PP Wing Chun "Butterfly" Swords (Pair)

Polypropylene Wing Chun Butterfly Swords – Pair

Close-Range Training. Fast Control. Built for Repeated Practice.

The Polypropylene Wing Chun Butterfly Swords are designed to replicate the feel, balance, and compact handling of traditional butterfly swords while providing a safer, durable option for martial arts training. Their short profile and balanced construction support fast, controlled movements for forms, technical drills, and close-range practice.

Constructed from advanced thermoplastic polypropylene, these training swords are engineered to withstand repeated use without cracking, warping, or splintering. At 310 g per sword, they provide a realistic training feel while remaining suitable for controlled partner drills and structured weapons practice.

Designed for Wing Chun & Close-Range Training

The traditional butterfly sword design supports technique development, coordination, precision, and weapon control. Their compact 46 cm length is ideal for Wing Chun and other close-range martial arts styles, allowing practitioners to train transitions, paired movements, and technical forms with confidence.

Sold as a matching pair, these swords are suitable for beginners through to advanced practitioners, martial arts schools, and instructor-led training environments.

Key Features

• Advanced polypropylene construction for durability and impact resistance
• Traditional Wing Chun butterfly sword profile
• Compact 46 cm design for close-range techniques and control
• Realistic 310 g weight per sword
• Suitable for forms practice and controlled partner drills
• Supports speed, coordination, precision, and weapon-control development
• Stronger and more reliable than timber training alternatives
• Resistant to cracking, warping, and splintering
• Matte black finish for a clean, professional appearance
• Sold as a matching pair

Care Instructions

Use in controlled training environments only. Avoid excessive impact against hard surfaces. Wipe clean after use and store in a dry area away from direct sunlight.