change the way you feel about your feet.

These are no ordinary sandals. Flip flops as most people know them are flat, flimsy and totally lacking in support. You have to grip your toes and strain your feet to keep them on, and even the shortest stroll leaves feet fatigued. This is the sandal status quo, and at SOLE we just don’t get it. Your feet aren’t flat, why should your flips be?

SOLE sandals offer warm-weather comfort in a variety of styles and materials to suit every taste and setting. Our flips and slides built on a two-part Sport platform, give easy breezy industry-leading orthopedic support, while our low-profile flips provide comfort far beyond what you'd expect from their casual summer style.

The different platforms combine with strap materials varying from athletic engineered-knit and nylon webbing to luxurious leather and synthetic nubuck so you can find your perfect combination of function and fit. With sustainable materials like Bloom Algae Foam and ReCORK recycled cork, your new favourite flips have an eco-friendly edge to boot.

For too long people have sacrificed their foot health for the sake of a breeze between their toes. It’s time for flips that feel as good underfoot as they look.

All SOLE sandals are designed with the same signature shape featuring a supportive arch, deep heel cup and a wear-mouldable base. The result? The most comfortable sandals you've ever owned, that are actually good for your feet.

With different levels of firmness, strap widths and materials varying from ReCORK recycled cork to algae-based Bloom Foam and EVA, there is a SOLE sandal that will perfectly suit your needs.

SOLE sandals mould to your feet in a few days of wear, for customised support where you need it. The signature supportive shape is proven to improve balance, posture and stability while reducing strain and preventing injury.

Unique features of the footwear include a metatarsal pad for an added level of forefoot support and increased toe circulation, a deep heel cup that prevents overpronation and supportive, yet flexible arch that prevents excessive arch strain.