Men's Non Typical Statix Fleece Lined Bibs with Agion Active X2 by Drake

Men's Non Typical Statix Fleece Lined Bibs with Agion Active X2 by Drake

The Men's Non Typical Statix Fleece Lined Bibs with Agion Active X2 by Drake are designed to provide comfortable warmth and practical coverage during cool-weather hunting. Featuring a fleece-lined construction and Agion Active X2 technology, these bibs offer a versatile combination of insulation, comfort, and hunting-focused performance. The bib design provides extended coverage through the torso and legs while allowing comfortable movement in the field.

Key Features & Benefits:

Fleece-Lined Construction
Provides added warmth and comfort during cold-weather hunting conditions.

Agion Active X2 Technology
Helps provide odor-control performance for hunting apparel.

Statix Design
Built with hunting-focused functionality for changing outdoor conditions.

Bib-Style Coverage
Provides extended coverage across the torso and legs for additional protection from the elements.

Comfortable Mobility
Designed to allow freedom of movement during walking, scouting, and hunting activities.

Layering Versatility
Can be worn over base layers for additional warmth in colder conditions.

Specifications:

• Insulation: PrimaLoft® Black Eco
• Panels: Stretch Ripstop
• Water Repellent Finish: C0-DWR
• Lining: Brushed Tricot
• Buckles: DuraFlex®
• Leg Zippers: Waterproof YKK®
• Leg Zipper Function: Easy On/Off, Ventilation

Warranty & Support:

Backed by Drake Waterfowl’s standard limited warranty against manufacturer defects. For questions or concerns, contact Drake’s customer service for product assistance or return inquiries.

Why Choose the Men's Non Typical Statix Fleece Lined Bibs with Agion Active X2 by Drake?

The Men's Non Typical Statix Fleece Lined Bibs with Agion Active X2 by Drake combine warm fleece lining with odor-control technology and practical bib coverage. Their hunting-focused design makes them a versatile choice for comfortable layering and extended time in cool-weather field conditions.