Badminton shuttlecocks VICTOR Pro Court feather darts 12pcs (104507)

The VICTOR Pro Court badminton shuttlecocks (12 pcs) in white provide an optimal balance between control and flight stability, meeting the expectations of demanding players. Each shuttlecock is designed for high precision, translating into consistent strikes and predictability of flight path during intense matches.

Feather construction of the shuttlecocks

The VICTOR Pro Court model features a feather construction that is characterised by natural elasticity and excellent response to strikes. Natural feathers ensure stable and dynamic flight as well as significant resistance to deformation. This solution allows for precise flight control in every phase of the game.

Technical parameters and shuttlecock speed

Each shuttlecock in the set exhibits a Mid speed, providing versatile use during both training and amateur competition. Such parameters translate into balanced dynamics and the ability to adapt to the rhythm and style of play. The VICTOR Pro Court has been optimised for flight stability even during fast exchanges.

Tournament set for demanding players

The set includes 12 feather shuttlecocks, allowing for prolonged use without the need for frequent replacements during play. This complete set is intended for players seeking high quality and consistency in the parameters of each shuttlecock. A thoughtful selection of materials ensures that the Pro Court model performs well in both training and tournament matches.

VICTOR Pro Court badminton shuttlecocks (12 pcs) in white - features:

• Feather construction of the shuttlecocks ensuring high flight stability;
• Natural feathers providing consistency and precision in strikes;
• Shuttlecock speed in the Mid range for versatile applications;
• Set containing 12 pieces for long-lasting play;
• Optimal combination of control and flight dynamics for demanding players;
• Model designed for intense training and tournament matches;
• Stability of trajectory during fast exchanges on the court;
• High resistance to deformation and maintenance of geometry.