The GLIDERIDE™ 2 (Wide) shoe is scientifically proven to save energy over the long run. By reducing energy through the phases of the gait cycle from footstrike to toe-off, this running shoe can help you cover greater distances. This season, we wanted to leave the energy-saving properties intact while creating a smoother ride with a better fitting upper. Designed for runners who want to feel fresher for longer durations, this shoe is also a functional choice for recovery runs. This model's width is also wider to provide a more accommodating fit for those with higher volume feet. Improving the fit of the upper, this design features an engineered mesh that provides excellent airflow while adjusting to the natural shape of the foot's motion. Paired with a 3D print, this application also creates targeted support without extra stitching or added weight. Additionally, the shoe's upper is made with recycled materials to reduce waste and carbon emissions. GUIDESOLE™ technology consists of a curved sole that improves running efficiency by decreasing the load placed on the lower limbs. FLYTEFOAM® technology cushioning is placed on the top layer of the midsole for a soft landing, while the bottom layer of FLYTEFOAM® Propel technology generates a more responsive bounceback. Sandwiched between these two layers in the forefoot is a plate that helps keep the integrity of the midsole. Encouraging an easy forward roll, this motion propels the foot forward to create smoother and more efficient transitions between strides. Additionally, the AHARPLUS™ outsole improves durability and extends the shoe's lifespan.
AmpliFoam™ Midsole: Engineered to maintain durability at softer densities, providing better flexibility, comfort, and platform adaptability ideal for natural running.
GEL® Technology: Cushioning provides excellent shock absorption
Ortholite® Sockliner: Moisture management (Ortholite is a registered trademark of ATP Manufacturing LLC).
No-sew overlays improve support
Guidance Line® Midsole Technology: Vertical flex groove decouples the tooling along the line of progression for enhanced gait efficiency.