Quick Overview

Savage Gear HeatLite Thermo B&B are thermal bib and brace fishing trousers designed for cold, wet, and demanding conditions. They combine low weight, thermal insulation, and waterproof protection, making them an excellent choice for anglers who want to stay dry and warm throughout the day on the water.

Description

The HeatLite Thermo B&B model is made for winter and transitional-season fishing, when protection from wind, moisture, and cold is essential for comfort. The durable rip-stop outer fabric, breathable TPU membrane with 8.000 mm waterproof rating, and fully taped seams provide reliable protection in adverse weather conditions. Thanks to the lightweight yet effective 150 g/m² insulation and the special thermal lining in the upper inner section, these trousers are suitable for shore fishing, spinning, carp fishing, and general sport fishing.

Features

• Soft tear-resistant rip-stop outer fabric
• 100% waterproof TPU membrane rated at 8.000 mm
• Breathable construction for greater wearing comfort
• Fully taped seams for added protection against water ingress
• Ultra-light yet fully insulated design
• Branded elastic braces with sturdy buckles
• Two-way main zipper with double storm flap
• Two side hand pockets with fleece lining and water-repellent zipper
• Internal zipped pocket for small items
• Elastic waistband for a better fit
• Lower leg section with zipper and Velcro adjustment

Technology

• HeatLite thermal technology
• Special technical thermal fabric in the upper inner lining

Specifications

Available Variants

• L
• XL
• XXL

Advantages

• Excellent protection from rain and moisture thanks to the 8.000 mm membrane
• Warmth and comfort without unnecessary weight
• Practical details for fishing in low temperatures
• Durable construction for frequent use on the water and outdoors
• Good fit and easy adjustment when worn over layered clothing

Note

Size availability may vary depending on stock levels. Use and maintain the product according to the manufacturer's instructions to preserve the functionality of the materials.