Good to know
The HyperAdapt 1.0 shoes use the E.A.R.L. tech (Electro Adaptive Reactive Lacing) to keep the feet securely tucked inside while giving you a personalized fit. The shoes will tighten and loosen according to your liking with the simple push of a button.
The shoes can feel somewhat heavier than your regular sneakers when weighed, but this surprisingly does not translate to a heavy feel when worn.
The HyperAdapt 1.0s’ look is stylish but not too radical with a definite futuristic vibe. The shoes are easy enough to match with casual clothing of any kind.
The Nike HyperAdapt 1.0s in black and white (black/white) can be easily paired with jeans and shorts. A simple outfit of black pants and a grey hoodie can be instantly styled up by these kicks.
If you’re a woman, Nike HyperAdapt 1.0 shoes in white (triple white) will look good with black leggings and a top in a pretty shade for a nice burst of color.
Nike Hyperadapt 1.0 self-lacing shoes’ colorways
The first (limited) public release of the HyperAdapt featured a black colorway, while a white one was produced exclusively for friends and family. A second release in the middle of December included a silver colorway along with the original black.
The black colorway of the Nike HyperAdapt 1.0s was re-released on August 2017 followed by several new colorways including Tinker blue, habanero red, triple white, black/white, olive flak, and a digi camo print in the succeeding months.
Nike HyperAdapt 1.0 self-lacing sneakers are the realization of a dream most fans of the Back to the Future movies had. They are an amazing mixture of contemporary design and nostalgia for the 80s.
What makes these Nike kicks doubly stand out is, of course, their adaptive fit technology that detects the wearer’s foot position, registers the weight, and then tightens around the shape of the feet. The buttons on each side of the collar, meanwhile, lets the wearer fine-tune the fit. The tech is amazingly advanced, and there is none like it in the market.
Nike’s HyperAdapt 1.0 shoes are the result of Tinker Hatfield’s long-term dream of turning his Air Mags (the self-lacing shoes Hatfield thought up for Back to the Future II) into reality. Hatfield is Nike’s VP of design and special projects as well as the inventor of the iconic Air Max 1, Air Revolution, numerous Jordan variations, and a whole lot more.
The HyperAdapt 1.0 model is a product of 28 years of brainstorming and several years of actual research and development. It also owes a large part of its creation to Tiffany Beers, senior innovator and engineer at Nike, who is responsible for making the technology work.
It was hard work from the start. Beers was a pro when it came to plastics engineering, but she knew zero about working with motors. And if the shoes were to be self-lacing, then there would definitely be motors involved. She reached out to different vendors about possible solutions and got back hundreds of ideas. However, one thing that struck her and the team is that if they wanted the tech to work, the motors had to get smaller. The technology had to be able to keep up with their requirements, and this was part of the reason why the development took so long.
Next thing they had to figure out was when the users would pull the laces and how. Again, they got dozens of ideas about how to do this including having a remote for the tech attached to a wristband. After this, they also had to find out how they could fit the electronics in the shoes and where.
Lastly, they knew they had to charge the shoes, so they had to pick out the most viable solution. The creative input of so many people at the Nike office (everyone who had an idea could participate, not just people from the design team), helped Beers and her team choose the best solution for charging the shoes and they did this in just two weeks.
In 2014, Tinker Hatfield had announced that Nike would be releasing auto-lacing shoes in the next year. Although Beer’s team already knew how the motor worked, how it would lace up, and how the shoes would charge, they still have not put all of the ideas together. They were given five weeks by Hatfield to create a viable shoe and place the product on the desk of Mark Parker, Nike’s CEO.
After many delays, blown deadlines, and numerous failed prototypes, Nike’s HyperAdapt 1.0 release date was finally set for the first day of December 2016. A re-release of the sneakers was set for the latter part of December at select store locations.
How Nike HyperAdapt 1.0 works
The sneakers are named for the technology used, the “adaptive fit.” The adaptive fit system, which uses a motor, sensor, battery, and cable, adjusts the shoes’ fit based on pressure. The shoes tighten around the feet until they sense friction points. A pair of buttons on the shoes’ collars will loosen and tighten the fit of the shoes according to your liking. When the sneakers start tightening, you will be able to see the heels’ lights flash.
The design of the HyperAdapt 1.0 is largely inspired by the movie, Wall-E. The shoes feature the name E.A.R.L. (for Electro Adaptive Reactive Lacing) on the shoe’s tongue which is a nod to the Pixar movie’s way of naming characters. The light up midsoles are reminiscent of E.V.E.’s LEDs while the soles mirror Wall-E’s tire tread.
How much are Nike HyperAdapt 1.0 kicks? Nike HyperAdapt 1.0 have a tag price of $720. Not cheap but certainly understandable when you know the work that has gone to make them.
A second version, the HyperAdapt 2.0, is currently being developed and it is reported to be specific to basketball.
- The HyperAdapt 1.0 utilizes a lithium-ion battery and a cinching motor in the shoes’ soles.
- The shoes come with a USB wall adapter and a magnetic charging puck.
- Batteries take around three hours to fully charge. The light along the bottom of the shoes show the battery level.
- Battery status of the shoes can be checked by pressing one of the side buttons. The light will show different colors to show how much charge is left.
- The sneakers will always retain a bit of reserve power for a last unlacing to prevent you from getting stuck.
- Each weighs around 14.4 oz.