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Wilson Striker Padel Racquet WRT97080U


€105,95
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Delivery up to 7-14 days

Overview

  • Skill Level

    Beginner

  • Shape

    Round

  • Ballance

  • Weight

    Heavy (>360 grams)

  • Core

    EVA Core

  • Faces

    Fiberglass

  • Frame

    Carbon Fiber

  • Age Group

Wilson Striker Padel Racquet WRT97080U

Shape: Round

Characteristics:

  • This shape is characterized by a wide, circular hitting surface.
  • The weight distribution is typically low, meaning the balance point is closer to the handle.
  • It features a large, centrally located sweet spot.

Benefits:

  • Provides excellent control and precision.
  • Offers a forgiving feel, minimizing the impact of off-center hits.
  • Enhances maneuverability, making it easier to react quickly.

Ideal for:

  • Beginners who are learning the fundamentals.
  • Defensive players who prioritize control and placement.
  • Players seeking to minimize arm strain.

Face Material: Fiberglass

Fiberglass is a material commonly used in padel racket surfaces, particularly in beginner to intermediate level rackets.

Key Properties:

  • Flexibility: Fiberglass is known for its high degree of flexibility. This makes it more forgiving on off-center hits and provides a softer feel.
  • Comfort: The flexibility of fiberglass contributes to excellent shock absorption, reducing vibrations and minimizing strain on the arm and wrist.
  • Durability: While not as strong as carbon fiber, fiberglass is still reasonably durable.

Performance Impact:

  • Control: The softer feel of fiberglass enhances control and touch, allowing for precise shot placement.
  • Comfort: The shock-absorbing properties of fiberglass make it a comfortable choice for players who prioritize minimizing arm strain.
  • Power: Compared to carbon fiber, fiberglass tends to provide less power. The flexibility absorbs some of the energy from the impact.

Comparison to Carbon Fiber:

  • Flexibility vs. Rigidity: Fiberglass is flexible, while carbon fiber is rigid. This difference significantly impacts the feel and performance of the racket.
  • Power vs. Control: Carbon fiber prioritizes power, while fiberglass emphasizes control and comfort.
  • Cost: Fiberglass is more affordable, while carbon fiber is more expensive.
  • Durability: Carbon fiber is more durable.

In summary:

  • Fiberglass is a good option for beginners and intermediate players who prioritize comfort, control, and affordability.
  • It is also very good for players that have or are trying to avoid tennis elbow.
  • It provides a softer feel and is more forgiving than carbon fiber.

Recommended Skill Level: Beginner

At this initial stage, players are new to padel and may not have prior experience with racket sports. They are unfamiliar with basic movements and techniques but are eager to learn foundational skills. Focus is on understanding the game's rules, developing basic strokes like forehand, backhand, serve, and volley, and getting comfortable on the court.

Core Material: EVA Core

EVA (Ethylene Vinyl Acetate) is a versatile material that plays a crucial role in the performance of padel rackets, and the density of the EVA used, is the main factor in how the racket will feel.

What it is:

EVA is a type of foam that provides cushioning and elasticity. It's a polymer that can be manufactured in varying densities, which directly impacts the feel of the racket.

Key characteristics:

  • Variability: EVA comes in different levels of hardness, from soft to hard, allowing for diverse playing experiences. This variability allows manufacturers to fine-tune the performance of their rackets.
  • Durability: Generally, EVA is known for its durability, meaning it can withstand repeated impacts.
  • Performance: Harder EVA cores tend to provide more power, while softer EVA cores offer greater control and comfort.
  • In padel rackets: EVA cores influence the feel, power, and control of the racket.

Manufacturers often use different EVA formulations and combinations to achieve specific performance characteristics. It is very common to see variations of EVA, such as "Soft EVA", "Hard EVA", "High memory EVA" and many others.

Heavy (>360 grams)

  • Heavier rackets generate more power, particularly for aggressive shots like smashes.
  • They are preferred by advanced players with strong technique and physical strength.
  • They are less maneuverable, and can lead to fatigue.

Frame Material: Carbon Fiber

Carbon fiber frames significantly enhance the performance of padel rackets by providing a combination of strength, rigidity, and lightweight construction. It is the premium material for padel racket frames.

Key Properties:

  • High Strength-to-Weight Ratio: Carbon fiber is incredibly strong relative to its weight, allowing for lightweight yet robust frames.
  • Rigidity: It provides excellent rigidity, which translates to increased stability and power.
  • Durability: Carbon fiber is resistant to impacts and wear, contributing to the frame's longevity.

Role in Racket Frames:

  • Structural Integrity: The carbon fiber frame provides the structural backbone of the racket, ensuring stability and preventing deformation during impacts.
  • Power Transfer: The rigidity of the carbon fiber frame allows for efficient transfer of energy from the player's swing to the ball, resulting in more powerful shots.
  • Torsional Stability: Carbon fiber frames minimize twisting (torsion) during off-center hits, providing a more stable and controlled feel.

Performance Impact:

  • Increased Power: The rigid frame maximizes energy transfer, leading to more powerful smashes and volleys.
  • Enhanced Control: The stability of the carbon fiber frame allows for precise shot placement and improved control.
  • Improved Feel: Carbon fiber frames provide a solid and responsive feel, enhancing the connection between the player and the racket.
  • Durability: The frame will be much more resistant to damage from impacts against the court, or glass walls.