P.R. Gear | Bridge Soles | 3/4 Length Insoles with Met Pad

Bridge Soles: Support for Stronger, Healthier Feet

Bridge Soles are expertly designed to alleviate pressure from forefoot issues like neuromas and metatarsalgia, as well as plantar fasciosis (formerly plantar fasciitis) and Achilles tendon discomfort. They’re also ideal for easing the transition to natural or zero-drop footwear by reducing stress on the lower calves.

These insoles act as a bridge to better foot health, helping your feet and lower legs relax and strengthen naturally over time so that additional support is no longer necessary.

Benefits of Bridge Soles:

• Relieve Forefoot Pain: Address issues like Morton’s neuroma, sesamoiditis, and metatarsalgia.
• Ease Plantar Fasciosis & Heel Pain: Reduce strain on the arch and heel.
• Reduce Achilles & Calf Stress: Perfect for transitioning to lower-drop shoes.

How Bridge Soles Work:

1. Metatarsal Pad: Reduces forefoot pressure while promoting natural alignment.
2. Soft, Flexible Arch: Supports and relaxes the arch for lasting comfort.
3. Deep Heel Cup: Distributes pressure evenly, reducing strain on the heel.

Together, these features create Triple Adapt Support, dampening the body’s natural landing response to reduce strain on your feet and lower legs. This unique design offers a more effective solution than simply adding a heel lift, making the transition to healthier footwear smoother and more comfortable.

Easy-to-Use & Temporary Support

• Slip them under your existing insoles for a few days to a few months, depending on your needs.
• Use as needed to support foot health without interrupting training or daily activity.

Strengthen your feet and enjoy lasting relief with Bridge Soles—your partner in foot health and natural movement.

Specs:
-Weight: 0.5oz (S) – 0.8oz (XL)
-Heel thickness = 10mm
-Met Pad thickness = 8mm
-Drop from heel to tip of insole = 8mm
-Drop from heel to Met Pad = 2mm
-Functional drop from heel to forefoot (weighted): 4mm
-Heel is softer and is designed to break down faster so it will slowly reduce to a drop of 1mm to 0mm after approximately 100 hours of wear, where it will stay.