Men's Ross Diabetic Shoe


The Ross men's athletic shoe cushions and supports your foot whether your walking, exercising or standing for hours at a time. Featuring a typical lace closure, the Ross has been designed with additional padding including padding of the heel and tongue. It's been crafted out of three different mesh fabrics to dispel foot heat while wicking away moisture. With a wide toe-box and cushioned footbed this shoe will inspire you to stay active.

Unique Last

I-Runner shoes are built on a specifically designed last for an anatomical and contoured shape. No other shoe brand shares our last.

Wide Toe Box

Our shoes are designed with a wide and roomy toe box to better accommodate those with bunions and hammertoes to have the comfort they require.

Extra Depth

Our shoes are designed to accommodate custom insoles and special orthotics.

Heel Protection

Extra heel padding helps to secure the heel and provides extra stability.

Composite Shank

The hard plastic shank runs the length of the shoe helping to alleviate foot roll.

Air Flow

The shoe's upper allows for air flow and helps to keep your feet ventilated and dry.

Indicated for foot problems related to:

  • Diabetes
  • Neuropathy
  • Hammer Toes
  • Bunions
  • Corns
  • Calluses
  • Swollen Feet
  • Plantar Fasciitis
Ross Specs

Sizes: 7.5 - 12, 13, 14, 15
Widths: M, W, XW
Colors: Dark Grey, Blue, Green
Material: Mesh, Leather
Closure: Laces
HCPCS: A5500

Medicare Coverage

All of I-Runner shoes are qualified for, and coded as Medicare-eligible shoes. You might be qualified to receive these shoes and inserts from Medicare.


If you are not buying these shoes through your insurance, you can purchase them direct from us.

K5 Diabetic Skin Nutrition


Relieve the stinging sensation of neuropathy foot pain and repair and restore skin damaged by diabetes.

Specifically formulated lotion

to treat lower extremity diabetic skin conditions, as it's been developed with PEA an ingredient which has been shown to perform a variety of biological functions related to neuropathic pain.