Moon Footprint Shoes App Download
Ronnie Isackson
As Nasa now prepares to send a new crop of astronauts to the Moon's South Pole, there could be another set of footprints making their indelible mark on the lunar surface. But what will the first footprints on the lunar surface in 50 years look like? And how different will the boots that create them be from those worn by the original Apollo astronauts?
Nasa and its commercial partners have spent years designing and finessing the materials for the next generation of moonboots. When the four new astronauts finally land on the Moon in 2025 with the Artemis Programme, their footwear will need to perform in ways the Apollo boots never had to in order to keep their wearers comfortable and safe. They will need to protect the astronauts for extended periods in temperatures as low as -225 (-373F), as well as keeping them steady on the heavily cratered terrain of the lunar South Pole.
Alongside incorporating innovative materials and technologies into the boots, engineers are also turning their attention to the prints that will mark the surface of the Moon for millenia to come. The soles of these lunar shoes will not only need to give adequate grip on the surface of the Moon, but they will be as iconic and instantly recognisable as those left by the first moonwalkers.
The overall design of the spacesuits that will be used in the Artemis missions has been contracted to Axiom Space, a commercial space company that earlier this year conducted its second all-private astronaut mission to the International Space Station. A key part of the new spacesuits, which were revealed in March 2023, will be the moonboot itself. However, the exact design for the boots has yet to be made public. (Find out more about what it takes to make a suit fit for the Moon.)
The astronauts will also spend a considerable amount of time before they launch training in their boots to ensure they perform as expected on the Moon. "They are going to train and train in those boots, try different options, until they get the perfect fit," says Fester. "Breaking in moonboots is just as important as breaking in a new pair of shoes."
Cathleen Lewis, a space history curator at the Smithsonian National Air and Space Museum in Washington, D.C., told USA TODAY that focus on the treaded footprint was "a reoccurring trope from moon landing deniers."
These are the last human-worn objects to touch another world. When the crew of Apollo 17, the last Apollo Moon landing, returned to Earth after their record-breaking mission in December 1972, commander Gene Cernan and lunar module pilot Harrison Schmitt brought back four items that had not been planned to return with them. Instead of tossing their lunar overshoes onto the surface of the Moon along with their personal life support systems, as had been done in the previous five missions, Cernan and Schmitt made the decision to bring the overshoes back with them. Pictured here and on display in our new Destination Moon exhibition are the pair that Gene Cernan used. They made the last human footprints on the lunar surface. These footprints remain 50 years later.
A pair of snow boots evoking the greatest of conquests has a very strong appeal to consumers: the result of subliminal marketing combined with strong product innovation. The Moon Boot was created using nylon fibre, the maximum in terms of modernity during the Seventies, a time when mountain shoes continued to use traditional raw materials - the skins and furs of animal origin.
The apparatuses of our space explorations invariably become monuments to the missions they served. When they're no longer of use, they are discarded and left to blanch slowly in the airless sunlight. Rosetta is only the latest in a long series of inadvertent time capsules bequeathed to the heavens. At the Sea of Tranquility, Apollo 11's landing stage still stands as a memorial to that incredible journey. At its feet, the rocket-blasted shoes, camera, backpacks and other equipment that Armstrong and Aldrin cast away to lighten the lunar module before launching homeward.
Already, the historical value of technological artefacts is obvious. The Google Lunar X Prize for the first commercial sightseers to reach the moon offers a $1 million bonus for any competitor that visits a historic site on its desolate surface, the first tourists at Tranquility's shores. Meanwhile, Amazon CEO Jeff Bezos combed the ocean depths off the coast of Florida for abandoned parts of the Apollo 11 mission, eventually raising a pair of rocket engines from 14,000 feet of water. But what will the value of such artefacts in a thousand years? Five thousand years? Will we hold them in as much awe and wonder as the Pyramids when they are as old as those monuments are now?
The tools that now lay discarded and forgotten across a narrow strip of the cosmos will one day tell someone as much about us as they told us about the planet, the moon, the stars. The pinnacles of our technological achievements are destined to become ruin. Instead of a thriving outpost, we left a technological footprint on the moon, a set of vast and trunkless legs in the desert. Our legacy there is not a thriving extension of the United States' empire, but an inert memorial built from mid-20th century technology.
In 2021, a team of University of Arizona astronomers suggested that a recently discovered near-Earth asteroid, Kamo'oalewa, could be a chunk of the moon. Two years after the striking discovery, another research group at the university has found that a rare pathway could have enabled this to happen.
Yet even the strongest thread will snap with constant tension and no slack. The heavens overflow with memories lost. So as life requires, I hold taut and I give. In most ways, my people know, if, in some, they never will. But in all ways, my moon rises and sets for family.
Before stepping foot to pavement, I hovered in the doorway of the bus. To the left and right, the avenue, the sidewalk, the storefronts, extended to the horizon in either direction. But reaching the front door of the depot, the Colored entrance was nowhere in sight. To my right, a shoeshine man chewed a toothpick while studying the shoe, and the polish, in his hands from every angle. Behind me, from the bus window, the man urged me through the door; only, the last thing I needed was to be arrested for going through the front just to buy a Coke.
Initially focused on farmers who supply Perdue with corn or soybeans, Perdue AgriBusiness launched a pilot program to first understand their carbon footprint and then identify the best path to lower the GHG intensity of the grains the farmers produce through the adoption of regenerative farming practices.
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