Timberland Pro Radius Knit Grey/Orange Composite Toe Work Shoe

The Timberland Pro Radius Knit is an ultra-lightweight and breathable work shoe that takes comfort on the job to a whole new level. With an athletic, slip-on design and exterior made of grey knit material with orange accents, the Radius looks and feels like a pair of high-fashion sneakers. Except these guys are made for work, as the knit material is made tough and bolstered by abrasion-resistant reinforcements at the heel and toe. You'll reap the same benefits of the sneakers by which the Radius is inspired though, including lighter-than-air mobility and ample ventilation throughout your entire foot, in addition to a breathable, moisture-wicking lining with antimicrobial qualities that keeps your feet feeling fresh and comfortable all day long. This makes the shoe ideal for working in warm weather indoors and out like landscaping and light industrial shops.

The Radius may look like a sneaker, but this is a shoe built for work. As such, it features several comfort and protection qualities to keep you safe and energized on the job. First, a pair of asymmetrical composite toes for lightweight impact protection, which feature a left-right slanted shape that fits better around your toes, unlike the traditionally boxy safety toes that can feel cramped. Beneath your feet, FlexTech outsoles not only provide industry-standard slip-resistant to keep you vertical on slick surfaces, but also feature anatomically positioned grooves that allow for a wider range of motion no matter how your feet move, as well as a more natural posture and better leg alignment for reduced joint aches and pains.

The Radius, like all Timberland Pro footwear, features signature Ant-Fatigue Technology footbeds. They're made of the the same material as anti-fatigue mats and, like them, provide exceptional energy return and cushioned support with every step. This is supplemented by a lightweight Hover Spring foam midsole that puts a bit of responsive bounce in your step while resisting chemical degradation from oil and fuel.