Enhance your favourite footwear this season with the Remind Insoles Clouds Medic Footbed. Designed from EVA with a 4-layer foam impact system, these are built to withstand every type of footwear abuse, and promise comfort, cushioning, shock absorption and overall support to your feet. Durable and long-lasting, the footbed promises to keep your ankles, knees, and joints in alignment, which will eliminate discomfort and stress. They also feature moisture wicking properties and an anti-friction system to leave your feet cool, odorless, and blister free.
We offer FREE UK economy delivery on any order over £35 containing at least one full price item. Standard UK delivery is charged from £3.95 and Express delivery (next working day) from £8.95. International delivery rates vary depending on the weight of items ordered and the delivery service chosen. Total delivery costs are displayed below when items are selected and also on the basket page. Default prices shown are for UK delivery, please select alternative delivery destinations on the basket page or login to your account to see relevant international prices.
Select the size and colour (above) to view currently available delivery options for this product.
Express - Next working day delivery (order before 3pm)
Standard - Delivery within 5 working days
Economy - Delivery within 7 working days
Our satisfaction guarantee enables you to return any unsuitable items to us for exchange or refund within 90 days of receipt. If possible we would prefer discounted or sale items to be returned within 7 days of receipt.
UK products can be returned FREE with InPost Lockers available 24/7 or using a free Royal Mail postal returns label.
Please see our returns policy for further details.
EVA with impact foam
4-layer foam impact rebound system
Keeps the feet cool and odorless
Moisture wicking properties
Keeps ankles, knees and joints in alignment for comfort and stress relief
Enhanced foot grip for enhanced control and stability
Customer forming molds to your foot for support and weight distribution