The Palmer Safety Full Body Harness is constructed with durable polyester webbing and reinforced stitching to provide reliable support during elevated work tasks. Its five-point adjustment system allows users to achieve a customized fit across the shoulders, chest, and thighs, distributing load evenly to reduce pressure points. The harness features a dorsal D-ring for fall arrest attachment, along with two side D-rings for positioning or tool suspension.

Grommet leg loops maintain their shape and facilitate easy adjustments, while integrated fall indicators give a quick visual check if the harness has experienced a fall event. This design meets applicable safety standards and is suitable for construction, tower climbing, window washing, and general industrial use where fall protection is required. The hardware components are made from drop-forged steel with a corrosion-resistant finish, and the webbing is treated to minimize moisture absorption, enhancing longevity in outdoor environments.

Breathable padding on the shoulders and legs improves comfort during extended wear without sacrificing mobility. The harness weighs approximately 3.5 pounds and is available in multiple sizes to accommodate a range of body types. Its straightforward adjustment buckles allow workers to make changes quickly while wearing gloves, and the grommet legs prevent bunching of webbing.

With a focus on functional reliability and practical ergonomics, this full body harness offers a balanced combination of essential features for fall protection needs. The affordable price point of sixty-eight dollars makes it an accessible option for individual workers or companies outfitting teams with personal protective equipment. Consistent quality control during production helps ensure that each unit performs as expected in demanding conditions.

The harness comes packaged with clear instructions for inspection and donning, supporting proper use from the first day. Whether for daily use on a job site or as a backup unit, the Palmer Safety harness is designed to provide dependable support without unnecessary complexity.