Women’s running shoe ICEBUG Arcus RB9X Aqua/Aruba

Icebug ARCUS RB9X running shoes for women

Comfortable and grippy Arcus RB9X™ running shoes for women. The shoes are ideal for long runs or brisk walks on gravel roads and easy hiking trails. An RB9X® rubber compound outsole which, together with a unique pattern, provides excellent grip on wet rocks. In addition, the Arcus features a comfortable midsole in which a combination of lightweight foam and BLOOM® foam provides excellent cushioning and energy return. The roomy toe box and highly breathable mesh upper are both welcome features on hot summer days.

• Lightweight and airy bluesign® certified polyester upper.
• With a TPU mudguard.
• The solution-dyed inner lining is made of breathable, quick-drying 100% recycled polyester.
• The low-profile sole gives good ground feel. The heel-to-toe drop is 6mm.
• Removable Ortholite Hybrid® insole.
• Shock-absorbing EVA midsole.
• The soft and flexible RB9X rubber sole provides a pleasant running stride and excellent grip on various surfaces in both wet and dry weather.
• Medium-width last.
• The toe box of the shoe is roomy, allowing natural movement of the foot.
• The heel-to-toe differential (drop) is 6mm.
• Weight of one shoe: 259g (for size 38)
• Environmental information:
  • The upper is made of bluesign® certified 100% recycled PET polyester.
  • The lining and insole lining are made of bluesign® certified 100% recycled polyester, produced in a water- and energy-saving way.
  • ​The eco-friendly solution-dyeing technology saves energy, water and chemicals, because the fabric is not immersed in dye; instead, the colourant is added directly during the process of making the polymer thread.
  • The seams use 11-12% recycled fishing nets and 45-48% recycled polyethylene.
  • The EVA midsole contains 20% BLOOM® foam, made from algae.
  • 15% recycled rubber in the outsole.
  • All Icebug production is climate positive.
  • 10kg of CO2 energy is used to produce one pair.
  • The shoes are made from 29% recycled materials and 10% bio-based materials.