers, natural gut offers a strong blend of power and feel. However, this type of string is commonly known to not be as durable as other options.
  • Synthetic gut is typically the best “bang for buck” string and an excellent choice for  players of all type. These strings are typically made of nylon. It may have a monofilament core surrounded by layers of small filaments. Synthetic gut string offers a good balance of durability and playability.
  • Hybrid strings combine two different gauges of string into one racket. This allows you to maximize the benefits of two different types of string. For example, you can mix a thinner string for playability with a thicker string for durability.


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