Pedifix Metatarsal Cushion with Nylon Cover

The Pedifix Metatarsal Cushion with Nylon Cover provides targeted cushioning for the ball of the foot, helping to relieve and prevent forefoot pain, metatarsalgia, and calluses. A soft double-layer foam pad absorbs shock and reduces friction, while a hand-sewn nylon cover adds durability and a smooth feel against the skin. A comfortable toe loop keeps the pad securely in place throughout the day, making it especially well suited for thin-soled footwear.

Key Features

• Protects the forefoot and helps relieve and prevent pain and calluses
• Absorbs shock and reduces friction at the ball of the foot
• Soft double-layer foam pad stays securely in place with a toe loop
• Hand-sewn nylon cover for extra durability
• Great for thin-soled footwear
• One size fits most

Specifications

• SKU: P88
• Brand: Pedifix
• Size: One size fits most
• Cover Material: Nylon
• Country of Origin: China

Ideal For

This metatarsal cushion is well suited for individuals experiencing chronic ball-of-foot pain or metatarsalgia who need reliable, all-day cushioning. People who wear thin-soled shoes such as flats, dress shoes, or minimalist footwear will benefit from the added shock absorption. Those prone to forefoot calluses from prolonged standing or walking will appreciate the friction-reducing foam layer. Anyone looking for a secure, easy-to-wear pad that stays in place without adhesives will find the toe loop design especially practical.

Frequently Asked Questions

How does the pad stay in place?
The cushion features a comfortable toe loop that holds the pad securely under the ball of the foot without adhesives.

Is this one size fits all?
Yes, the pad is designed to fit most adult foot sizes.

Can this be used in thin-soled shoes?
Yes, it is specifically designed to work well in thin-soled footwear where extra cushioning is most needed.

What conditions does this help with?
This cushion is designed to relieve metatarsalgia, ball-of-foot pain, and forefoot calluses caused by pressure and friction.