Metatarsal support

If forefoot pain is slowing you down, the Metatarsal Support offers targeted relief by lifting and cushioning the sensitive area behind the ball of the foot. This soft tear-drop pad is built directly into the orthotic, delivering steady support where you need it most.

How it works

The metatarsal pad sits just behind the ball of the foot to redistribute pressure away from the painful forefoot. By unloading the metatarsal heads and guiding load more evenly across the forefoot, it can help alleviate nerve irritation and discomfort associated with a forefoot neuroma or similar conditions. The result is steadier steps, reduced pain during walking or standing, and improved overall foot function.

Why this is unique

Unlike optional add-ons, this metatarsal pad is integrated into a full orthotic, ensuring precise placement and consistent support with every step. Its tear-drop shape targets the exact zone of sensitivity, delivering reliable relief.

Who should consider it

• People experiencing forefoot pain or nerve irritation in the front of the foot (e.g., neuroma-like symptoms).
• Individuals already using full-length or sulcus-length orthotics who want additional forefoot support.
• Anyone seeking to improve comfort during daily activities, walking, or light athletic endeavors by reducing forefoot pressure.

Fit and compatibility

Because the pad is positioned toward the forefoot, it’s essential to pair it with a full-length or sulcus-length orthotic to maintain proper alignment and support. If you don’t have pain in the front of the foot, this metatarsal support may be uncomfortable or unnecessary for you.

Use tips and care

• Insert the orthotic as you normally would in your shoe, ensuring the metatarsal pad rests under the forefoot.
• Pair with appropriate footwear that has enough room in the toe box to avoid crowding the forefoot.
  

Practical benefits you’ll notice

• Reduced forefoot pain during walking and standing by unloading the painful area.
• Improved comfort in everyday activities and better endurance when on your feet.
• More natural gait with less compensatory pressure on surrounding structures.