Brief Overview

The Prologic Max5 HP Polar Zone Boot are tall fishing boots designed for anglers looking for reliable protection from moisture, mud, and cold. Their waterproof construction, thermal insulation, and stable design make them an excellent choice for time spent by the water during the colder part of the year.

Description

These boots were developed for demanding conditions in carp fishing and other outdoor activities, when dry feet, warmth, and secure footing are key to comfort in the field. The outer part combines full-grain leather with 100% polyester 900x900D fabric, ensuring resistance to water and dirt, good foot support, and a lightweight feel while walking. The Max5 camo pattern additionally blends into the natural surroundings.

Features

• Waterproof design for fishing in wet and cold conditions
• Thermally insulated for greater comfort during winter and colder days
• Outer layer made of full-grain leather resistant to water and dirt
• Added tough 100% polyester 900x900D fabric for durability
• Inner lining made of 100% polyester
• High boot profile for better support and stability
• Sturdy construction with low weight for safer movement along the bank
• Max5 camo design for a more discreet look in nature

Technology

• Max5 camo pattern for more natural blending into the environment
• Combination of full-grain leather and 900x900D polyester fabric for resistance and longevity
• Thermally insulated and waterproof construction for cold and wet conditions

Specifications

Advantages

• Keep feet dry and warm while fishing in rain, mud, and low temperatures
• Provide a safer and more stable step on slippery and uneven terrain
• Durable materials are suitable for frequent use by the water
• Lightweight yet sturdy construction reduces fatigue during longer walking and standing
• Suitable for anglers who want reliable winter footwear with a camo look

Note

Product availability depends on stock status. After use, it is recommended to clean the boots and let them air dry in order to preserve the longevity of the materials.