Words: <a rel="noopener noreferrer" href="/company/people/davis-jones-senior-editor" target="_blank" class="ql-size-small">Davis Jones</a> Images: <a rel="noopener noreferrer" href="/company/people/cameron-strand-contributing-photographer" target="_blank" class="ql-size-small">Cameron Strand</a>To fully understand the look on Niels Laros's face after narrowly clinching this year's Bowerman Mile in Eugene, you have to go back to the ringing of the bell lap, when he still trailed the race leader, American Yared Nuguse, by more than three seconds.In front of a sold-out crowd in Eugene, Ore. at the 50th&nbsp;Pre Classic, the 20-year-old Dutch runner tapped into his own brand of Hayward magic. He separated himself from the chase pack with 400m to go. Then, at the final 200m mark, he took off for Nuguse, running an unthinkable 25.9 second split and making up an almost 8-metre gap in the home straight. The two racers lunged at the finishing line. A few seconds later, Laros saw the official time, wearing a look of disbelief: 3:45.94. He'd won the Bowerman Mile by one-one-hundredth of a second and set a new Dutch national record. His final lap—53.3—was one of the fastest fourth laps since the United Kingdom's Steve Cram broke the world record in 1985."Man, that Hayward magic is real", says Laros. "It's a once-in-a-lifetime feeling to experience a race like that".For 25 years, the Bowerman Mile has brought together the world's most talented milers, assembling pros, world champions and Olympic medallists. The event is one of four premier mile races left in the world: the Dream Mile in Oslo, the Wanamaker Mile in New York City and&nbsp;&nbsp;the Mile Invitational in Iowa. Of those, it's produced more sub-4-minute miles than any other race, counting 418 such performances to date, including this year's race in Eugene.&nbsp;Speaking of which, the 2025 race was arguably the deepest mile race in history, featuring the most men in one race under 3:50 (13), 3:49 (9) and 3:48 (8).What makes the Bowerman Mile stand apart? Fast times don't always correlate to a fast track. The latter can be an immeasurable mix of qualities tied to time, place and circumstances, leading to generational performances. But talk to anyone who's competed in the race and they'll tell you there's something different about the Bowerman Mile.&nbsp;

The competitive field

Year after year, the Bowerman Mile draws a stacked line-up, assembled of reigning world champions and record holders. Since 2000, it's taken a time of 3:51.84 or faster to win the event. The race's buy-in is all the more impressive considering that its results don't count towards points at the end of the pro circuit, even though it's classified as a Diamond League meet.A runner who always circles the date of the Bowerman Mile is Australia's Cam Myers, who finished sixth this year and set an Australian under-20 record with 3:47.50. In 2023, at just 16 years old, Myers ran as a pacemaker for Norway's Jakob Ingebrigtsen, who clocked the Bowerman Mile's fastest-ever time in 3:43.73, setting a European and Diamond League record."We all want to win this race in particular", says Myers. "It's intensely competitive, and it's the perfect environment for fast times".Whether or not a record falls at the Bowerman Mile, each year's race teases out greatness in every runner, carrying the makings of a personal best.

Grant Fisher, who holds the American record in the 2-mile distance, ran his first Bowerman Mile this year, laying down a 3:48.29. The race is a self-fulfilling prophecy, he says. When racers know they are surrounded by a fast field, they all raise their game. Plus, the Bowerman Mile is almost always rabbited, or led by a pacemaker. Runners know they'll get wrenched to their physical thresholds. Once the pacemaker drops out, there's no time to think. Just go."We all know the pacer is going to take us deep into the race", Fisher says. "When the pacer drops, the field is of such high quality that these amazing times just keep rolling".

Consider one of the Bowerman Mile's most memorable performances—when Alan Webb, then a secondary school student from Virginia, broke the national secondary school mile record set by Jim Ryun, which had stood for 37 years. The pacemaker took the first 409 metres at a searing 54.6, equivalent to a mile pace of 3:34.8.At the race's halfway mark, Webb had moved up from last place to 13th. The pace was brutal and yet, with 400m to go, Webb remembers how his body felt loose, light and capable of much, much more. He began picking runners off on the back straight. His turnover cycled with a power that outlasted men a decade older, who had competed for medals, who had set national records.&nbsp;"Sometimes, the stars align in a race, and I knew this was one of those moments", says Webb, recalling the moment. "When I got to that bell lap, I was able to find something in myself. Running the Bowerman Mile has that effect on people".

The historic location

The grandeur of the former Hayward Field, with its wooden grandstands and its Bowerman Building as the sentinel watching from the track's eastern end, is different from how a spectator would describe the view from the updated stadium—a colossal venue built for the modern age. Webb remembers while he was barrelling down the back straight in 2001 how the extreme slope of the west grandstands gave the feeling that the fans "were right on top of you". The passion and knowledge of the fans sitting in those seats rivals any location in athletics.&nbsp;

"Even before Prefontaine, Oregon had a history of domestic milers who were very, very good; people like James Bailey, Dyrol Burleson and Jim Grelle back in the Bowerman coaching days", says Pat Tyson, who ran for the University of Oregon in the early '70s, where he was roommates with Pre himself.&nbsp;&nbsp;"The mile always had a cachet among fans here, even before the Bowerman Mile officially began".

Hayward Field is a place where fans take on the role of engaged sports scientist versus passive spectator. They'll set their personal stopwatches to the smoke of the gun and scribble a runner's splits in the margins of their programme.&nbsp;Kaarin Knudson knows. She ran for UO's athletics & cross-country team from 1994 to 1999. A seven-time NCAA qualifier who won the NCAA's Woman of the Year for Oregon in her senior season, she now serves as the mayor of Eugene. Her experience as a civic leader and a former athlete gives her a uniquely personal view on what makes Eugene's passion for athletics so special.

"I have distinct memories while at UO of going on my easy runs and being stopped by community members, people I didn't know; they'd congratulate me on a race I ran the previous weekend", says Knudson. "When you're an athlete, it's motivating to be surrounded by a community who both root for you on race day and who recognise you when you're 'offstage', so to speak".Few competitors benefit from the Hayward energy quite like those who ran for UO during their college years—runners like Cole Hocker, who's run his top three fastest mile times at the Pre Classic. During his rookie season in 2022, he donned the Nike kit in front of his home crowd for the first time at the Bowerman Mile. This year, he improved his personal best to 3:47.43."Every time I get the chance to run at Hayward, I remind myself to appreciate the moment, just because of the history that has happened there before me", says Hocker.&nbsp;

The special distance

The mile and its cousin, the 1500m, are separated by a little more than 100m. Depending on who you ask, the difference in how you run the mile compared with the 1500m is marginal. Webb jokes that you're basically doing the same event, but the mile comes down to "who's willing to suffer a little longer". Others, like Laros, say the tactical game of the mile is slightly different from the 1500m. For him, the main difference comes from the start.&nbsp;"Because you're starting on the opening curve in the mile, you have less time to figure out your position before you need to tuck into the right spot", says Laros. "You basically have to get shot out of a cannon and find a good slot so you're not sorting it out on the corner and running a little extra distance".The cultural power of the mile gives it a revered place in the consciousness of running, along with the marathon. Both are niche distances in athletics, yet still count for world records.&nbsp;The wonder of the mile might come down to its clean simplicity. Four laps. Taking the laps at one minute a piece add up to four minutes, considered the standard for the elite miler. The starting line is in roughly the same place as the finish. The same fans who cheer on the field at the gun are the same who cheer at the finish.&nbsp;

One could argue that the mile distance, in fact, was the spark that lit Bill Bowerman's fascination with long-distance running performance. As a freshman at Oregon playing American football, he met Ralph Hill, the first elite miler he befriended at the university. One day, Bowerman ran 400m around the track at an all-out sprint to test his speed. The clock read 63 seconds. Bill Hayward, UO's track coach, leaned over and smirked. "Just so you know", he said, "Ralph goes that fast for four laps".

Its relative scarcity at the professional level adds to the distance's mythical status. Pro runners don't get many opportunities to compete in the mile. You might get a couple of shots at it per year, between Eugene, Oslo and New York City."You can jump into plenty of 1500m races during the year. But it's no guarantee you'll get into one of these mile races on the pro circuit", says Webb. "That's assuming you're healthy when your name gets called. If you get a chance at the mile, you better put it all on the line".That motivation fuels every competitor in the Bowerman Mile. From the young racer who's travelling to Eugene for the first time, to the seasoned pro who wants to assert their world ranking, the Bowerman Mile summons a kind of communal willpower. For Laros, participation among those four laps, holding nothing back, is a rare privilege, one that can be tough to describe. Ironically, sometimes a fast time takes a backseat to the opportunity to step onto that 1609m starting line."Winning this race meant even more to me than setting the national record", he says. "Obviously, running a fast time gives me a lot of pride, but taking the win here, at this place, was what I'm most proud of".

The Bowerman Mile at the Pre Classic has produced more sub-4:00 times than any event in the world. Here's what makes it so fast.

Inside the world's fastest mile race

This is, obviously, a running story.But the story of the <a rel="noopener noreferrer" href="https://about.nike.com/en/newsroom/releases/nike-pegasus-42-official-images" target="_blank">Nike Pegasus</a> is also something more specific—a case study in how restraint, clarity and attention to fundamentals can produce lasting success. Launched in 1982, the Pegasus would go on to become Nike's most consistent and popular running shoe of all time, a franchise that has endured across eras, innovations and shifting footwear philosophies. "There's no modest way of saying this", said Sebastian Tesche, product line manager of the Pegasus 35. "The Peg is the single biggest and best running shoe in the world. It's bigger than many of our competitors".It wasn't designed to be an icon. It was designed to solve a problem.

In the late 1970s, Nike's earliest experiments with Air were full of promise but hindered by the realities of the technology. The 1978 Tailwind introduced Air to running yet it introduced stability issues that the company would spend the next several years trying to fix. The Columbia and Aurora that followed solved some of those problems but felt stiff at a time when runners wanted something livelier underfoot. Fortunately, Nike knew Air was a long game.&nbsp;

The great thing that we always thought about Air at that time—and it's still true—is that it doesn't lose its cushioning properties hardly at all through time", said Howard Banich, who oversaw running product in 1982. "Jeff Johnson, Nike's first employee, always wanted us to do an ad that showed a person coming back to the shoe store with just the Air bag from their shoe and saying, 'I would like another shoe around this please.' Because the Air bag was still going strong".Still, the question remained: how do you put Air where it matters without making the shoe too expensive or too complicated?One solution came from an ongoing innovation project led by former Nike CEO Mark Parker. Known internally as the Air Wedge Trainer—the concept that would ultimately become the Pegasus—it&nbsp;borrowed an Internationalist upper and outsole, added a heel Air unit encapsulated in polyurethane and positioned Air right at heel strike. It was essentially a simpler, cheaper expression of Air and it tested well.

"A heel wedge still provided the benefits of Air where it was needed the most—under&nbsp;the heel at heel strike—but it was less expensive because it was really only a third of the size of the full-length Air-Sole that was used in the Tailwind", Parker said.At the same time, New Balance had just released the 990 with a provocative tagline: "At a suggested retail price of $100, is the 990 too expensive or too inexpensive?" The price point shocked the market and galvanised Nike. If the competition was willing to push upward, Nike saw an opportunity to create a shoe that delivered performance at a more approachable cost.The Air Wedge Trainer, with its strong test results and modest bill of materials, suddenly looked like the perfect platform.

Building a "best practices" shoe

With the Air Wedge Trainer as a foundation, development for the Pegasus took place at Nike's facility in Exeter, New Hampshire, where the heel Air wedge concept was built into a fully realised running shoe. Bill Peterson designed the outsole. Bruce Kilgore, deep in Air Force 1 development, offered design input. Parker integrated those ideas into a simple, functional upper: grey, with Dark Navy accents—a look one European sales rep later described as "a rainy day".Nike also made a strategic shift to hit its target price of around $50: manufacturing moved to Korea, to the Poon Young factory. Very few running shoes were being produced in Korea at the time. Components had to be imported—Air wedges from the US, nylon from Germany—and Nike developers scrambled to refine techniques. "The Air unit didn't fit correctly in the shoe at first", recalled footwear innovation veteran Steve Roth. During a holiday back in the US, he spent two weeks in Saco, Maine resizing Air wedges by hand so they would sit properly in the midsole.Still, the project moved fast. In only about four months, Nike had a completed shoe—one built around Air and a carefully selected set of core features: a new EVA foam called Tomilite offered a resilient ride. A Waffle outsole, with lugs orientated for motion, gave runners better ground contact and stability. The upper was simple, lightweight and unpretentious.

"The Pegasus was essentially our 'best practices' shoe", Roth said. "It had Air, yes, but it was mostly about: what are the best features we can put in a product that hit the sweet spot of the market?"It wasn't the flashiest running shoe in the line, nor was it meant to be. It was designed to work.

A running manual for the masses

Nike's confidence in the Pegasus showed in the small details. The company had begun releasing "owner's manuals" with its higher-profile footwear to help runners understand new technologies and the Pegasus received one, too. It walked consumers through Air, Tomilite and the shoe's geometry. The transparency helped reinforce the Pegasus as a shoe built on clarity, usefulness and trust.

Naming the Pegasus

Today, many assume the Pegasus name came from the idea of a half-horse, half-winged creature, an allusion to the balance of EVA and Air in the midsole. But the real story is far simpler.To name the shoe, employees dropped suggestions into a bowl. Several slips of paper read Pegasus, including one from Mark Parker. Nike had been playing with mythology themes—Odyssey, Valkyrie—and Pegasus fit the family. "Names were a lot easier back then", Parker said.The name stuck. And with it came the beginnings of what would become Nike's most beloved running shoe.

The instant hit

Nike introduced the Pegasus at the 1982 New York City Marathon. While Alberto Salazar powered to his third consecutive win in a pair of Mariahs, the men's Pegasus debuted in limited quantities as part of Nike's technical running line. It launched to select dealers and quickly posted strong early sales: nearly $200,000 in under a month, with roughly 8,000 units sold. By December, that number had climbed to more than 35,000 pairs.When the Pegasus rolled out more broadly in early 1983, the reaction was immediate. "The initial reaction to the Pegasus was very good", said Jim Docherty, who began his career as a Nike EKIN that year. "When the Tailwind hit the market, some consumers thought it was too soft because most midsoles were fairly firm at that time and the Tailwind was a big change from the norm. The Pegasus with heel Air bridged the gap between old EVA midsoles and total Air".

For young runners and store employees alike, the Pegasus quickly became the reliable choice—the shoe you knew you could recommend. In 1983, long before he became a Nike Running veteran and future Pegasus PLM, Tim Slingsby was a student working in a running store. "The Pegasus was your go-to shoe when someone would come in, you would sell them", he said. "As a high school kid, you knew it would work, it would perform, and it was a great price. It had everything".Within six months, Nike had sold nearly 300,000 pairs, generating $6.4 million in men's sales alone.The formula worked.

The every-runner's shoe

By 1985, Pegasus sales had reached 2.5 million pairs. Nike had found its lane and owned it. Longtime Nike designer Bob Lucas compared the shoe to an automotive staple: "to use an automotive analogy, auto manufacturers have their Pegasus in their lines: a Honda Civic, the Toyota Corolla. … that kind of product line where it's a value-based proposition".Over the next several years, Nike made only modest adjustments to the shoe—incremental material updates, seasonal colour changes—while leaving its core intact. That restraint became part of the Pegasus's identity. "I think everybody always knew it was one of those things where you didn't want to change it", said Clare Hamill, a leader at Nike Running in the mid-1980s. "That was the biggest challenge—how&nbsp;to make it better without changing it".

At the heart of the early Pegasus was a simple principle: don't complicate it. The midsole, upper and outsole were all guided by what Hamill described plainly. "The core philosophy of the Pegasus was, keep it simple. No junk. Give people what they need and don't overbuild".Runners felt that clarity. By the late 1980s, the Pegasus had become a dependable constant in an increasingly crowded running landscape, one defined less by flash than by trust. The 1989 Air Pegasus, built on existing tooling with a soft poly-pag and synthetic suede upper, would later be remembered as a high-water mark. "If you asked loyal Pegasus wearers through the years what their favourite version has been", said former Nike Running Leader Kevin Paulk, "I would be willing to bet a lot of people would say the Peg '89. It had a nice soft upper and fit like a glove".

From its earliest years, that has remained the draw of the Pegasus: a running shoe built not to chase trends but to earn loyalty, mile after mile.

The Peg wasn't designed to be an icon. It was designed to solve a problem. See how that solution became "the single biggest and best running shoe in the world".

Nike Pegasus: The Origin of a Running Workhorse

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Design

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Built for Speed: Nike Unveils New Mercurial Vapor and Superfly Football Boots

Shoemakers. Cobblers. Stitchers. Pattern engineers. These are only a handful of the specialists inside Italy's Montebelluna and Diamant workspaces, where Nike partners with teams that guide a single football boot through 35 individual manufacturing steps. In about three hours, the shoe moves from pre-assembly to shaping and stitching to final build.This work represents the final stretch of a much longer journey—nearly two years of development, testing and refinement—to deliver Nike's pinnacle football boot, the Mercurial.Nike came to the region in 1996, drawn to a place long regarded as the best in the world for boot manufacturing. For three decades, Nike has relied on the expertise here to provide old-world Italian craftsmanship to complement its advanced footwear innovations, using hands as often as machines.Inside the Montebelluna sample room lives a one-of-a-kind collection of roughly 300 pairs of foot lasts. These custom forms honour more than 200 players who've shaped Nike Football, from Cristiano Ronaldo to Kylian Mbappé to Sophia Wilson. And while Montebelluna perfects the boot for Nike's most elite athletes, the process starts in the Diamant factory, where this year's Mercurial Vapor 17 and Mercurial Superfly 11 are made for footballers around the world.Every iteration of the Mercurial builds on what came before, raising the bar for speed, performance and confidence on the pitch. For the artisans who meticulously engineer these boots, the reward goes beyond turning a "prototype into a masterpiece", as one bootmaker put it. It's the pride and responsibility of knowing their work will be worn by football's elite athletes on the world's biggest stage.Here, go inside the Italian workspaces where the Mercurial comes to life.

<a rel="noopener noreferrer" href="https://about.nike.com/en/topics/nike-football-2026" target="_blank">See more of our universe of Nike Football.</a>

Shoemakers. Cobblers. Stitchers. Pattern engineers. They all partner with Nike in these unique facilities to perfect football boots—like the new Merc—for the game's most elite as well as everyday footballers around the world.

Photo essay

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Francesco Totti's dazzling playmaking earned him many nicknames during his two-decade-plus career. But if there's one that describes his true loyalty, "Il Gladiatore" is the most fitting, because a warrior always has a place of origin. The attacking midfielder spent an illustrious career leading A.S. Roma, his hometown club, where he earned status as a creative genius on the pitch. Loyalty to one's home is a value that can be hard to find in modern-day sports. Now 49 years old, Francesco says his connection to Rome is as important to him today as it was when he first suited up in Stadio Olimpico 33 years ago. Here, Francesco talks about his commitment to Rome, whether creativity on the pitch is innate or learned, and more. There's no part of your hometown that doesn't shape you. Rome offers many things: fun, beauty, sun, sea, mountains, basically everything. Then there's the people. Rome's passion for football is one of a kind. They are passionate, they are loving, they are willing to do anything for the team. When you are a Roma fan, you have a visceral love for the game.&nbsp;Play is the most important thing for a young footballer. Football has always been my favourite sport. I grew up with the ball at my feet. When I saw that ball spinning, I ran after it as if it were the air I breathed. In my adolescence, I grew up in my neighbourhood playing in the street with my friends. That kind of unsupervised play makes you grow up quickly.&nbsp;Give yourself the permission to separate yourself from your idols. My idol growing up was Giuseppe Giannini, the captain of Roma. "The Prince". I would have paid gold to have the same career as him. Technically speaking, we were two totally different players. But I always watched how he played, how he moved, how he positioned himself on the pitch.&nbsp;You can't train creativity. Either you have it or you don't. In football, Number 10s have this special connection to creativity in the game. When you wear that number, you have something different from everyone else. When I took to the pitch, I only thought about having fun and entertaining people. Creativity, carefreeness and a desire to have fun were all instinctual to me. And that doesn't mean creativity always works, because creativity is inherently about taking risks. Sometimes you succeed, sometimes you don't. But that's all part of the thrill.

Seeing your dreams through is all about continuity. The first time I wore the Italian national team shirt, it was a moment full of happiness. You need to hold on tightly to a dream like playing for your country. In the end, it's about showing up, over and over again, and seeing your dreams through. When you have passion and desire, it's easier to sustain the ups and downs of a long career.&nbsp;At the highest level, you're surrounded by champions as teammates, playing against opponents who are champions. The question is, who can be more closely united? Italy succeeded on that national team because we had so much talent. But we became world champions in large part because we had a great coach in Lippi, who was able to handle everyone. When you have a united group with a single goal, everything becomes easier.&nbsp;&nbsp;Boots themselves are like a part of the football community. When I see <a rel="noopener noreferrer" href="https://about.nike.com/en/newsroom/releases/nike-football-tiempo-maestro-official-images" target="_blank">the Tiempos</a> I wore throughout my career, it moves me. I shared so many years with them, just like a real person. When you're confident in your boot, you can do things you didn't think were possible. The boots give you mental security too. For example, without the tongue of my boot positioned in the exact spot I needed it, I couldn't play the way I wanted. Not only did I like the aesthetics, in terms of how they were made, but I also had a reference point when I looked down at my feet and kicked. When the tongue was out of place, I felt like my foot was a little crooked, so I didn't feel like I could kick properly. The tongue was almost like having a scope. Those words sound strange, don't they? But mentally, my boots were essential for me.&nbsp;Staying with the same team, wearing the same jersey, has been the most beautiful and important victory in my career. Because it's not easy. It's one thing to say it, it's another to do it. But I did it because there was passion, there was love for my country. It's always been my primary goal, to start and finish with the same shirt I've always worn. <a rel="noopener noreferrer" href="https://about.nike.com/en/topics/nike-football-2026" target="_blank">See more of our universe of Nike Football.</a>

The icon spent his career pledging his loyalty to his hometown of Rome. For the attacking midfielder, his heart is forever with his city.

Football

For the win

To Rome, With Love, From Francesco Totti

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Nike Debuts its First Neuroscience-Based Footwear to Help Athletes Feel Calm, Focused and Present

A neuroscientist, a computational engineer and an industrial designer sit at a desk, poring over the latest electroencephalography (EEG) and pressure-mapping results. Down the corridor, pressure plates respond to steady footsteps while motion-capture sensors blink to life as another round of testing begins.This isn't a scene from a NASA work room or sci-fi Hollywood blockbuster—it's a typical day at the <a rel="noopener noreferrer" href="https://about.nike.com/en/magazine/lebron-james-innovation-center-nike-sport-research-lab" target="_blank">LeBron James Innovation Center</a> and its top-floor Nike Sport Research Lab (NSRL), where dozens of scientists, engineers and designers come together to study every element of human performance.&nbsp;While many people know this facility exists, few understand the full scope of its work, or that the research extends beyond the physical and into the mind itself. Led by world-renowned neuroresearchers, Nike's Mind Sciences team is devoted to exploring how the brain and body interact to shape the future of athletic performance.

Their latest breakthrough, <a rel="noopener noreferrer" href="https://about.nike.com/en/newsroom/releases/nike-mind-001-mind-002-official-images" target="_blank">Nike Mind</a>, is a sensory footwear platform more than a decade in the making that aims to redefine how athletes prime for and recover from competition.&nbsp;We sat down with seven Nike Mind teammates to learn how this long-awaited technology moved from concept to reality.

THE NEURAL ARCHITECT: GRAEME MOFFAT, PHD Principal researcher, Nike Sport Research Lab As principal researcher on Nike's Mind Sciences team, Graeme Moffat leads the neuroscience behind Nike Mind—decoding EEG readouts, pressure maps and muscle signals to understand how sensation shapes focus and performance. With a background in brain-computer interface research, he's helping translate the science of perception into design principles that can be felt underfoot. For Moffat, this project isn't just about a new shoe. It's about proving how the mind and body can be trained together through sensation.One of the easiest ways to get out of your head is to get into your body—to actively engage your senses. With Nike Mind, what we see in the brain is increased activity in the sensory motor network and a rise in alpha oscillations linked to relaxed alertness.&nbsp;Like your hands, the bottoms of your feet have unique skin with 10 to 20 times more mechanoreceptors than most other areas. These are the parts of our body to feel and navigate the world. To complement this, each node in Nike Mind moves independently, shifting slightly to translate force through the bottom of the foot. The result is a more direct connection to the ground.We used sensory science to determine the placement of the 22 nodes. By measuring what's called the two-point discrimination threshold—how far apart touches have to be before you feel them as separate—we were able to map the density of receptors across the foot. That's why nodes are more closely spaced in the forefoot and wider apart in the heel.We used everything: underfoot plantar-pressure sensors, electromyography of the lower limbs and human EEG. Athletes walked in the shoes and comparator models while we measured their brains before, during and after. What we saw were clear differences in brain activation and oscillation patterns, signals that reflected how the sensory system in this shoe was activating the brain. This is a completely new way to make footwear, designed from the sensory system outwards. It took nearly 10 years of research and iteration to make it work.It is incredible technology. It's like a walking anti-fatigue mat built into my shoes. It's just a fantastic feeling. I don't want to take them off at the end of the day.The Mind Sciences team itself is unique. We have neuroscientists, perception researchers, physiologists and engineers all working together. It's a mix of disciplines that normally don't sit inside a company like Nike, and it allows us to move from deep scientific insight to real product innovation quickly. We can prototype, test with athletes and iterate at a pace no one else can. It's a capability that sets Nike apart.

THE BRAIN MAPPER: TREVOR BARSS, PHD Lead researcher, Mind Sciences team Working alongside Moffat, Trevor Barss helped run the early neuroscience studies that defined Nike Mind's foundation. A sensory neuroscientist specialising in neurophysiology, he used EEG and other measures to study how tactile feedback changes patterns of brain activity, the signals linking movement, focus and awareness. The team's findings revealed distinct shifts in sensory-motor activation and alpha rhythms when athletes wore Nike Mind footwear, insights that continue to shape how the NSRL explores the mind-body connection.For the first 45 years, Nike's research focused on the body from the neck down. The next forty-five will include the brain.&nbsp;My role was to study unique aspects of brain activation while athletes were wearing the footwear. We measured electrical activity in the brain before, during and after movement and paired that with perception data. The goal was to connect what athletes reported feeling with what we could actually see happening neurologically.We found that this collaboration between perception and neuroscience is what gives the work its power. You might detect increased activation in one region of the brain, but without understanding the athlete's experience, you don't know whether that's good or bad. When you combine both, you get meaning.When I first arrived at Nike, I was amazed by the environment. In most research settings, if you want to talk to an expert outside your field, you email, you schedule, you wait. Here, I can walk three desks over and have a conversation with someone who is a world-class expert in biomechanics, physiology or materials science. That proximity accelerates everything.The strength of this lab is its seamless flow of expertise. Neuroscientists, engineers, designers and developers work side by side, testing, iterating and learning from each other in real time. It removes silos and sparks ideas that none of us could reach alone.We're at the starting line of an entirely new field. The methods are established, but applying them to footwear and apparel is uncharted territory. Each experiment raises new questions.For me, the most inspiring part is being surrounded by brilliant minds who share that curiosity. When you pair deep scientific expertise with creative-design thinking, you open doors to discoveries that redefine what performance can mean.Looking ahead, the possibilities are endless. We have sensory receptors all over our body. Any time you change sensory input, you're interacting with your nervous system. Delving into that connection could open up whole new ways of supporting athlete awareness, focus and recovery.

THE ENGINEERING WHIZZ: ELIZABETH RAISSIAN Senior director, Performance Engineering Inside Nike's Performance Engineering Lab, Elizabeth Raissian's work lies at the intersection of product functionality and code. For Nike Mind, she and her team built the digital framework that made the concept manufacturable at scale, using Finite Element Analysis (FEA) and simulation tools to model how each node, flex point and pressure zone behaves underfoot. Their modelling ensured a precisely tuned sensorial design that delivers consistent feel and feedback across every size and stride.The big unlock was using computational methods to crack the scale challenge. Nike Mind has many small parts within a larger system. We wrote scripts that determined where each node needed to be for athlete performance and how those placements could still be manufactured consistently.Our goal was to make sure every athlete has the same experience no matter their shoe size. We used FEA to test variables like node size, height and material. That helped us identify the sweet spot between too much and not enough sensation. Once we had that, we could scale it proportionally across sizes so the product felt consistent from end to end.For me, this has been a dream job I didn't know existed. I get to combine tough technical work with the creativity of working alongside designers, sports researchers and other specialists. After 23 years, I still haven't been bored.What excites me most is how fast the tools are evolving. We've built a strong foundation and now new technologies are coming in that let us do things we wouldn't have thought possible a decade ago. It changes how we approach products and opens doors for the future.

THE BRIDGE BUILDER: SEAN LU Footwear developer For more than two decades, Sean Lu has helped take Nike's boldest concepts from prototype to production. As a developer, he works at the crucial handoff point where innovation meets scaling the shoe production for Nike's business. On Nike Mind, that meant solving unprecedented production challenges like how to create and bond 22 independent cushioning nodes while preserving the precise sensory design that makes the technology groundbreaking.My expertise is to bring a design to life by practising project management and leadership while working closely with many different functional teams. The goal is always both team excellence and product excellence, making sure the product meets the brief, the design intent, is tested and proven.The biggest challenge was producing and attaching 22 individual nodes in a consistent way. Regular shoes might have five or six major parts. Here we had 22, each needing to be made and bonded precisely. Solving that required new methods of make very different from conventional shoemaking.One crucial breakthrough was the stretchy strobel. In normal shoes, it's stiff. But here, it had to stretch multidirectionally so the nodes could move freely and transfer sensation. Without that, the whole system wouldn't work.There were moments we thought, this is too difficult, maybe we can't do it. But we always asked ourselves: are we truly doing the best we can or is there another way? Once you achieve it, the value for the athlete makes it all worth it.

THE CREATIVE VISIONARY: ERIC AVAR VP, creative director, Innovation Few designers have shaped Nike's visual and performance language more than Eric Avar. After spending decades creating some of the brand's most iconic footwear from Foamposite to Free to the Kobe line, Avar joined the Nike Mind project to help translate complex neuroscience into design. His focus: find simplicity, stay curious and create a shoe that reawakens the body's natural connection to movement.What made this project next-level was the chance to forget everything we knew about traditional footwear. Instead of chasing propulsion or flight, we asked how to create a more natural sensory underfoot experience—one that could strengthen the mind-body connection to help make athletes feel calm, focused and present.My role was to help guide the creative vision. To connect the macro and micro details of science, art and story. The best ideas happen when those dimensions align. My job was to help the team see the true north and to bring clarity to how the science should feel once it's on foot.Every dimension of this project was new—new science, new engineering, new design language. Each insight from the lab reshaped how we approached materials or geometry and every prototype fed new questions back to the scientists. That constant back-and-forth was where the breakthroughs happened.Performance design is always a balance. Too much cushioning and you lose sensation; too much sensation and it becomes overwhelming. Our challenge was to find harmony between comfort, clarity and awareness.This feels like a new frontier—a new paradigm of performance. We're proving through science, but we're also discovering through intuition. The more we lean into that mix of curiosity and expertise, the more magic we'll uncover.What I love most about this new technology is that it represents the unknown. It's a reminder that performance isn't only about going faster. It's about feeling more, thinking deeper and reconnecting with the moment.

THE MASTER ORCHESTRATOR: MATTHEW NURSE, PHD Chief science officer, NIKE, Inc. With a background spanning biomechanics, physiology and performance research, Matthew Nurse has guided Nike's most ambitious science-led innovations. As chief science officer, he oversaw the Nike Mind project from a multidisciplinary vantage point, coordinating scientists, designers and engineers to keep the various parts moving in sync.Most people don't fully appreciate the importance of sensory feedback from the body, especially the feet. The foot is full of thousands of sensors that give the brain constant information about balance, position and spatial awareness. This is the first product built with the intent of influencing that feedback to help athletes stay focused, present and more aware of their environment.If the body is the engine, the mind is the driver. With Nike Mind, we're starting to think about how to make the driver sharper and clearer. Mental preparation has become just as important as physical, and we're only scratching the surface of what's possible.Science and creativity have to leapfrog each other. Science shouldn't limit dreams, but it can help target them. Some of these concepts aren't new, but only now do we have the design and manufacturing capabilities to make them real. Building floating, independent nodes that compress and rotate to deliver sensory information to the brain wasn't possible 20 years ago. Today, it is.Athlete feedback drove everything. We went through hundreds of iterations, tuning the number, density, flexibility and placement of the nodes to make sure the sensation was enough to feel and focus on, but not so much that it became distracting. It had to be "just right", and only athletes could tell us where that balance was.The beauty of Nike Mind is that beyond feeling grounded, you are grounded. Using tools like EEG, we've measured changes in brain activity in the areas linked to focus and presence. That's the first time we've been able to show—and prove—that footwear construction can influence how the mind works.And this is only chapter one. We've focused on the body for decades. Now, as we look at the mind alongside it, the opportunities for athletes are limitless.

THE PROBLEM SOLVER: BRYAN YOUNGS Innovation programme director, Footwear Bryan Youngs brings more than 20 years of footwear expertise focused on transforming innovation into manufacturable reality. For Nike Mind, he led the scale-up effort, translating a handcrafted sensory prototype into a system that could be produced consistently and reliably. By bridging advanced innovation with global manufacturing, he helped ensure the concept could move from lab experiment to product launch.The idea of sensory footwear has been around for a decade, but the challenge was scale. For years it was an arts-and-crafts project—something&nbsp;you could hand-make but not mass-produce. With Mind, we had to move past that to create something we could build with our manufacturing partners while still preserving the complex architecture underfoot.With our manufacturing partners, we developed a system that simplified the build from dozens of individual attachments down to just a few key steps. That shift allowed us to replicate the sensorial experience athletes loved from the earliest prototypes while making it manufacturable at scale.Our willingness to wrestle with the hardest problems is something that makes Nike very unique. We'd failed to solve sensory footwear for 10 years, but each attempt taught us something. We have the willingness to keep asking the big questions and then the patience and persistence to finally crack them. With these two new products, we're just getting started. <a rel="noopener noreferrer" href="https://about.nike.com/en/topics/nike-football-2026" target="_blank">See more of our universe of Nike Football.</a>

Rachel Cavanaugh is a Portland-based freelance writer who covers food, lifestyle, travel, fitness, adventure and the outdoors. Her work has appeared in Men's Journal, Outdoor Life, GearJunkie, MSN, Yahoo, The Independent, The Hollywood Reporter, Digital Trends, Bustle, Elite Daily, Mic, Travel Oregon, Matador Network and others. She has a background in digital production and brand storytelling and holds a journalism degree from the University of Montana.

Rachel Cavanaugh

It took more than a decade to crack it: shoes that can connect your body to your mind to help you stay calm, focused and present.

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