HOT ! Via Boot Metatarsal

Step into support you can rely on with the ABEO Via Boot Metatarsal, a pair of short boots for women built to keep your feet comfortable without compromising style thanks to its sleek and elegant silhouette. These women\'s boots are engineered with our exclusive BIOsystem® comfort technology, providing you with responsive cushioning with every step you take. A lateral stretch panel in our dress boots promises an adjustable fit for added comfort. Stepping into our ankle boots is a breeze thanks to a medial zipper that allows for easy access when you’re on the go. Crafted with premium leather or water-resistant suede uppers and featuring a 1.5” heel, these ankle boots for women are a classic and versatile addition to any wardrobe. 

• 
  Superior Arch & Heel Support - Exceptional arch support helps reduce pressure on joints by properly distributing weight and balance. Our cushioned deep heel cup helps absorb shock, preserve your natural heel pad, and properly align the body.  


• Premium Leather or Water-Resistant Suede Upper & Lining 


• 
  BIOsystem® Comfort Technology - Our exclusive BIOsystem® orthotic footbed delivers a perfect balance of anatomical support, responsive cushioning and balanced alignment for exceptional all-day comfort. 


• Heel Height: 1.5 inches


• Shaft Height: 4.7 inches Heel to Collar 


• Sturdy & Durable Rubber Outsole 


• 
  Help Relieve Foot Pain & Fatigue  
  
  
  
  • Ergonomic cushioned soles soften steps to help foot and heel pain. 
  
  
  • Deep heel cup helps stabilize feet and align the body to minimize fatigue. 
  
  
  • Wider fit offers more room for wide or swollen feet. 
  
  
  
  


• 
  Help Alleviate Common Foot Conditions 
  
  
  
  • Plantar fasciitis: Weight balancing arch support and cushioned heel cup reduce shock to help relieve plantar fasciitis. 
  
  
  • Metatarsalgia: Metatarsal footbed option has built-in metatarsal pad to help with forefoot pain. 
  
  
  • Bunions/Morton\'s neuroma: Spacious toe box and added depth helps reduce pressure.