In 1989, when shoe designer Tinker Hatfield created the futuristic, self-lacing Nike Air Mag for Back to the Future II, he probably didn’t think they would become a reality during his lifetime. But 15 years after the film’s release, they’re finally here! 

The hype began on Back to the Future Day, in October 2015, when Nike teamed up with Michael J. Fox to release a teaser of the self-lacing Mags. Fans still weren’t sure of what to expect, but at the Nike Innovation Summit last week, the company finally announced that they will indeed be mass producing shoes featuring real-life adaptive lacing. They will be called the Nike HyperAdapt 1.0.

The shoes, which automatically tighten once you out them on, were developed over several years by Nike senior innovator Tiffany Beers and her team. She began by meeting with Hatfield, who first dreamed of making adaptive lacing a reality, and he told her to figure out the technology from scratch instead of trying to replicate his Back to the Future idea. So Beers brainstormed with a group of engineers, testing out a wide range of theories before coming up with the technology for HyperAdapt.

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In a weird ‘art-inspires-life’ type scenario, the self-drying jacket that Marty McFly wore in 2015 in the movie Back to the Future II has actually become a reality this year. A prototype has already been created and a Kickstarter campaign is underway to raise funds for mass production. 

The jackets – named SDJ-01 – are classified as wearable tech, because of the internal air circulation system that expedites the drying process from the inside out. “The self-drying jacket is real,” the campaign page states. “They actually do dry. Under normal circumstances, you can expect the jacket to dry in about 1-2 minutes after being exposed to rain or a spilled drink. If you jump into a pond to escape some maniac on a hoverboard, that will probably take longer.”

“Think of how quickly your clothes dry when you turn a standard fan on them. Now imagine how quickly breathable, water resistant material dries when exposed to concentrated, high-pressure air. In lab tests, our jacket consistently experienced noticeable drying effects after just 30 seconds, with the average time of about a minute to achieve 90% drying effect.”

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