Kawasaki King Kong 500 Goose Feather Shuttlecocks (96 Pcs)
Stock up for training with the 96-piece lot of Kawasaki King Kong 500 Shuttlecocks. Crafted with durable goose feathers and composite cork heads, these Speed 76/77 shuttlecocks offer superior flight stability for intensive practice.
Elevate your badminton training sessions with the Kawasaki King Kong 500 Shuttlecocks. Crafted with strong and thick authentic goose feathers and a premium composite cork head, these highly durable shuttlecocks provide exceptional flight stability and resilience during intense gameplay and drills. Available in a bulk lot of 96 pieces, they are the ultimate choice for both professional practice and frequent exercise routines, ensuring you always have a high-quality shuttle ready for the next serve.
- Premium training shuttlecocks crafted from high-quality, thick goose feathers.
- Features a durable composite cork head for a consistent bounce and solid hitting feel.
- Available in Speed 76 or 77 to suit different environmental conditions and player preferences.
- Massive bulk package includes 96 pieces, conveniently divided into 8 protective tubes of 12.
Key Features
- Authentic Goose Feathers: Constructed with strong, thick goose feathers, ensuring a highly durable and stable structure that withstands repetitive, heavy smashes during rigorous training.
- Composite Cork Head: Equipped with a premium composite cork head that delivers a satisfying, crisp hitting sound and excellent flight trajectory control upon impact.
- Consistent Flight Performance: Carefully designed for top-tier stability, offering Flight A and B classifications for predictable, accurate shuttlecock placement across the court.
- Optimal Speed Variations: Choose between Speed 76 and Speed 77 variants to perfectly match your local temperature, altitude, and personal playing style requirements.
- Bulk Value Pack: This generous lot includes 96 individual shuttlecocks (12pcs * 8 tubes), providing long-lasting value and convenience for coaches, clubs, and dedicated players.
Compatibility & Best Use
- Highly recommended for intensive training, drills, and exercise routines for amateur to advanced badminton players.
- Perfect for badminton clubs, school teams, or frequent recreational players who require a steady, reliable supply of durable shuttlecocks.
- Speed 76 is generally better suited for warmer climates or higher altitudes, while Speed 77 is ideal for cooler temperatures or standard conditions.
Installation Tips
- Proper Storage: Keep the shuttlecock tubes stored vertically with the cork head facing downwards in a cool, slightly humid environment to prevent the natural goose feathers from drying out and becoming brittle.
- Pre-Game Preparation: For maximum durability in particularly dry climates, consider lightly steaming the feathers (avoiding the cork head) a day before your training session to restore their flexibility.
- Tube Handling: Always push the shuttlecocks out from the bottom (feather end) towards the top to avoid bending or crushing the delicate feathers against the tube walls.
Product Specifications
| Brand Name / Series | kawasaki / Kingkong Series |
| Model Number | King Kong 500-8 |
| Classification | Goose Feather Ball |
| Feather Material | Goose Feather (Strong and Thick Feather) |
| Head Material | Composite Cork |
| Speed Options | 76, 77 |
| Flight Classification | A, B |
| Color | White |
| Package Quantity | 12pcs * 8 (96 Pieces Total) |
| Total Weight | About 1680g |
| High-Concerned Chemical | None |
| Origin | Mainland China |
Packing List
- 96 x Kawasaki King Kong 500 Goose Feather Shuttlecocks
- 8 x Protective Storage Tubes (containing 12 shuttlecocks each)
Warnings & Safety Notes
- Heat Sensitivity: Do not store the shuttlecocks in the trunk of a hot car, in direct sunlight, or near heating vents. Excessive heat will quickly dry out the natural goose feathers, causing them to break prematurely during play.
- Speed Selection: Be mindful to select the correct speed (76 or 77) based on your region’s average temperature and altitude. Using the wrong speed can cause the shuttlecock to fly out of bounds or fall short of the baseline.
