Exersteps | Women's Brisa 2 | Full Rocker Bottom, Max Cushion Walking Shoe (Wht/Slvr, 8.5)
R 4,001
or 4 x payments of R1,000.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
This item may be available in a different size, colour, scent, version or platform:
Exersteps | Women's Brisa 2 | Full Rocker Bottom, Max Cushion Walking Shoe (Wht/Slvr, 8.5)
SHOE LENGTH RUNS SHORTER | Brisa 2 tends to run a little short on length compared to Brisa 1. If in doubt, size up 1/2 size or measure your foot per detailed instructions at the very bottom of this product listing. Numerical size chart also provided above. Size right before purchasing and ensure a great fit, feel, and overall wear experience.
ROCKER BOTTOM | Introducing PodiaRocker 25. Original rocker bottom now built with broader foot shape, enhanced lateral stability, and targeted rubber soleplate traction. 25% contact surface curve activates lower and core body muscle group greater than standard flat surface walking or running styles. Easy heel-to-toe glide motion reduces typical walking pressure to the triad joint frame of ankle, knee, and hip.
MAX CUSHIONED MIDSOLE | The high stack cushioned foam body provides effective shock absorption while achieving 20% lighter weight than the original Brisa. Additional ABS arch stabilizer embedded at the axis point ensures a smooth transition from landing to toe-off.
BREATHABLE, ENGINEERED MESH | Wide vent mesh offers maximum air circulation for cool comfort and interior dryness. The double padded layer design delivers added durability to ensure a longer use life. MOLDED HEEL CUP INSOLE | Deep cushioned EVA foam sock with rounded heel cup for improved form fit and strike comfort. Soft fabric lined. Removable if needing to add custom inserts or orthotics.
CONFIDENT WALK | The expanded forefoot width and non-slip, rubber grip soleplate design gives this rocker-bottom shoe solid support for every step taken. The broader ball area provides greater lateral stability while the recessed rubber soleplate maximizes the contact traction points with less weight.