Rocky 911 Athletic Oxford - Men's Black

Description

This oxford also has a non-metallic stabilizer to give you support. Even if you aren't employed by the United States Postal Service, this Rocky 911 will make an excellent public service shoe. After this process has completed, the oxford will have a super-strong bond, and it makes the shoe lighter in weight and more flexible than conventional constructions. This oxford is made from top-quality materials in Rocky's own factory. When you're active, and working up a sweat, the moisture-wicking lining draws perspiration away from your foot. This footbed is made from polyurethane and is removable. The TPU/PU outsole offers stability, is flexible, and is oil and slip-resistant. The fact that it is US Postal Approved and Berry Compliant (Made in USA) just makes it an even better option for you. By adding this shield, these Rocky 911 oxford shoes will offer you durable protection against odor, mold, and other bacteria. A padded collar has been added for comfort. By using this leather, it makes these Rocky 911 oxford shoes polishable, and makes them extraordinary easy to keep clean. Try a pair out for yourself today. An Aegis Microbe Shield has been added to the oxford's footbed. The upper has been constructed from full-grain, water-resistant leather. By using this leather, it makes these Rocky 911 oxford shoes polishable, and makes them extraordinary easy to keep clean. The upper has been constructed from full-grain, water-resistant leather.

Key Features

• By using this leather, it makes these Rocky 911 oxford shoes polishable, and makes them extraordinary easy to keep clean.
• The TPU/PU outsole offers stability, is flexible, and is oil and slip-resistant.
• The upper has been constructed from full-grain, water-resistant leather.
• The fact that it is US Postal Approved and Berry Compliant (Made in USA) just makes it an even better option for you.
• This oxford is made from top-quality materials in Rocky's own factory.
• Rocky has fused together the leather upper and sole by using a direct injection process.