Cambrian Women’s Ultra Mesh Lace
Experience the ultimate orthopaedic walking shoe in breathable mesh with Velcro straps.
Available in over 120 precision sizes & widths, the ULTRA’s design excellence is recognized across Canada.
Comfort for Sensitive Feet
- Soft collar and tongue lining
- Smooth bunion and toe panels free of stitching and overlays
- Outstanding accommodative anatomical Cambrian comfort lasts
- Minimal “toe spring” last design for natural pain free forefoot positioning
- Deep heel and forefoot ULTRASORB cushion inserts
- Advanced resilient EVA midsole Cambrian compound
- 30% more critical forefoot midsole cushioning volume
- Additional soft polyurethane lining
- Supple breathable premium full-grain leather uppers
Customized for Orthotics
- Removable footbed
- Extra depth ULTRA-fit
- Fully accommodates foot orthoses
- Biomechanically neutral platform
- Properly positions and supports custom orthotics
- 50% more durable midsole design correctly supports your orthotic for the life of the shoe
- Durable N.O.S. by Cambrian cradles, supports, and encircles rear foot
- Strategic four-density midsole design dynamically aligns your body and gait
Precision Fitted
- Selection of three precision width fittings
- Cambrian’s TRUEGRADE FIT system for distinct and correct widths
- Cambrian’s precision 3rdAXIS FIT TUNING system
- Removable double-depth fitting insert liner
- Anatomical toe box shape
- Off-Centre Cone last design
- Distinct women’s and men’s shoemaker’s lasts
Walk Easier
- Correct maximum forefoot rockering
- Optimum midpoint rocker apex
- Smooth toe-off gait cycle profile
- Contoured easy transition heal strike design
- ULTRASORB resilient energy return midsole inserts
- Cambrian’s body aligning dynamic walking platform
Science of Support
- Full contact sole design
- Broad stable walking platform
- Embedded TORSION-BLOC high strength midfoot device
- Firm orthopaedic thermal plastic internal heel counter
- Fully constructed upper design with integrated foot harness
- NEUTRAL ORTHOTIC SUPPORT advanced stability system