First Watch H20 TAC Jacket - Green - Medium

The First Watch H20 TAC Jacket in green medium is a waterproof, breathable rain jacket engineered specifically for maritime and tactical field use. Built with double-stitched and taped seams throughout, this professional-grade jacket combines weather protection with the durability demanded by water-based operations. The soft, comfortable interior lining paired with neoprene-lined cuffs creates a barrier against wind and water ingress while maintaining freedom of movement in demanding environments.

Key construction features address the specific challenges faced by boaters and offshore personnel. The waterproof fabric resists saltwater exposure and UV degradation, critical for extended time on deck. Double-stitched seams eliminate the weak points where water typically penetrates lesser jackets. Neoprene cuffs provide a secure seal around wrists and prevent water from running up sleeves during active boating or recovery operations. The breathable membrane allows moisture vapor to escape, preventing the clammy interior conditions that compromise safety during prolonged wear in cool weather.

This jacket is designed for serious boaters—commercial operators, rescue personnel, fishing guides, and weekend anglers who need reliable protection from unexpected weather changes. The medium size accommodates standard or layered wear for transitional seasons. The green colorway blends with typical marine and outdoor environments. Whether you're heading offshore for extended duty or managing nearshore conditions, the H20 TAC's proven construction prioritizes staying dry and comfortable when weather conditions deteriorate.

Professional rain jackets in this category typically feature either waterproof-only or waterproof-breathable membranes. The breathable construction here distinguishes this jacket for extended wear sessions where internal moisture buildup would otherwise reduce core temperature retention. The neoprene cuff system is standard across premium marine apparel, offering superior performance to elastic or velcro alternatives in salt-spray environments.