Yonex Mavis 2000 Nylon Shuttlecocks (White Medium Speed)

The Yonex Mavis 2000 Nylon Shuttlecocks (White, Medium Speed) are a premium, high-performance synthetic offering engineered to deliver the closest possible flight profile to a tournament-grade feather shuttlecock. Positioned above the 300 and 350 series, the Mavis 2000 incorporates a unique ribs-and-wing design that maximizes rotational stability and mimics the exact flight trajectory and slowing-down characteristics of goose feathers.

Performance Profiles

1. Wing Ribbon Aerodynamics: Unlike traditional parallel-grid nylon skirts, the Mavis 2000 features uniquely angled lattice ribs. This patented design allows the shuttle to spin rapidly upon smash impacts, creating a distinct "smash-and-drop" parabolic trajectory that mimics a feather shuttle's natural deceleration.
2. Elite Axis Turnover: The natural solid cork tip and refined skirt weight distribution ensure the shuttlecock turns over exceptionally fast when transitioning from a defensive lob to a downward drop, stabilizing its flight path almost instantly.
3. Premium Longevity: While engineered to perform like a feather shuttle, it retains the elite durability profile of nylon gear, resisting wing deformation and maintaining clear flight symmetry across long, intense match situations.

Specifications

• Packaging Unit: Standard 6-shuttlecock tube.
• Colorway: Traditional White skirt, preferred by traditionalists and advanced club players because it matches the classic visual look of standard feather shuttles.
• Skirt Material: Advanced premium-grade nylon mesh featuring a "Wing Ribbon" structure modeled specifically after feather geometry.
• Base Material: Natural, solid cork tip. This offers superior sensory feedback, satisfying impact acoustics, and a highly consistent elastic response off the racket face compared to composition cork bases.
• Speed Classification: Medium (Blue Cap). Calibrated for standard, temperate indoor playing environments (typically between 12°C to 23°C / 53.6°F to 73.4°F). It delivers an optimal, all-around balance of distance, speed, and responsiveness.