Built for fast-paced work environments where speed, comfort, and protection matter, the hoss rim fly composite toe lightweight athletic work shoe delivers breathable performance with dependable jobsite safety. This athletic work shoe features a composite safety toe certified to astm f2413-18 m/i/c eh, providing reliable impact, compression, and electrical hazard protection in a 100 percent non-metallic design. Weighing approximately 2 pounds per pair, the rim fly helps reduce fatigue during long shifts. The poly fly knit upper with tpu overlays enhances durability while promoting airflow, and a fast-rebound cushioned insole paired with a shock-absorbing midsole delivers all-day comfort. A composite shank adds structured midfoot stability, while a slip-resistant rubber outsole tested for oily and wet conditions with a .39 coefficient of friction provides confident traction across demanding work surfaces.
Boot Shaft Height: 6 Inches
Upper/Outer Base Material: Textile
Shoe Lining Material: Textile
Sole Material Content: Rubber
Calf Width: Regular
Care: Spot Clean With A Damp Cloth; Air Dry
Toe Shape: Round Toe
Country of Origin: Imported
Built for fast-paced work environments where speed, comfort, and protection matter, the hoss rim fly composite toe lightweight athletic work shoe delivers breathable performance with dependable jobsite safety. This athletic work shoe features a composite safety toe certified to astm f2413-18 m/i/c eh, providing reliable impact, compression, and electrical hazard protection in a 100 percent non-metallic design. Weighing approximately 2 pounds per pair, the rim fly helps reduce fatigue during long shifts. The poly fly knit upper with tpu overlays enhances durability while promoting airflow, and a fast-rebound cushioned insole paired with a shock-absorbing midsole delivers all-day comfort. A composite shank adds structured midfoot stability, while a slip-resistant rubber outsole tested for oily and wet conditions with a .39 coefficient of friction provides confident traction across demanding work surfaces.
