O

Overlook Boots

Reebok Men's FloatZig Composite Toe Athletic Work Shoe - Blue - RB3032

Meet the New Shape of Work Meet the new shape of work with the high energy return of Reebok's FloatZig Work Men's Blue and Lime Athletic Work Shoe. Why choose between soft and springy? Fast and smooth? Designed to inspire everyone to lace up and get to work, these shoes are built with premium lightweight foam technology in a geometry that enhances cushioning, energy return, and a smooth transition for a unique underfoot experience. Engineered mesh uppers with reflective overlays and dip dye treatments on the midsole will turn heads at work. Key Features of the Reebok FloatZig Work Shoe (RB3032) XTR® Extra Wide Composite Toe Meets ASTM F2413 : Reduces weight while maintaining impact protection. Iconic Zig Rubber Outsole : Cuts down on weight and stiffness for pillowy cushioning. Engineered Mesh Upper : Reflective overlays, breathable and secure fit. Electrical Hazard Protection : Additional workplace safety. Slip Resistant Soles : High coefficient of friction with the walking surface. Metal Free : Blue/Lime colorway. Soft and Springy, Fast and Smooth Premium lightweight foam technology in an engineered geometry enhances cushioning, energy return, and a smooth transition, so this shoe delivers a genuinely unique underfoot experience on the job. Style That Turns Heads at Work Engineered mesh uppers with reflective overlays and dip dye treatments on the midsole bring bold, standout style to a certified safety shoe. Why Choose the Reebok FloatZig Work Shoe? For workers who want certified composite toe protection with genuinely springy, energy-returning comfort, the FloatZig delivers a fresh take on the athletic work shoe. Frequently Asked Questions Does this shoe meet safety toe standards? Yes. The XTR® extra wide composite toe meets ASTM F2413. Is this shoe electrical hazard rated? Yes. It provides electrical hazard protection. Is this shoe slip resistant? Yes. The soles are specifically designed to provide a high coefficient of friction with the walking surface. Is thi