Mount to Coast H1 Women - White Sands

• Cushioning with real spring in it, never soft or dead underfoot
• Grip that carries you from tar seal to gravel to compact trail without a second thought
• A dual lacing setup that lets you tighten the forefoot and midfoot independently, useful when your feet swell on the long stuff
• A tough, secure lower half paired with a top that flexes naturally with your foot
• Midsole foam made from organic waste, so the sustainability angle is backed by genuine performance

• Category: Road-to-trail running shoe
• Best for: Mixed terrain, gravel, light trails
• Weight: 7.9oz / 223g (US W9)
• Stack height: 35mm heel, 29mm forefoot
• Drop: 6mm
• Midsole: CircleCELL foam, nitrogen infused and made from up to 20lbs of organic waste and biomass
• Outsole: VersaGrip, 2mm lugs
• Upper: dual zone construction, jacquard mesh top with a woven, aramid fibre reinforced lower
• Lacing: TUNEDFIT Dual Lacing System, independent forefoot and midfoot adjustment
• Colourway: White Sands

• Runners who want one shoe to cover road, gravel, and light trail without switching pairs
• Long runs and everyday training with a mix of surfaces along the way
• Anyone who wants sustainable materials that still hold their own on performance
• Less suited to steep, technical, or properly muddy trail, where the deeper lugs and more aggressive underfoot protection of the La Sportiva Bushido III Women's will serve you better

The hybrid road-to-trail category is full of shoes that lean too far one way or the other, either too soft for real trail or too clunky on the road. The H1 threads that needle. The CircleCELL midsole gives it a lively, PEBA-like feel without sacrificing durability for the sake of the sustainability story, and the 2mm lug pattern is genuinely at home on footpath, gravel, and hardpack rather than just tolerating the transitions. The dual lacing system is also a practical fix for a real problem, feet swelling on longer runs, rather than a spec-sheet extra. Easy shoe to put someone in if their week involves more than one type of surface.