GlideRide 3
The GLIDERIDE™ 3 shoe is designed to help you conserve more energy, so you can log more miles during your distance training. A key focus for this design was to make this trainer smoother and more comfortable.
Softer and more breathable, this shoe features a redesigned engineered mesh upper. This material comfortably wraps your foot and increases airflow to keep your feet cool.
We added FF BLAST+™ cushioning to the midsole to create a softer touchdown at footstrike. It keeps the shoe lightweight while adding a more responsive rebound at toe-off.
GUIDESOLE™ technology reduces ankle flexion and lightens the load placed on your foot. Along with its curved sole design, this shoe helps you roll through your training with less effort.
- 3D print details are strategically positioned throughout the upper to improve stability
- Jacquard mesh upper creates a softer feel against the foot while improving breathability
- GUIDESOLE™ technology helps conserve energy by reducing ankle flexion
- FF BLAST™ cushioning creates a softer feeling at foostrike and a more responsive rebound
- FLYTEFOAM™ Propel cushioning increases impact absorption and responsiveness
- AHARPLUS™ outsole improves durability
- The shoe's upper is made with recycled materials to reduce waste and carbon emissions
- Full-ground contact design creates a smoother and more efficient ride
Product Specs:
- Weight: 9.9oz/280g
- Stack: Heel: 32mm, Forefoot: 26mm
- Drop: 6mm
Designed For Neutral/Underpronation
Neutral
Foot Type: Normal-size arches.
Push-Off: You experience even distribution from the front of the foot.
Considered Injuries: Getting hurt is less likely due to effective shock absorption, but not impossible.
How Your Foot Contacts the Ground: Your foot lands on the outside of the heel and then rolls inward, absorbing impact on the body.
Underpronation
Foot Type: High arches.
Push-Off: The pressure is on smaller toes on outside of foot.
Considered Injuries: Plantar fasciitis, shin splints, ankle strain.
How Your Foot Contacts the Ground: The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg.