The i-Run team says
Enjoy exceptional comfort during your running sessions thanks to the Brooks Glycerin 22 shoe for men.
Glycerin 22, for what type of athlete, what use, what distance, and what surface?
It perfectly suits enthusiasts of all levels looking for a reliable pair for regular outings throughout the weeks.
It is ideal for long distances, recovery sessions, and even interval training.
Its grip is flawless on roads and trails.
Glycerin 22, what use?
+ Versatile, it is suitable for long-duration efforts like marathons as well as lighter outings, fast training, and walking.
- For more propulsion and speed over the same distances, we recommend the Hyperion Max 2.
Why choose the Glycerin 22?
This all-new Glycerin allows you to enjoy:
- Cushioning designed for evolving with serenity.
- An upper that combines foot support and breathability.
- A new collar to enhance comfort.
- Impressive support to maintain a natural axis with each stride.
- A durable and grippy outsole.
Glycerin 22, what's new?
This successor to the Glycerin 21 offers:
- A new foam for increased softness and bounce.
- A revamped upper for better fit and comfort.
Features of the Glycerin 22
- Drop: 10 mm.
- Cushioning: The midsole features a new generation foam for better shock absorption and a more dynamic energy return to propel you forward.
- Upper (the top part that wraps the foot): Made of double jacquard, it ensures a perfect hold of your foot and provides a continuous source of freshness throughout your effort.
- Outsole: Made of rubber, it ensures a flawless grip and smooth transitions.
- Width D: standard
- Removable insole
- Weight observed at i-Run: 288 g in size 42
Technologies
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GuideRails
Integrated component on the internal and lateral faces that offers customized support. With each of your movements, your hips, knees, and joints remain aligned, without the need for traditional adjustments.
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RoadTack
A new durable and lightweight rubber made from a blend of rubber and recycled silica.
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DNA Tuned
The DNA Tuned foam protects your body from impacts with maximum cushioning, all in softness.