The i-Run team says
Versatile and comfortable, the Nike Kiger 9 shoe for menis a great asset during your trail training on technical and uneven terrain.
What kind of sportsperson should wear the Kiger 9?
The Kiger 9 shoe is aimed at both beginner and experienced trail runners.
What is the Kiger 9 for?
It's perfect for your training and competitions.
What distance is the Kiger 9 for?
The Kiger 9 is recommended for short and medium distances.
What is the Kiger 9 designed for?
+ High-performance model combining speed and comfort on your favourite trails.
- The Kiger 9 is not intended for wet weather sessions, for this use we'd recommend the Nike Pegasus Trail 4 Gore-Tex.
Why choose the Kiger 9?
- Lightweight, reactive foam
- Reliable support and improved stability
- Multidirectional cleats for maximum traction
- Robust shoe
What's new about the Kiger 9?
We compared the new Kiger 9 against the last model, the Nike Air Zoom Terra Kiger 8.
- Lighter version
- Reuppered midsole: elimination of the Air Zoom unit in the forefoot for a feel closer to the ground.
- New breathable upper that is more flexible and durable: the upper part of the shoe wraps around the foot
Features of the Kiger 9
- Kiger 9 drop
The Kiger 9 has a 4mm drop.
- Kiger 9 cushioning
The foam provides excellent energy return and explosive forward propulsion. It’s durable and provides you with durable cushioning as well as a smooth stride over the miles.
- Kiger 9 upper
Made from woven mesh, the upper lets air circulate for a continuously fresh feel. It provides flawless support and protection thanks to its reinforcements.
- Kiger 9 outsole
It features multidirectional studs for reliable grip and good traction on both ascents and descents.
- Non-removable insole
- Stone guard
- Thin, joined tongue
- Reflective elements: visibility and safety
- Weight recorded at i-Run: 270 g for size 42
- Colours: black, grey, blue-grey and silver
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.
