Product Description
Making a splash. This mini-me version of FitFlop’s bestselling iQushion flip-flops shares their pool-cool style and non-stop comfort but is biomechanically engineered for kids. Softer-growing feet need footwear that won’t interfere with their natural development. So these light unisex sandals feature FitFlop's iQushion™ Kids junior sole: a wider, lower, stable base, with slight natural contouring, allowing freedom to move and space to grow. Made from soft, flexible, high-rebound air foam, that bends with developing feet and lets them ‘feel’ the ground helping balance and coordination. On top, supersoft flexible rubber straps are anatomically shaped to increase stability and stop small toes from gripping. (And look identical to the adult flip-flops.). Brilliant for the beach/park/garden. Waterproof and slip-resistant Engineered for kids, not just a sized-down adult style Durable high-quality air foam retains its cushion ‘L’ & ‘R’ and toe grooves on footbeds Tested at The Human Performance Lab, Calgary University Other Materials.
Making a splash. This mini-me version of FitFlop’s bestselling iQushion flip-flops shares their pool-cool style and non-stop comfort but is biomechanically engineered for kids. Softer-growing feet need footwear that won’t interfere with their natural development.
So these light unisex sandals feature FitFlop's iQushion™ Kids junior sole: a wider, lower, stable base, with slight natural contouring, allowing freedom to move and space to grow.
Made from soft, flexible, high-rebound air foam, that bends with developing feet and lets them ‘feel’ the ground helping balance and coordination.
On top, supersoft flexible rubber straps are anatomically shaped to increase stability and stop small toes from gripping. (And look identical to the adult flip-flops.). Brilliant for the beach/park/garden.
- Waterproof and slip-resistant
- Engineered for kids, not just a sized-down adult style
- Durable high-quality air foam retains its cushion
- ‘L’ & ‘R’ and toe grooves on footbeds
- Tested at The Human Performance Lab, Calgary University
Other Materials.