YONEX badminton shuttlecocks Mavis 2000 slow 6 pcs white. (M2000S)

The YONEX Mavis 2000 slow badminton shuttlecocks, 6 pieces, white, are designed for demanding players who seek a balance between precision and durability. This model uses advanced synthetic materials that provide a predictable flight path and resistance to intensive use.

Optimal Flight Speed

The slow version of the YONEX Mavis 2000 allows for precise control over shots and the ability to tailor playing style to individual preferences. The optimised speed of the shuttlecocks enables longer rallies and facilitates play in smaller spaces where reaction time is crucial. This solution is intended for both technical training and recreational matches.

Durable Synthetic Materials

The YONEX Mavis 2000 shuttlecocks are made from high-quality synthetic materials that are highly resistant to deformation and mechanical wear. The synthetic construction maintains consistent aerodynamic parameters even with intensive use. This type of design is particularly valued by players looking for reliable accessories for regular training.

Economical Tournament Packaging

Each package contains six shuttlecocks, which ensures comfort during longer training sessions and higher-intensity games. The YONEX Mavis 2000 set allows for a quick restock without the need to frequently purchase single items. This package capacity is practical and appreciated in clubs and during tournaments.

YONEX Mavis 2000 slow badminton shuttlecocks, 6 pieces, white - features:

• Shuttlecocks designed for high-level technical badminton play;
• Slow speed allowing for precise control over the flight path;
• Made from durable synthetic materials resistant to damage;
• Consistent aerodynamic parameters even with intensive use;
• Pack containing six pieces for user convenience;
• Suitable for training as well as amateur and club competitions;
• Stable flight allowing for longer rallies;
• Durable construction limiting the risk of deformation during play;
• High mechanical wear resistance in indoor conditions.