






Waterproof and breathable ski jacket in
The technical jacket Garibaldi 2.0 Midnight technical jacket for men Helly Hansen is designed for freeride skiing.
This model is equipped with a HELLY TECH® Professional membrane that offers windproof, waterproof and breathableproperties, giving you unfailing protection against the elements. The technology H2FLOW™ technology helps to regulate body temperature more effectively.
Finally, its PrimaLoft® Black Eco insulation keeps you comfortably warm, despite sub-zero temperatures.
With its helmet-compatible protective hood, various pockets, articulated sleeves, snow skirt and fully taped seams, you're all set to hit your favourite slopes this winter!
Helly Hansen Collection - Autumn-Winter 2024/2025


- Adjustable hood, compatible with helmet
- Chin guard
- YKK® two-way full-zip closure
- Zipped chest pockets
- Zipped hand pockets
- Inside pockets
- Ski pass pocket
- Articulated sleeves
- Elasticated cuffs with thumb loop
- Snow skirt
- Adjustable hem
- Waterproof seams
- Thermo-regulating technology H2FLOW™
- RECCO® system
- Bluesign® certified fabric
- 2-layer construction
- Brand logo
- Regular cut
Materials:
- Exterior: 100% Polyester
- Insulation: 80% recycled polyester, 20% polyester,PrimaLoft® Black Eco
- Membrane: HELLY TECH® Professional
- PFC-free DWR water-repellent treatment
| HELLY TECH® Professional | A high performance waterproof and breathable design and construction. For outdoor activities that are very wet and/or last for an extended length of time in extremely difficult conditions |
| PrimaLoft® Black Eco | PrimaLoft Black® Eco offers warmth, softness, lightweight comfort and excellent performance. This insulation is a combination of everything you need to brave the elements. It's also made with 60% recycled materials. |
| RECCO® | RECCO® is an avalanche rescue system, used worldwide to help locate people quickly. The two-part system features a detector used by rescuers, and reflectors integrated into clothing. Together, they enable rapid radar detection without replacing the use of transmitter-receivers. |