Nike has announced the return of Elliott Hill as president and CEO, succeeding John Donahoe. The leadership shake-up comes amid the sportswear giant’s efforts to revive its sales and combat increasing competition in the industry. Mr Hill, who boasts an impressive 32-year career at Nike, held numerous roles and has been instrumental in shaping the company’s trajectory. His endeavours have contributed significantly to the brand’s growth, propelling it to an impressive revenue of over $39 billion. As Mr Hill comes to the helm, employees and industry observers are eager to see how his deep expertise influences Nike’s future.

Homecoming for Elliott Hill

Effective October 14, 2024, Mr Hill will not only step into the role of CEO but also join the NIKE, Inc. Board of Directors and the Executive Committee. While he may be relatively unknown to the broader public, within Nike, he is a respected figure. Many employees hold him in high regard, recognising his commitment and contributions to the brand.

Mr Hill is a graduate of Texas Christian University (TCU) and Ohio University, currently serving on TCU’s Board of Trustees. His journey at Nike began as an intern in 1988, and over the years, he has navigated through 19 different roles, culminating in his retirement in 2020 as President of Consumer and Marketplace.

A successful track record

Throughout his career at Nike, Mr Hill was in various senior leadership positions across Europe and North America, expanding the company’s footprint and boosting its revenue. As President of Consumer and Marketplace, he was responsible for managing Nike’s largest brands and driving the company’s commercial and marketing strategies across its global markets.

On his LinkedIn profile, Mr Hill stated, “In my previous role at NIKE as President – Consumer and Marketplace, I was running the largest brands in the sports industry and responsible for helping to grow NIKE, Inc. to $39 billion. I was also responsible for the NIKE business, which included the Jordan Brand and marketing operations and all four of Nike’s geographies.”

His passion for sports extends beyond his professional life. In his free time, he enjoys running, hiking, cycling, and skiing and even founded a baseball team in Austin called the Austin Moontowers. He balances his active lifestyle with family time, spending quality moments with his wife, Gina, and their two children, Peyton and Austin.

Looking ahead

In his return to Nike, Mr Hill is eager to reconnect with his colleagues and foster new relationships. “NIKE has always been a core part of who I am, and I’m ready to help lead it to an even brighter future,” he said, adding “For 32 years, I’ve had the privilege of working with the best in the industry, helping to shape our company into the magical place it is today.”

Mr Hill is eager to reconnect with the many employees and trusted partners he’s worked with over the years, and is just as excited to build new, impactful relationships that will move them ahead, he said. “Together with our talented teams, I look forward to delivering bold, innovative products that set us apart in the marketplace and captivate consumers for years to come,” he added.

Sha’Carri Richardson wins a heat women’s 100-meter run as her shoe appears to come untied during the U.S. Track and Field Olympic Team Trials Friday, June 21, 2024, in Eugene, Ore.
| Photo Credit: AP

On the face of it, competitive distance running appears not to have changed much since the Olympic Games were revived in 1896. However, even the relative simplicity of racing from gun to tape has radically altered in recent years due to the rise of advanced running footwear known colloquially as “supershoes”.

A few years ago, the Nike Vaporfly shoe kicked off a storm of controversy in athletics. It became a focus for claims about whether it provided some athletes with an unfair advantage over those not equipped with the shoes.

In 2019, Kenyan distance runner Eliud Kipchoge wore prototype Vaporfly shoes when he became the first athlete to run the marathon distance in under two hours as part of the Ineos 1:59 challenge in Vienna. Ultimately, the shoes avoided a ban just in time for the 2020 Tokyo Olympics.

Several years on, what more do we understand about these shoes and how they work? My recent paper attempts to review and answer ten key questions about supershoes as the Paris Olympics now loom on the horizon.

First, we need to understand what supershoes are and how they differ from traditional running footwear. Initially, supershoes used a sole that saw a combination of material called a polyamide block elastomer (known by its tradename Pebax) coupled with the use of a carbon fibre plate.

At the height of the controversy, much was made of this plate, leading to claims that they were essentially springs propelling runners along. However, scientists now understand that, generally speaking, it’s the combination of all of the soles’ components working together harmoniously that’s behind the shoes’ success.

This broad effect has helped topple a raft of world records in the marathon and half-marathon distances. The shoes have improved times by roughly 1.4-2.8% or 0.6-2.2% in the men’s and women’s marathon events respectively over the last seven to eight years.

Today, other brands such as Adidas and Saucony have their own designs and use different components in different ways. But the harmonious principle in the sole design is inherently the same.

Teeter-totter effect

Beyond the observation that all components are working in unison, a more detailed explanation of how the shoes work remains elusive because so many different influences can contribute to athletic performance. Among factors credited with the shoes’ enhanced performance are the thickness of the midsole and what’s been termed the “teeter-totter” effect, an upwards reaction force that passively enhances the propulsive stance of the runner. There’s also evidence against both of these ideas.

However, there is now strong evidence that supershoes reduce a runners’ oxygen consumption when compared to traditional running shoes. However, the scientific community isn’t in agreement as to how that is achieved.

Most studies focus on well-trained runners so it’s plausible that a recreational runner or those of a different age could see wildly different levels of performance enhancement than the elite runners we’ll see in Paris this summer. It’s also conceivable that the placebo effect could mean that simply knowing that you are wearing an advanced shoe makes you perform better in a race, regardless of whether the shoe helps or not.

As to the shoes’ acceptability, that is ultimately decided by the sport’s stakeholders and you, the spectator. Whether they are fair or not, new technology can either prompt people to use it or provide cost barriers that reduce peoples’ participation.

Furthermore, consumers can now purchase supershoe technology themselves. Whether they really want to or are happy to do so for something that may only be effective for a few hundred miles of running before the sole materials could begin to lose their potent mechanical properties remains equally contentious.

The use of supershoes has not been unchecked or challenged. In 2020, World Athletics, the international governing body for the sport, moved to limit this technology by implementing regulations that countered what it felt was contributing to the magnitude and frequency of records being broken.

In this case, the governing body’s rules centred on limiting the sole thickness, the number and complexity of any internal rigid structures (such as the carbon fibre plates) and the prevention of shoes that were one-offs and would therefore not be accessible for the consumer to buy.

Most leading running shoe brands have now released their own supershoes. The technology will undoubtedly evolve, so perpetual vigilance will be required by the World Athletics. Ultimately, supershoes have sometimes courted controversy, but they don’t seem to be going away and will remain an important part of distance running for the foreseeable future.

This article is republished from The Conversation under a Creative Commons license. Read the original article.