Introducing the Altra Women's Paradigm 7 in Dark Gray, a top-performing road running shoe that blends sleek support with plush comfort. Designed for those who demand both stability and responsiveness, the Paradigm 7 offers an exceptional running experience with its advanced features and thoughtful design.
Key Features:
- Updated Engineered Mesh Upper: Provides a lighter weight and breathable fit, keeping your feet cool and comfortable during runs.
- Altra EGO MAX Midsole: Features 30 mm of lightweight, updated foam that delivers a responsive and plush cushioning experience, perfect for long distances.
- Roomy Toe Box: Altras signature FootShape design allows your toes to spread naturally, promoting better stability and comfort with each stride.
- Zero-to-Low Drop: Maintains a natural foot position, encouraging a stable and confident foundation for running.
- GuideRail Technology: Offers medial support and guides your feet in a straight line only when needed, providing a balanced and stable ride.
- Ghillie Lacing System: Ensures a secure fit, enhancing overall comfort and support.
- INNERFLEX Midsole: Composed of grid-like grooves, this midsole provides flexibility and movement, adapting to your foot's natural motion.
- Durable Rubber Outsole: Provides excellent traction and durability, ensuring long-lasting performance on the road.
Specifications:
- Best For: Support, road running, walking
- Heel-to-Toe Drop: 0mm
- Weight: 10.35 oz / 293.4 g
- Cushion: High
- Stack Height: 30mm
- Support: GuideRail
- FootShape: Standard
APMA Certified: This shoe has received the American Podiatric Medical Association (APMA) Seal of Acceptance, promoting good foot health.
The Altra Women's Paradigm 7 in Dark Gray is perfect for runners seeking a combination of comfort, stability, and style. Whether you're hitting the pavement for a daily run or tackling long-distance training, these shoes provide the support and cushioning you need to keep going. Embrace a natural running experience with the Paradigm 7 and enjoy the balance of sleek design and functional performance.
