KEEN UTILITY
With an ESD outsole that's built for light industrial work, especially around sensitive electronics, this aluminum toe work shoe is ready for long days in a production environment.
With an ESD outsole that's built for light industrial tasks, especially around sensitive electronics, this women's work shoe is ready for long days in a production environment.
Designed around a woman's foot and built for light industrial tasks, this work sneaker has a breathable mesh, non-mutilating upper. With a KEEN.ReGEN midsole, a slip-resistant, non-marking outsole, and a low-profile aluminum toe.
Made for constant movement and long hours on your feet, this lightweight safety-toe work sneaker provides athletic performance and energy-returning comfort.
Reenergize the workday with the Sparta XT. Its abrasion-resistant, non-mutilating upper, KEEN.ReGEN performance cushioning midsole and aluminum safety toes make this shoe ready to kick some pallets in place.
Featuring a responsive midsole and an updated mesh upper, this work sneaker is everything you need.
An ESD outsole, responsive midsole, and updated mesh upper make this work sneaker ready to rule the production line.
With an ESD outsole, responsive midsole and an updated mesh upper, it's everything you need in a women's work sneaker.
Designed with KEEN.ReGEN’s proven midsole cushioning, offering 50% energy return with every step, a breathable mesh upper, carbon-fiber toes, and the KonnectFit heel capture system
Designed with KEEN.ReGEN’s proven midsole cushioning, offering 50% energy return with every step, a breathable mesh upper, carbon-fiber toes, and the KonnectFit heel capture system
Designed for a woman’s foot and built with game-changing cushioning, this slip-on work sneaker keeps you supported for your whole shift and beyond.
Designed with an energy-returning KEEN.ReGEN cushioning midsole, ESD-rated outsole, easy-on/easy-off laceless design, breathable mesh upper, and lightweight carbon-fiber toes
Dependable hiker fit with jobsite-focused features. Durable Chelsea work boot with easy-pull-on leather upper provides essential protection and support.
Your favorite Flint just got better. Reinvented with our innovative KEEN.ReGEN cushioning midsole and a highly slip-resistant rubber outsole, this hiking-inspired women's soft toe work boot is a quality choice to put through the paces.
Reinvented with our innovative KEEN.ReGEN cushioning midsole and highly slip-resistant rubber outsole, this hiking-inspired women's steel toe work shoe is your clock-in to clock-out companion.
Description
Your favorite Flint Mid just got better. Reinvented with our innovative KEEN.ReGEN cushioning midsole and a highly slip-resistant rubber outsole, this mid-height hiking-inspired work boot is a must-have.
Built for the industrial athlete, this versatile waterproof shoe features energy-returning cushioning and enhanced flexibility for indoor/outdoor performance.
We reinvented a fan favorite with performance cushioning, our hiking-inspired fit, and a slip-resistant outsole.
Lighter weight than our original Flint, this mid-height style offers better traction with a siped, slip-resistant EH-rated rubber outsole and more comfort with our KEEN.ReGEN cushioning midsole that lasts the work day and beyond. Stay dry even during acti
This comfortable, burly work boot delivers protection top to bottom, thanks to an internal metatarsal guard, steel toes and abrasion-resistant leather.
Waterproof construction, a multipurpose lugged outsole, and thick cushioning make this supportive work boot ready for anything.
This unlined all-leather work boot feels like no other. Offering KEEN Luftcell air-infused cushioning midsole, sleek, lightweight aluminum safety toes, and an EH-rated, slip-resistant outsole
We've upped the capability with a KEEN.DRY membrane for dependable protection in wet conditions.
This classic looking pair is one of our lightest boots yet, with an air-injected midsole for sustained comfort and an aluminum safety toe. Its all-weather style gets even better with a KEEN.DRY waterproof, breathable membrane.