Icebug Eli RB9X Casual Shoes - Women's

Icebug Eli RB9X Casual Shoes - Women's

The Eli RB9X is a lightweight summer walking shoe that combines the ventilation of a sports sandal with the casual look of a sporty sneaker. It features an engineered mesh upper to keep feet cool on warm days and an elastic cord system instead of traditional laces for an easy pull-on design. Engineered for foot health, it is built with an ergonomically shaped last, a memory foam insock, and a well-cushioned BUGforce midsole that offers soft impact and high energy return. The non-studded RB9X traction rubber outsole delivers reliable grip on slippery surfaces such as wet rocks, docks, and boats. For straightforward maintenance, the Eli RB9X is fully machine washable.

• Easy pull-on design with an elastic cord instead of regular laces
• Upper crafted from bluesign approved solution-dyed and 100% recycled GRS certified PET polyester knitted engineered mesh
• Lining made from 100% recycled bluesign approved solution-dyed and OBP certified Ocean RePET polyester
• BUGforce EVA midsole containing 20% BLOOM foam derived from harvested algae
• BUGforce midsole provides soft impact and approximately 50 percent better energy return than standard EVA foam
• RB9X non-studded traction rubber outsole containing 26% natural rubber and 15% recycled rubber
• Ergonomically shaped last and memory foam insock for enhanced foot health
• Milspeed inner heel and toe reinforcements made of 60% recycled plastic with 11% to 12% recycled nylon fishing nets
• Machine washable at 30 degrees Celsius
• Removable insole for easy cleaning and maintenance
• Care instructions include washing with a few towels at 30 degrees Celsius and air drying the removed insole away from direct sunlight and high heat
• Drop of 8 mm
• Weight of 220 grams
• Regular last offering natural fit
• Medium flex torsion and medium cushioning
• Suitable for road and mixed trail terrains
• Eco-friendly construction featuring 11% bio-based materials and 31% recycled materials
• Carbon footprint of 7 kg CO2 equivalent per pair