Inspired by Canada's toughest conditions, norda™ trail shoes conquer the harshest climates. Get the perfect combination of cushion, fit, weight and grip to crush any course. For the ultimate technical trail shoe that combines performance and sustainability, norda™ breaks the limits of how fast or far you can go.
Shop NordaGet durable defense against trail hazards with the world's strongest and lightest fiber. Bio-based Dyneema® and recycled Cordura® nylon protects you from roots, rocks or any debris you may encounter during your excursions.
It offers the lowest carbon footprint of high-performance fibers, making the shoe ultralight yet strong enough to survive the toughest trails.
Enjoy best-in-class comfort on the light and responsive norda™ x Vibram® SLE midsole. Inspired by the Canadian Shield, the largest and strongest pre-Cambrian rock formation on Earth, the Soleplate is engineered with Vibram® Litebase® technology to conserve energy and enhance performance. 5mm Vibram® Mega Grip outsole lugs deliver superior traction and durability on both wet and dry surfaces.
Stay locked in as you maneuver through ever-changing conditions. The ultralight and comfortable sock-like construction secures your foot in place while diamond-designed Dyneema® laces add strength and abrasion resistance.
Every step on the custom-designed TPU insole provides shock absorption and energy return to keep you moving through the mountains.
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Meet the world's first seamless trail running shoe made with the strongest and lightest materials on the planet. The norda™ 001 G+® Spike combines a durable Dyneema® upper and G+® graphene membrane to conquer harsh climates while the breathable, waterproof upper helps you to endure the elements. Get unstoppable traction under the Vibram midsole, with 20 carbon-tipped steel spikes to enhance grip. Dare to test your limits in norda 001 G+ Spike!
Performance and sustainability should always run together. norda™ believes in durability over disposability, with a mission to get the best performance out of materials while leaving the lightest footprint possible.
