Badminton Shuttlecocks Swede U304 - Swede feather shuttlecock pack

Feather badminton shuttlecocks Swede U304 by Swede are designed for standard play and training. Constructed with natural feathers and a cork or cork-like base, these shuttlecocks provide predictable flight characteristics and stable shuttle behaviour suitable for indoor courts. The Swede U304 pack is intended for club sessions, recreational play and practice drills where consistent performance and feel are required.

Advantages

Natural feather construction delivers established aerodynamic properties, improving flight stability and conventional shuttle trajectory. The cork or cork-like base offers a uniform contact surface for reliable shuttle response on impact with the racket. These shuttlecocks are manufactured to suit regular practice and match play, providing consistent performance across repeated use in indoor conditions.

Suitable for

• Club training sessions and coach-led practice
• Recreational indoor play with conventional rackets
• Drills focusing on accuracy, clears and smashes
• Skill development for intermediate players

Key specifications

• Feather construction: natural feathers for traditional flight
• Base material: cork or cork-like material for consistent impact
• Intended use: indoor badminton play and training
• Performance: predictable trajectory and stable shuttle behaviour

How to use

Use the Swede U304 shuttlecocks on a standard indoor badminton court with conventional rackets. Allow players to warm up before intensive rallies to reduce initial wear on the feathers and base. Replace shuttlecocks when feathers become visibly damaged, bent or when flight becomes unpredictable. Store unused shuttlecocks in a dry, room-temperature environment to maintain feather condition and base integrity.

Usage recommendations

For longer service life and consistent performance, rotate shuttlecocks during extended practice sessions, avoid striking the base against hard surfaces, and keep spare shuttlecocks on hand for drills that require uniform flight characteristics.