The i-Run team says
Versatile and comfortable, the Nike Kiger 9 shoe for women is a major asset during your trail outings on technical and rugged terrains.
Kiger 9, for what type of athlete?
The Kiger 9 shoe is designed for beginner and experienced trail runners alike.
Kiger 9, for what use?
It is perfect for your training sessions and competitions.
Kiger 9, for what distance?
The Kiger 9 is recommended for short and medium distances.
Kiger 9, what use?
+ High-performing, this model combines speed and comfort on your favorite trails.
- The Kiger 9 is not intended for use in rainy weather; for this usage, we recommend the Nike Pegasus Trail 4 Gore-Tex.
Why choose the Kiger 9?
- Lightweight and responsive foam
- Reliable support and enhanced stability
- Multidirectional lugs for maximum traction
- Durable shoe
Kiger 9, what's new?
We compared the new Kiger 9 to the previous model, the Nike Air Zoom Terra Kiger 8.
- Lighter version
- Revised midsole: removal of the Air Zoom unit at the forefoot for a closer-to-the-ground feel
- New, more flexible and durable breathable upper: the upper part of the shoe that wraps the foot
Features of the Kiger 9
- Drop of the Kiger 9
The drop of the Kiger 9 is 4 mm.
- Cushioning of the Kiger 9
The foam provides excellent energy return and explosive forward propulsion. Durable, it promises long-lasting cushioning and a smooth stride over kilometers.
- Upper of the Kiger 9
Designed in woven mesh, the upper allows air to circulate for a continuous fresh feel. It ensures support and protection without fail thanks to its reinforcements.
- Outsole of the Kiger 9
Equipped with multidirectional lugs to guarantee reliable grip and good traction on both ascents and descents.
- Mont Blanc Pack
- Non-removable insole
- Rock plate
- Thin and attached tongue
- Weight observed at i-Run: 246 g in size 40
- Colors: dark green, orange, turquoise, light orange, and red
Technologies
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Nike React
Nike React cushioning provides extraordinary responsiveness. When your foot touches the ground, the foam responds to the impact of your step by returning to its shape. The more energy you put into your step, the greater the energy return will be.
