Johnston & Murphy: Aragon II Loafer(Men)Slip into the Aragon II Loafer for men by Johnston & Murphy. Enjoy the classy look while feeling comfortable all day. These loafers are designed after a traditional moccasin featuring a handsome tasseled kiltie. Made out of full-grain leather and leather lining the men's loafer offers a relaxed fit and feel. The Aragon II Loafer is equipped with a padded insole, adding support and comfort in every step. The outsole is assembled with outstanding durability and traction.
Johnston & Murphy: Hardiman Tie Driving Moc(Men)The Hardiman Tie Driving Moc by Johnston & Murphy gives you a simple yet trendy look. The genuine handsewn construction and rawhide lace come together to create a unique and stylish design. This shoe is equipped with Nappa leather linings and a full-length, sheepskin-covered footbed. The rubber driving-style outsole offers just the right amount of grip and flexibility.
Johnston & Murphy: Mcguffey Slip-On(Men)Create a lasting impression wearing the McGuffey Slip-On from Johnston & Murphy. This shoe is built using a strobel construction for enhanced strength and flexibility. Dual gore panels allow for easy entry while a rubber outsole allows for an easy, casual step. The shoe is also equipped with a padded leather and fabric-covered footbed so you can walk about in comfort as well as style.
Johnston & Murphy: Melton Cap Toe Oxford(Men)Step out in style in the Melton Cap Toe Oxford by Johnston & Murphy. This men's dress shoe is crafted of hand-selected calfskin for a premium look and feel. The Melton Cap Toe Oxford offers an exclusive Optima® Comfort System with multi-layered cushioning ensuring comfort, support and flexibility. The leather lining keeps your feet relaxed and allows for all-day breathability. The lace-up closure offers an easy/personalized fit. This Johnston & Murphy dress shoe is equipped with Goodyear welt construction allowing leather to mold t your foot for a relaxed and unique fit. The leather outsole provides rubber covering at the heel, ensuring durable traction.