Rooted in Science

Innovation Born From Science and Testing

Technology

Nuro technology is continually refined and tested with the rigors of science at the Legacy Biomechanics Laboratory in Portland, Oregon. A lab like no other, it’s where you’ll often find Nuro co-founders Dr. Michael Bottlang and Dr. Steve Madey continually developing real-world Helmet Impact Testing (HIT) procedures. United in a common passion and drive to reimagine helmet technology to better prevent traumatic brain injuries (TBI), their mission is to ensure Nuro is effective against brain torque – far beyond government standards.

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“Through medical advancements, improved technology, and evolving research, we’ve witnessed miraculous recoveries from severe injuries. But TBIs remain an exception—often leaving patients with life-altering symptoms that cannot be reversed. That’s why our mission is clear: prevent the injury before it happens.”

Dr. Steve Madey

History

Review the Science

Dr. Bottlang and Dr. Madey have published more than 80 unique scientific papers on their research and findings. Their hope is this work can inform and inspire others to join the cause to prevent TBI.

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Dr bottlang

Science at the Core

Throughout their careers, they were deeply impacted by the devastating and often irreversible effects of TBIs. What was causing these injuries despite helmet use? Could they be prevented? Fueled by these questions, Bottlang and Madey embarked on a mission to reimagine helmet technology. Their collaboration marked the beginning of a journey to address the dangers of rotational forces during impact—forces that traditional helmets weren’t designed to mitigate.

Dr madey

Dr. Bottlang’s research lab became the heart of their mission. Together with Dr. Madey, they established a state-of-the-art Helmet Impact Testing (HIT) Facility, where they analyzed the shortcomings of existing helmet designs. Their studies revealed a critical insight: rotational forces were the primary cause of TBIs.

This discovery led them to focus on creating a helmet that could absorb and redirect these forces, offering a level of protection far beyond what was previously possible.

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