YONEX CROSSWIND 70: Competitive Performance Meets Material Innovation

YONEX CROSSWIND 70: Competitive Performance Meets Material Innovation

CROSSWIND 70 Material Breakdown

Wing: Material: nylon. Structure: porous. YONEX says the porous nylon wing is designed to combine lightness and flexibility while helping the shuttle achieve flight closer to a feather shuttle.

Shaft: Material: nylon and carbon. YONEX says the shaft uses high rigidity and strong recovery to support both feather-like flight and high durability.

Cork Base: Material: natural cork. YONEX says the cork base is designed to deliver a hitting feel closer to that of a feather shuttle.

YONEX has introduced CROSSWIND 70, a synthetic feather shuttlecock designed to combine high-level performance with material innovation. The company says the shuttle will begin appearing in selected tournaments as part of a wider push to support both the future of badminton and long-term sustainability.

Although CROSSWIND 70 sits in the synthetic shuttle category, YONEX says it was built to go beyond ordinary practice use. The aim is to deliver the quality and consistency needed for training and competition-level play, positioning it as a serious candidate for the future of tournament badminton.

For years, domestic and international badminton events have depended on natural feather shuttles. YONEX says that standard remains extremely difficult to reproduce exactly. Its development team spent years studying feather structure, durability, and flight path, and concluded that the challenge was not simply copying a waterfowl feather shuttle with artificial materials.

According to YONEX, the breakthrough came from changing the goal. Rather than trying to create a perfect imitation, the company focused on learning from the flight characteristics of natural feather shuttles and building a new synthetic option around those lessons. That work eventually became CROSSWIND 70 after roughly 15 years of development.

The material choices are a major part of the product story. YONEX says the wing uses porous nylon to balance lightness and flexibility, while the shaft combines nylon and carbon to improve durability and produce a stable flight closer to that of a feather shuttle. The cork base still uses natural cork to preserve the contact feel players trust.

Sustainability is another key part of the launch. YONEX says the materials were selected with future recycling potential in mind, and the company is considering a recovery and recycling programme called Shuttle to Shuttle Challenge to explore how used shuttles could be collected and reused as resources.

The bigger idea is clear: if a synthetic shuttle can offer dependable flight, durability, and feel while easing pressure on natural material supply, it could become an important option for the sport. That would not replace the history of feather shuttles overnight, but it could give badminton a more resilient path forward.

YONEX also says CROSSWIND 70 has passed certification by the Japan Badminton Association as an approved synthetic shuttle.

Source: translated and adapted from a YONEX product announcement provided by the user.