The Altra Lone Peak 9+ shoe for women ensures successful trail sessions across a wide variety of terrains.
Lone Peak 9+, for what type of athlete, what use, what distance and surface?
Versatile, the Lone Peak 9+ is suitable for both beginner and experienced athletes seeking a reliable shoe for trail paths. With a zero drop, it's essential for novices to gradually adapt to this type of model to avoid any risk of injury.
It is ideal for short to medium distances and can adapt to longer adventures in hiking. Its outsole allows you to navigate dry or wet paths with confidence.
Lone Peak 9+, what use?
+ Its excellent balance between responsiveness and stability allows you to fully enjoy your trail sessions. Its grip provides perfect control on technical trails.
- If you want a model with significant cushioning for longer distances, we recommend the Altra Olympus.
Why choose the Lone Peak 9+?
By opting for the Lone Peak 9+, you benefit from:
Lone Peak 9+, what?s new?
Compared to the previous version, the Lone Peak 8, it features:
Features of the Lone Peak 9+ shoe
Flat cushioning. The Zero Drop platform offers total cushioning and places the heel and forefoot at the same distance from the ground. This natural balance helps keep the feet, back, and body posture aligned to minimize shocks. Additionally, the Achilles tendon and lower calf muscles, weakened by wearing running shoes with elevated heels, are strengthened.
The FootShape toe box allows the toes to spread naturally and comfortably while keeping the big toe straight. This improves stability and increases the propulsion strength of the toes, optimizing running performance.
Advantages:
- The big toe remains straight, providing greater stability and increased propulsion strength.
- The toes can spread naturally and comfortably.
- The foot naturally compensates for any excessive pronation.
Soft and comfortable material, dynamic and responsive.
The Vibram MEGAGRIP sole provides excellent grip properties on all types of terrain, especially on slippery surfaces, and high durability.