Style TB1A1W7V231

We built our Timberland PRO® Iconic work boots to help support and protect you comfortably on wet or dry job sites. Using direct-inject construction for durability, these traditionally styled boots feature Premium Timberland® Waterproof nubuck leather uppers with internal waterproof membranes designed for protection from water intrusion and blood-borne pathogen resistance. We designed them for safety by adding lightweight, asymmetrically shaped alloy safety toes for impact and compression protection from above and puncture-resistant steel plates to help protect your feet from below. Our Anti-Fatigue Technology polyurethane footbeds help provide shock absorption and energy return and their breathable, moisture-wicking linings have an antimicrobial treatment for odour control. Plus, their heat-, oil-, slip-, and abrasion-resistant, non-marking rubber outsoles help offer traction.

Alloy Safety Toe

Lightweight, metallic, asymmetrical-shaped toe cap. Meets ASTM F2413 impact (I) and compression (C) requirements when tested to ASTM F2412.

Heat-Resistant Outsole

Solid Timberland PRO® rubber compound outsole resists hot contact using the EN ISO 20344 test method at 572°F (300°C).

ReBOTL™ Material

The ReBOTL™ material used in Timberland® apparel contains at least 40% recycled PET (recycled polyethylene terephthalate, the stuff plastic bottles are made of). The ReBOTL™ material used in Timberland® footwear and accessories contains at least 50% recycled PET. (Excepting trace materials)

Puncture-Resistant Device (Non-Metallic Plate)

Flexible non-metallic plate provides puncture protection to the sole of the foot. Meets ASTM F2413 and ASTM F2892 puncture resistance (PR) requirements when tested to F2412.

All-Weather TPU Outsole

Specially-formulated thermoplastic urethane compound designed to maintain flexibility in variable weather conditions, providing enhanced traction on wet and frosted ice surfaces, plus slip, oil, and abrasion resistance.

Anti-Fatigue Technology

Our exclusive Anti-Fatigue Technology absorbs shock and returns energy at key zones of the foot for comfort. Molded, inverted cones support, collapse and return energy in key pressure zones, and the cone structure uses less material for a lighter boot.