Talbot-Torro Tech 150 Synthetic badminton shuttlecocks 3 pcs. 479120 (479120)

The Talbot-Torro Tech 150 Synthetic badminton shuttlecocks (3 pieces) are designed for intensive training and recreational play at various skill levels. The use of polyamide material ensures durability and optimal flying properties during the game.

Durable polyamide material

The Tech 150 Synthetic model is made from high-quality polyamide material, which provides resistance to mechanical damage and maintains its shape even with frequent use. The synthetic construction allows for multiple uses of the shuttlecocks, which is important during both training sessions and recreational games. Polyamide also positively influences the stability of the flight path, minimizing unwanted deviations.

Universal flight speed

The technology of universal speed used in Talbot-Torro Tech 150 Synthetic shuttlecocks guarantees optimal performance during different playing styles and conditions on the court. The consistent speed allows for precise shot planning, facilitating technical development. This model performs well during both fast exchanges and more tactical plays.

Practical packaging

The packaging contains three shuttlecocks, allowing for convenient storage and quick replenishment of equipment during training or tournaments. The practical number of shuttlecocks in the set meets the needs of both individual players and those leading group sessions. The durable packaging protects the contents from damage during transport.

Talbot-Torro Tech 150 Synthetic badminton shuttlecocks (3 pieces) - features:

• Synthetic shuttlecocks suitable for badminton play at all skill levels;
• Made from durable polyamide material with increased resistance;
• Guaranteed stability of the flight path thanks to modern construction;
• Universal shuttlecock speed allowing for versatile application;
• Packaging includes three pieces, perfect for training and matches;
• Suitable for intensive use during regular sports activities;
• Polyamide structure ensuring consistency and predictability of rebounds;
• Construction optimizing lifespan while maintaining user properties;
• Easy to store and transport due to practical packaging.