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Training Shuttlecock Side View

A side profile of a sports shuttlecock highlights the classic cork base and conical skirt used in badminton practice.

Large sports shuttlecock with a cork base and wide feather skirt.
Training Shuttlecock Side View
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A4 format (landscape), black outlines on a white background · for home and classroom use

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Training Shuttlecock in Badminton

Shuttlecocks are the primary projectile used in badminton and crossminton training sessions. Viewed from the side, the design displays a rounded cork tip attached to a wide conical skirt made from synthetic materials or natural feathers, engineered to stabilize rapidly in flight.

Aerodynamics of Badminton Shuttlecocks

When struck by a racket, a shuttlecock turns in midair so the heavy cork head always leads the flight path. The flared skirt creates drag, causing the shuttlecock to slow down predictably near the peak of its trajectory compared to a standard bouncing ball.

Real Colors of Training Shuttlecocks

  • Shuttlecock base: natural light brown cork covered in thin white leather
  • Base binding trim: thin red or dark green adhesive tape strip
  • Feather skirt: bright white, neon yellow, or vibrant lime green
  • Synthetic skirt ribs: white or translucent flexible plastic stem lines
Questions and answers

Questions and Answers About Training Shuttlecocks

Why are training shuttlecocks often made of plastic instead of feathers?
Nylon or plastic shuttlecocks last much longer during repeated practice rallies and resist damage better than fragile natural goose feathers.
What is inside the base of a shuttlecock?
The rounded base is made of natural cork or solid foam, which gives the shuttlecock proper weight distribution for smooth flight dynamics.
Why does a shuttlecock fly differently than a ball?
The feather skirt creates high aerodynamic drag, causing the shuttlecock to decelerate quickly and drop steeply after reaching maximum height.
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