ECCO: Atlanta Tie Wing-Tip(Men)The ECCO Atlanta Tie Wing-Tip is a classic, comfortable lace-up shoe with a lightweight upper made of smooth full grain leather with an eye-catching perforated design. While conventional shoes fit across your feet at the toes, limiting your comfort and restricting the way you walk, ECCO's Freedom Fit incorporates a more spacious toe box and narrower fit in the heel and instep. Toes spread more naturally and support weight more comfortably with every step for a great fit right out of the box. A breathable textile lining and removable leather-covered insole with ECCO's Comfort Fibre System help to regulate your temperature and keep feet cool. Flexible PU outsole is shock absorbent and light for added comfort.
ECCO: Helsinki Plain Toe Tie(Men)Conventional shoes fit across your feet at the toes, restricting the way your toes spread as you walk. ECCO's Freedom Fit is different; it offers a roomy toe box and fits more narrowly from heel to instep, suitable for most widths. Toes spread naturally to support your weight and foster a more comfortable walking experience. Feet of nearly all widths feel good in ECCO, comfort straight from the box.
ECCO: Holton Apron Toe Slip On(Men)The ECCO Holton Apron Toe Slip On features an attractive and sleek silhouette. Breathable, moisture-absorbent leather lining for a rich inner climate. Removable leather-covered inlay sole with ECFS for increased air circulation; and extra width option. Direct-injected, one-component PU outsole. Lightweight outsole with shock point for additional absorption.
Johnston & Murphy: Pattison Lace-Up(Men)The Pattison Lace-Up features Johnston & Murphy's XC4 Comfort System that provides a superior fit, cushioning, lightweight construction, and moisture wicking. This shoe also features a round toe with a removable footbed that changes a medium to wide for dual width. It has a molded footbed with foam cushion and super-soft sheepskin covering plus a molded midsole that offers superior comfort. The high density rubber outsole provides shock absorption and durability.