The Moose Knuckles Forestville Jacket is an outerwear style created by the brand to provide wearers with all the warmth and protection they need to easily make their way in sub-zero temperatures. The jacket maintains a slim-fit design that is paired with a shearling-lined hood that can be removed to suit preferences, while the outerwear style is rated to offer a Level 4 Canada Cold protection rating. This is achieved thanks to its insulation that consists of RDS-certified 80/20 down with 650 fill power that has been responsibly sourced.
The Moose Knuckles Forestville Jacket is available now from the brand in four colors, and boasts a durable cotton nylon construction for impressive resistance to water and wind.
Slim Frigid Weather Parkas
The Moose Knuckles Forestville Jacket Has a Level 4 Canada Cold Rating
Trend Themes
1. Slim-fit Cold-weather Parkas - Designing heavily insulated parkas with slim-fits to enhance ease of movement for wearers at sub-zero temperatures, while still providing ultimate protection.
2. Rds-certified Down Insulation - Innovating by adopting responsible sourcing practices and offering high-fill power RDS-certified down insulation that is appropriate for temperatures as low as -25 degrees Celsius.
3. Durable Water-resistant Fabric - Creating outerwear options with durable water-resistant fabric to protect wearers against extreme weather conditions for long periods.
Industry Implications
1. Outdoor Apparel Industry - The outdoor apparel industry can invest in the research and development of apparel to withstand extreme cold weather conditions while providing ease of movement and maximal insulation.
2. Sustainable Fashion Industry - The sustainable fashion industry can innovate with sourcing practices that ensure ethical practices are employed in providing highly insulated winter apparel to customers.
3. Travel and Tourism Industry - The travel and tourism industry can leverage this trend by providing actors, and personnel involved in movie-making in extreme winter conditions with parkas that allow for maximal mobility without compromising warmth and protection.