Altra Olympus 5 Men's


Step into our plushest trail runner and keep your feet comfortable all day, on all terrain. With sticky grip and cushion, tackle rugged trails with confidence. Planning to take on the tough trails? You’re gonna want some soft cushion and underfoot protection. And the Olympus 5 has just that. Lots of soft yet responsive midsole foam, combined with a sticky Vibram™ Megagrip outsole for unparalleled grip makes it easy to keep sending it on all-day adventures. Our roomiest toe box with plenty of room for your toes to move freely, with space through the midfoot, combines with zero drop to let you move naturally. An engineered mesh upper keeps this shoe lightweight and breathable. Enjoy the view. The Olympus 5 will take care of the rest.


  • Best For: Trail running, hiking, all-day trail running
  • Heel-to-Toe Drop: 0mm
  • Upper: Durable, engineered mesh
  • Midsole: Compression Molded EVA
  • Outsole: Vibram® Megagrip
  • Weight: 12.3 oz / 350 g
  • Cushion: Max
  • Stack Height: 33mm
  • Stability: Neutral
  • FootShape™: Original

What's it got?

Roomy toe box for natural movementRoomy toe box for natural movement

With Altra’s signature FootShape fit, you get plenty of room to help your toes move freely, with a secure midfoot.

Durable + sticky outsole for fierce trail gripDurable + sticky outsole for fierce trail grip

According to Vibram®, Vibram® Megagrip is a high-performance sticky rubber that offers unparalleled grip on both wet and dry surfaces, rugged longevity, and optimal ground adaptability.

Lugs that latch on terrainLugs that latch on terrain

An outsole fitted with TrailClaw™ features canted lugs strategically placed beneath the metatarsals to provide added traction underfoot.

Stay protected and cleanStay protected and clean

GaiterTrap™, our unique hook-and-loop tab, allows for easy strapless gaiter attachment without fasteners, bungees, or bindings. Keep trail debris out of your shoes!

A groovy midsole for flexibilityA groovy midsole for flexibility

An InnerFlex™ midsole is composed of grid-like grooves designed to provide