HOUDINI Lykan Neck Gaiter

MATERIAL
Airweb Knit™ 100% recycled polyester

Weight : 143g

Next-generation technical knit insulation. This neck gaiter features a high-tech knit construction that provides exceptional breathability and comfort.

The outdoor industry is full of superficial innovations that emphasize novelty, but every once in a while, a new technology emerges that has the potential to fundamentally change things. The Lykan series is one such example. It takes comfort and performance to the next level, offering a whole new experience. The ultra-lightweight, stretchy fabric moves with you, making it feel like a part of your body.

The Lykan Neck Gaiter is knitted with a unique textured yarn for an incredibly soft, lightweight, stretchy, brushed fabric. This lightweight, breathable, and soft fabric is ideal for active insulation. Its balance of breathability, lightness, and comfort is unmatched by traditional insulation. Its brushed, yet moisture-wicking and airy construction provides excellent insulation when worn under a shell or other layer, and allows ventilation to quickly release excess heat and moisture.

This one-piece knitting process eliminates the need for cutting fabric, resulting in near-zero waste, and the use of recycled and recyclable polyester yarns ensures a fully circular lifecycle – making it possible to combine high performance with sustainability.

The Lykan Neck Gaiter is ideal for a variety of cold-weather activities, including skiing, ice skating, and winter bike commutes. Its open, stretchy, seamless construction provides superior comfort and keeps you warm without overheating. Overall, the Lykan Neck Gaiter is a next-generation insulation that takes comfort, performance, and sustainability to new levels. Once you try it, you'll never want to go back to traditional neck gaiters.

This product is made with recycled materials with an eye to the future. When it reaches the end of its life after many years of use, it can be reused as raw material, reducing the use of new resources, environmental impact and waste.