Flylow Patrol Jacket 2026

The Flylow Patrol Jacket is a rugged, workwear‑inspired 2‑layer hardshell built for riders who want reliable weather protection, durability, and functional features — whether you’re charging resort laps, boot‑packing in the backcountry, or pushing through a storm. With a durable shell fabric, waterproof membrane, and functional pockets and vents, this jacket offers the kind of mountain‑ready performance you can count on day after day. 

Key Features

• Patrol 2‑Layer Hardshell Fabric: Tough 100% polyester shell with dobby weave for abrasion resistance — built to handle hard use and rough terrain. 
• Waterproof / Breathable Membrane (15 K / 10 K): Keeps snow and moisture out while allowing sweat to escape — a dependable shell for most snow conditions. 
• PFAS‑Free Durable Water Repellent (DWR): Exterior coating helps water bead off and maintains water resistance over time.
• Fully Seam‑Taped Construction: All seams are sealed to prevent water ingress, increasing reliability in wet snow or rain.
• Generous Ventilation: Large under‑arm (pit) vents help dump heat during uphill skinning or active touring — handy when you’re working hard. 
• Functional Pocket Layout: Two zippered hand pockets, a zip chest pocket, and internal storage (zip / mesh) give you ample room for essentials. 
• Adjustable Fit & Hem Cinch: Hem cinch and standard-cut design allow layering underneath, while maintaining mobility and coverage.

Why You’ll Like the Patrol Jacket

This jacket is perfect if you’re after a no‑frills, go‑anywhere shell that balances durability, water protection, and ventilation. It shines on inbounds resort days, early‑morning ski tours, or backcountry missions — especially when you want to layer underneath and stay dry without sacrificing mobility. Compared to more expensive 3‑layer shells, the Patrol delivers solid performance and a “hard‑use” build at a more accessible price point. 

Note: As an uninsulated shell, warmth depends on your layering setup — ideal for flexible layering strategies rather than standalone warmth.