The North Face Mens Chakal Jacket V7B TNF Black/Activ

Pros and cons

Warm on the piste

The Heatseeker Advanced insulation keeps you warm even when the temperature really drops.

Waterproof and windproof

The DryVent 2L membrane is fully waterproof and windproof, keeping you dry on the piste.

Built for skiers

A ski pass pocket, powder skirt, inner cuffs and a removable helmet-compatible hood are all exactly where you need them.

Sustainable materials

The jacket is made from recycled materials and is free from intentionally added PFAS.

On the heavier side

The thick insulation layer means this is not a lightweight jacket, which you will notice during more intense skiing.

Can get warm during exertion

When you are skiing hard, the jacket can feel a little warm, even though the pit zips help to keep things in check.

Description

The The North Face Chakal is an insulated ski jacket for men who want to spend the whole day outside, even in genuinely cold conditions. The DryVent 2L membrane is waterproof, windproof and breathable. Heatseeker Advanced insulation delivers reliable warmth, with more fill in the body and slightly less in the hood, collar and sleeves.

All seams are fully taped. The removable hood fits over a helmet. Practical details such as a ski pass pocket, powder skirt and inner cuffs make this a jacket that is ready for a full day on the piste.

Features

• Use and target group: An insulated ski jacket for men looking for warmth and protection on the piste, suitable for skiing and snowboarding.
• Warmth: Insulated with Heatseeker Advanced: 80 g in the body and 60 g in the hood, collar and sleeves.
• Waterproofing: DryVent 2L membrane, fully waterproof and windproof.
• Fit and sizing: Regular fit, true to size.

Why choose the The North Face Chakal Jacket?

The Chakal is the jacket for anyone who wants to spend a full day on the piste without feeling the cold or getting wet. The combination of the DryVent 2L membrane, Heatseeker Advanced insulation and fully taped seams provides solid all-round protection. Ev