Haglofs L.I.M Down II Hooded Men's Jacket
The L.I.M Down II Hooded jacket is a super lightweight and packable down jacket for high-pulse activities. It's filled with 800 fill power ExpeDRY down, which actively evaporates moisture to keep the insulation chambers dry and help maintain consistent warmth.
Designed to keep you comfortable and warm, the L.I.M Down II Hooded jacket is perfect for the most extreme conditions. Constructed using a lightweight and tear-resistant Pertex Quantum shell, the jacket offers long-lasting protection. Pertex Quantum is an extremely lightweight material that ensures complete comfort at all times; its windproof construction blocks cold winds to reduce cold spots within the jacket, so you'll never be exposed to the cold. As well as this, the jacket utilises 800 fill power ExpeDRY down insulation to provide exceptional warming properties, while actively evaporating moisture, ensuring you remain warm and comfortable throughout your outdoor adventures. The body-mapped construction provides greater insulation and breathability where you need it most. Further enhancing the jacket's water resistance, the outside of the jacket is treated with a Durable Water Repellent (DWR) coating, which not only repels water but also dirt, helping to keep the jacket in top condition for as long as possible.
A full-length center front zip with an insulated placket assists in putting the jacket on and off, and can also be used to help control ventilation. Two zippered hand pockets offer ample space to store your essential items or a refuge for your hands when the temperature starts to drop. The jacket can be packed down and stored in its own pocket for easy transportation when not in use, while the snug hood offers additional protection from the elements and fits comfortably under a helmet. The adjustable bottom hem lets you find the best fit, and elastic cuffs with soft edge binding provide a close fit to increase comfort and prevent wind chill. Completing the jacket are reflective details which enhance visibility in low-light conditions.
