Striker Women’s Prism Pant – Durable Waterproof Ice Fishing Pants with Sureflote

Overview

The Striker Women’s Prism Pant delivers year‑round versatility for cold‑weather outings. With a higher waist for added protection against wind and chill, these pants are designed to move with you. Removable suspenders, an adjustable inseam, and an elastic waist ensure a customizable fit that adapts to layers and activity without bulk.

Crafted from a rugged 320D nylon tussor shell and reinforced with 1680D snakeskin knee panels, the Prism Pant stands up to abrasion and misty, breezy days on the water or on the trail. It shares Striker’s flotation philosophy through Sureflote technology, offering buoyancy assistance when you need it, whether you’re ice fishing or pursuing other adventures on chilly terrain.

Designed for practical comfort, the pant pairs waterproofing with breathability to keep you dry and comfortable. The Thermadex insulation at 150 g delivers warmth without unnecessary heft, so you can stay agile, reach for gear, and enjoy long periods outdoors without overheating.

Technical Highlights

• High‑quality, durable shell with reinforcement at the knees to resist wear
• Hydrapore waterproof rating of 5,000 mm and breathability rating of 5,000 g ensures protection and airflow
• Thermadex insulation at 150 g balances warmth with mobility
• Removable suspenders, adjustable inseam, and elastic waist for a personalized fit
• Sureflote flotation technology adds buoyancy assistance on ice or land

Versatility and Use Cases

• Ideal for ice fishing days that require warmth, protection, and quick layering adjustments
• Suitable for skiing, hunting, and other cold‑weather activities where movement matters
• Reflective elements boost visibility in low light, enhancing safety during outdoor pursuits

Pair the Prism Pant with the Striker Women’s Prism Jacket for a cohesive outdoor system, and follow care tips to preserve waterproofing and fabric integrity over time. While the features provide options for comfort and safety, individual results depend on conditions and layering choices.