Reversible high-visibility insulated safety vest with reflective striping. Yellow and Lime variants meet ANSI/ISEA 107-2020 Class 2 Type R requirements on the hi-vis side. Black variant meets ANSI/ISEA 107-2020 Class 1 Type O requirements on the hi-vis side. Compliance applies only when worn on the high-visibility side. Built for construction, transportation, utilities, warehouse operations, and other work environments where visibility and core warmth are required without restricting arm movement. Constructed from 100% polyester with an insulated core and a polyurethane-coated outer shell to help resist wind and light rain during daily jobsite use. Features sewn-in 2-inch ANSI-compliant reflective tape for 360-degree visibility on the hi-vis side. Black side includes reflective piping to support added awareness. Sleeveless bodywarmer design with a stand-up zippered collar. Includes four total zippered pockets (two per side) for secure storage and hand warming. Heavy-duty front zipper supports regular use. This reversible insulated safety vest is designed to provide visibility compliance, core warmth, and durability for jobsite environments. It features a high-visibility side with reflective striping for ANSI-regulated use and a non-hi-vis black side for general work applications. Compliance varies by color. Yellow and lime variants meet ANSI/ISEA 107-2020 Class 2 Type R standards when worn on the high-visibility side. The black variant meets ANSI/ISEA 107-2020 Class 1 Type O standards when worn on the high-visibility side. The non-hi-vis side is not ANSI rated. The vest is constructed with an insulated core and a polyurethane-coated polyester outer shell to help resist wind and light rain. Its sleeveless design allows for unrestricted movement while maintaining warmth in cold conditions. Designed for practical jobsite use, the vest includes a stand-up collar, a heavy-duty front zipper, and multiple zippered pockets on both sides for secure storage. This bodywarmer prioritizes visibility classification, durability, and functional performance without unnecessary features.