Sympatex® - Guaranteed Waterproof. Breathable by Nature.

When the weather turns against you, Sympatex® stands between you and the elements.
Engineered for demanding outdoor use, Sympatex® membrane technology delivers uncompromising waterproof protection, reliable breathability, and responsible performance so you stay dry, comfortable, and focused in any environment.

What is Sympatex® Technology?

Sympatex® is a high-performance, non-porous membrane designed to provide absolute waterproofing while allowing moisture vapor to escape. Unlike traditional membranes, Sympatex® uses a monolithic construction that blocks wind and rain without relying on pores that can clog over time. It’s engineered for durability, comfort, and a responsible approach to material use - made to perform in nature, not at its expense.

Key Benefits

• 100% Waterproof & Windproof
  Delivers permanent protection against rain, snow, and harsh wind: no compromise, no breakthrough.
• Dynamic Breathability
  Breathes more as your activity level increases, helping regulate body temperature and reduce moisture buildup.
• Silent, Flexible Comfort
  Soft and quiet in movement, ideal for hunting and close-range outdoor pursuits.
• Durable Performance
  Maintains waterproof integrity over time, even after repeated use and washing.
• Responsibly Engineered
  High performance with a reduced environmental footprint.

Why it matters for hunters & outdoor users

Staying dry is critical to staying warm, focused, and effective outdoors. Whether you’re glassing in steady rain, moving through wet brush, or facing sudden weather shifts, Sympatex® keeps the elements out while allowing excess heat and moisture to escape. Less sweat, less chill, more time in the field.

Sympatex® vs. conventional waterproof membranes

Unlike microporous membranes that rely on tiny holes and chemical coatings, Sympatex® uses a solid, hydrophilic structure that won’t clog or degrade with use. Compared to standard waterproof fabrics, it delivers consistent performance, quieter comfort, and a more responsible material profile, without sacrificing protection.