The IceArmor by Clam Sub-Zero Bib delivers serious warmth and protection for extreme winter conditions and the angler who likes to fish outside or utilizes a machine to get from spot to spot. Featuring a 5K waterproof/5K breathable shell, 80g insulation, and 200g ThermalSnare fleece these bibs provide dependable warmth. MotionFloat flotation-assist technology, reinforced knees with 2-layer removable knee pads provide comfort, durability, and confidence on the ice.

• MotionFloat TechnologyBuilt with buoyant MotionFloat foam for added safety and confidence on the ice.
• 5K Waterproof / 5K Breathable FabricDurable weatherproof exterior keeps snow and water out while allowing heat and moisture to escape.
• 80 g Thermal InsulationLightweight insulation that traps heat without adding bulk.
• 200 g ThermalSnare FleecePremium soft inner fleece that retains body heat and creates a warm thermal barrier in sub-zero temperatures.
• Reinforced Knees with Removable PadsAdded durability and protection when kneeling or hole-hopping.
• Reflective Safety PipingEnhances visibility in low-light conditions for early mornings, late nights, or stormy days.
• Outer Shell Repels Wind & WaterDesigned to block wind chill and shed moisture for all-day comfort.

New for 2026

Sub-Zero Suit

The Sub-Zero Suit delivers serious warmth and protection for extreme

winter conditions and the angler who likes to fish outside or uses a

machine to get to each spot. This suit combines a durable,

weather-resistant outer fabric and a premium fleece, keeping heat

inside while creating a thermal barrier between you and sub-zero

conditions.

Thermal Snare fleece lining

Ideal for extreme conditions

Minimal layering needed

motion float technology

Sub-Zero Suit

• Ideal for anglers who fish in extreme weather conditions or open-air setups
• Built for anglers that use snowmobiles, ATVs, and side by sides when traversing the ice
• Thermal Snare fleece lining keep wind and snow sealed out while locking heat in
• Minimal layering needed for ultimate warmth without additional bulk