Timberland PRO Men's Radius Mid Composite Safety Toe Work Boots - Steel Toe Industrial Shoes for Construction & Warehouse - Durable Non-Slip Work Boots for Men

They may resemble your favorite athletic shoes, but our men's Radius work boots in a mid-height style for greater ankle protection, are built to take on the toughest job sites and help keep your feet comfortable. Utilizing Timberland PRO FLEX technology, durable stretch fabrics are incorporated with rubber outsoles that have anatomically positioned flex grooves so you get full range of motion without resistance. Their metal- and mutilation-free uppers consist of our premium Raptek microfiber that has a superior feel and less cracking than natural leather, plus breathable, durable mesh with abrasion-resistant reinforcements. We added composite safety toes, electrical hazard protection, our Anti-Fatigue Technology footbed for shock absorption and energy return, a lightweight HoverSpring foam midsole for industry-leading comfort, durability, and flexibility, a breathable and moisture-wicking lining made of ReBOTL material containing at least 50% recycled plastic.

Anti-Fatigue Technology: A comfort system designed with shock-absorbing, geometrical technology that returns energy back to the foot to deliver all-day support and comfort.

HoverSpring: Our proprietary lightweight HoverSpring foam provides industry leading underfoot comfort and flexibility while being durable enough for the harshest environments.

Timberland PRO FLEX : Technology gives you full range of motion without resistance and has features like anatomically positioned flex grooves under your foot and durable fabrics that stretch above your foot ensure your shoes will work with you in every step.

Composite Safety Toe: Lightweight, non-metallic, asymmetrical-shaped toe cap that meets US safety standards including ASTM F2412-18a and ASTM F2413-18 I and C impact and compression safety standards.

Timberland PRO Rubber: Heat-resistant, durable rubber compound offers enhanced slip, oil and abrasion resistance.