Nobody has driven anything on the Moon since 1972.
Gene Cernan drove the last Moon buggy 22 miles across the lunar surface in December 1972, then left it parked near the Taurus-Littrow valley when he climbed back into the lunar module. Nobody has driven anything on the Moon since. Lockheed Martin and General Motors want to change that — and they're betting that half a century of advances in electric vehicles and autonomous driving can produce something far more capable than anything Cernan ever piloted.
The two companies announced Wednesday that they are collaborating on a concept for a Lunar Terrain Vehicle, a next-generation electric buggy designed to carry astronauts across the Moon's surface during NASA's Artemis program. The partnership brings together two institutions with deep roots in the original Apollo effort: GM built the chassis and wheels for the Lunar Roving Vehicles used on Apollo missions 15, 16, and 17, while Lockheed has long been a central contractor in American spaceflight. Their pitch to NASA is essentially a reunion act — but with dramatically updated technology.
The vehicle they're proposing would be fully electric and capable of driving itself, using GM's autonomous driving systems adapted for a terrain that makes Earth's most challenging roads look forgiving. The lunar south pole, where Artemis missions are targeted, is a landscape of craters, extreme shadows, and wild temperature swings — from 260 degrees Fahrenheit in sunlight to negative 280 degrees in the dark. Any rover operating there has to survive conditions that would destroy most hardware built for this planet.
NASA laid out a set of minimum requirements when it asked private industry to propose LTV concepts. The vehicle must carry two fully suited astronauts plus cargo, with a total load capacity of 1,102 pounds. It needs to cover at least 1.2 miles on a single charge — a modest floor, not a ceiling — and recharge itself either through onboard solar arrays or from external infrastructure like NASA's Human Landing System. It also has to operate autonomously when no crew is aboard, scouting terrain or repositioning between sorties.
The range ambition is where Lockheed and GM are making their boldest claim. The Apollo buggies were remarkable for their time, but they were tethered by a hard rule: astronauts could never drive farther from the lunar module than they could walk back if the rover broke down. That constraint kept Cernan and his crewmates within a few miles of home. The new concept, the companies say, is being engineered to travel significantly farther — opening up swaths of the lunar south pole that no human has ever reached on foot or by wheel.
Rick Ambrose, who leads Lockheed's space division, framed the stakes in terms that go beyond logistics. He described the rover as something that could fundamentally expand what astronauts are able to investigate scientifically — with consequences, he suggested, for how humanity understands its own position in the solar system. That's a large claim for a vehicle that hasn't been built yet, but the underlying point is real: mobility is science. The farther astronauts can range, the more geology they can sample, the more craters they can peer into.
Artemis itself is still taking shape. NASA has set 2024 as a target for the first crewed lunar landing under the program, though that timeline has drawn skepticism from observers inside and outside the agency. The longer arc of the program calls for a sustained human presence at the lunar south pole — a series of missions that would function as both a scientific outpost and a testbed for the technologies that will eventually carry people to Mars.
The Lockheed-GM concept is one of several LTV proposals NASA is evaluating. The agency also asked for ideas on a larger vehicle, essentially a mobile science laboratory, that would complement the smaller terrain buggy. Neither contract has been awarded. What Wednesday's announcement represents is a formal entry into that competition — two legacy aerospace and automotive giants signaling that they intend to be part of whatever comes next on the Moon.
Notable Quotes
These next-generation rovers will dramatically extend the range of astronauts as they perform high-priority science investigation on the Moon.— Rick Ambrose, executive vice president of Lockheed Martin's space unit
The Hearth Conversation Another angle on the story
Why does it matter that GM is involved? This seems like a space story, not a car story.
Because the hardest part of building an autonomous lunar rover isn't the rocket science — it's the driving. GM has spent years developing systems that let vehicles read and navigate unpredictable terrain. The Moon is just an extreme version of that problem.
How extreme are we talking?
The temperature alone is staggering. In a single lunar day, the surface at the south pole can swing nearly 540 degrees Fahrenheit. Electronics, batteries, tires — everything has to be engineered to survive that range without failing.
The Apollo buggies were electric too. What's actually new here?
Range, autonomy, and survivability. The Apollo rovers were brilliant but constrained — astronauts could never drive farther than walking distance from the lander. This concept is meant to break that rule entirely.
What does autonomy add if astronauts are driving it anyway?
The rover can operate between crewed missions. It could scout ahead, reposition itself, or carry cargo without anyone aboard. That makes it a tool that works around the clock, not just when humans are suited up.
Is the 2024 landing date realistic?
A lot of people inside the industry think it isn't. The program has dependencies — the Human Landing System, the Gateway station, the suits — that are all still in development. The rover conversation is somewhat ahead of the infrastructure it would rely on.
So why announce now?
NASA asked industry to pitch concepts, and this is Lockheed and GM staking their claim early. It's as much about positioning for a contract as it is about engineering progress.
What's the thing this story is really about, underneath the hardware?
Mobility as a scientific multiplier. Every mile of range you add to a lunar rover is potentially a new discovery. The south pole has water ice, ancient geology, permanently shadowed craters — and right now, humans can only reach what's within walking distance of wherever they land.