First Watch AB-1100 Flotation Bomber Jacket - Hi-Vis Yellow/Black - Medium

The First Watch AB-1100 Flotation Bomber Jacket - Hi-Vis Yellow/Black - Medium is engineered to provide critical thermal protection and buoyancy for those operating in demanding marine environments. Whether you are navigating coastal waters or working on a commercial deck, this jacket addresses the physiological strain caused by relentless wind and low temperatures. By integrating life-saving flotation directly into a rugged outerwear piece, it ensures that safety remains a constant without requiring a separate, bulky PFD. This specialized garment is an essential investment for professionals who need to maintain peak alertness during long watches in inclement weather.

Constructed with a focus on durability and visibility, the AB-1100 utilizes high-visibility yellow panels to ensure the wearer is easily spotted against the water in emergency scenarios. The bomber-style cut offers a shorter waistline, which provides superior mobility and prevents the jacket from riding up while seated or operating machinery. Internal flotation foam provides both the necessary lift in the water and an additional layer of insulation against the biting cold found on the open sea. Ribbed cuffs and a secure waist seal work together to trap body heat, making it an effective barrier against the elements during extended periods on deck.

This medium-sized jacket is ideally suited for boaters and deckhands who require a balance of warmth, safety, and unrestricted movement for technical tasks. The high-contrast black accents help hide grease and grime in high-wear areas, maintaining a professional appearance even after heavy use in the field. It serves as a primary piece of safety equipment for those looking to buy a reliable flotation garment that meets the rigors of professional maritime service. Reviewing the specifications of the First Watch AB-1100 Flotation Bomber Jacket - Hi-Vis Yellow/Black - Medium reveals a design focused on maximizing survival time and operational efficiency in cold-water climates.