Nunn Bush Men's, Otis II Plain Toe Chelsea Boot

Heavyweight style combines with lightweight construction like an EVA footbed and lightweight sole to form a boot that feels as good as it looks. Casual, contemporary, and versatile, the Nunn Bush Otis 2.0 Plain Toe Chelsea Leather Boot is the catch of the season. Born in Milwaukee in 1912, Nunn Bush was launched with the goal of creating fine men's shoes at affordable prices. Over 100 years later we continue to rely on our Midwestern values of hard work and fair play. Today, whether it's classic, contemporary, dress or casual, the Nunn Bush name has become synonymous with quality, comfort, value and style.

• NEW and IMPROVED: We engineered this new version of our popular and classic plain toe chelsea boot with more comfort, updated styling, softer leathers and our newest molded dual comfort EVA footbed with arch tech. If you love our original, you'll really love our updated new and improved chelsea boot!
• STYLE: Made with premium leather uppers to assure the style and comfort level you expect, the Otis 2.0 Plain Toe Chelsea Boot provides versitile styling to perfectly accent your wardrobe. Great for jeans and chinos! Great styling to dress up or down.
• COMFORT: Our Dual Comfort technology is a unique combination of two different EVA foam compounds and arch support in the footbed that contains recycled content for a more sustainable future. Full length molded dual comfort EVA footbed with arch tech to ensure superior all day shock absorption and cushioning. Soft, comfortable Suedetec linings that are comfortable and smooth to the touch.
• PERFECT FIT: Pamper your feet with this amazing casual chelsea boot that is constructed with premium materials to provide the highest level of fit integrity. Available in medium and widths for the perfect fit.
• OUTSOLE: Lightweight EVA plus the durability of rubber combine for a robust and comfortable sole is comfortable and looks great! The midsole is created from a lightweight walkable EVA and provides athletic inspired comfort and shock absorption.