Hoka Arahi 7 Women's Running Shoes (D Width)

Not your average stability shoe, the Hoka Arahi 7 delivers the same streamlined support as its predecessor with patented J-Frame technology. Updated with a zonally engineered, flat knit upper for improved midfoot lockdown, fine-tuned the fit with a plusher tongue, and a stretchy dual gusset beneath the lace line to help mitigate tongue migration.

Flat Knit Upper

The Arahi 7 is designed with a laser focus to fit with structured, enhanced knit fabric for security and breathability. This upper is outfitted with an extended heel pull tab for easy on-and-off and a refined collar shape that alleviates pressure on the Achilles. The Arahi 7 has an improved plush tongue providing your feet with a layer of comfortable protection and support this is teamed with a traditional lace-up system that keeps the foot locked in and secure.

CMEVA Midsole

The midsole is grounded in an extremely resilient, ultralight foam. This foam is constructed of a firm CMEVA cushioning combining comfort and support. The CMEVA midsole offers maximum cushioning whilst maintaining a lightweight feel. Alongside this is an Ortholite sockliner which can be removed for a preferred fit and comfort, and an early-stage meta-rocker for a smoother ride and faster transition.

Durabrasion Rubber Outsole

Designed to be durable and flexible with your foot, the outsole has been constructed using a Durabrasion rubber. Placed strategically in high-wear areas such as the forefoot and heel, the rubber increases durability, resisting the traumas of heel strikes to bring you a long-lasting running buddy. The durable rubber outsole will keep you in firm control across varied terrains over a long period. The shoe contains Hoka's J-Frame technology designed to prevent excessive inward roll or overpronation, without overcorrecting your gait. The J-Frame helps guide the foot without rigid materials and delivers more durability than before. Completing the outsole is strategically placed zonal rubber which helps to enhance grip and traction.