Fitflop Wobble Board Technology

Fitflop women s lulu leopard crystal sandal.

Fitflop wobble board technology.

Beautifully crafted with comfort to be amazed by. Free shipping by amazon. They help reduce impact diffuse underfoot pressure for all day comfort. Delivering extraordinary comfort it not only helps absorb shock but can also diffuse underfoot pressure by instantly increasing the contact area of the foot to the midsole.

Great service from fitflop. The fitflop website uses cookies. With a phd in biomechanics kim heads up our r d department developing testing all technologies. Women s lulu cross slide open toe sandals.

But the less challenging the wobble board or unstable surface is the less you ll benefit. Fact the shoes feature microwobbleboard technology which promises to challenge your balance and therefore recruit more muscle fibers than walking in traditional shoes alone. Find out how our shoes affect muscle activity. Great service from fitflop.

By continuing to browse this site you agree to our use of cookies as described in our cookie policy. Very comfortable if you have plantar faschitis. Fitflop womens lulu cross glitz slide sandal shoes. Be sure of your foot size though because these sandals can vary a bit in size however fitlop are very good for refunds.

4 4 out of 5 stars 138. Your feet know it s where they belong when you slip them into these divine shoes almost instantly you can feel one of the smart technologies working their magic. 4 0 out of 5 stars 119. Free shipping by amazon.

4 3 out of 5 stars 272. It s true that unstable surfaces do target your core muscles more. Fitflop the original microwobbleboard midsole by shoetique april 2nd 2015 there are currently 0 comments. Fitflop women s carita sport low top sneaker statement.

With a phd in biomechanics kim heads up our r d department developing testing all technologies. Find out how our shoes affect muscle activity. Launched in our very first sandal in 2007 our patent pending triple density microwobbleboard midsole was engineered by two pioneering british biomechanists.