Before our species set foot on the moon, we orbited it first. The same will probably be true for Mars, and on Wednesday, Lockheed Martin plans to unveil its vision for a spacecraft that could make it happen. The “Mars Base Camp,” as the company is calling it, would set up a laboratory, staffed by 6 astronauts, in Mars orbit in 2028.
Up to now, NASA has outlined the first few steps to Mars. It’s building a heavy-lift rocket, the Space Launch System (SLS), and working with Lockheed to build the Orion crew capsule. The rocket and capsule will launch for the first time, uncrewed, in 2018, and then in 2023 they’ll carry astronauts into deep space, just beyond the moon, for the first time ever.
But after the moon it’s still a very long way to Mars, filled with unknowns, and then once you get to Mars, landing is a whole new challenge. This is where NASA’s plans get particularly vague.
You won’t find any suspended animation pods or magnetic shields on Lockheed’s spacecraft. As cool as those might be, Mars Base Camp relies on near-term technologies–equipment that’s already been proven or is in development now.
“All of these pieces exist today, they’re not brand new,” says Antonelli. “We’re taking advantage of what we’ve already got.”
Orion provides the brain of the vessel, providing navigation and communications. There’s also a backup Orion vehicle to ensure a getaway plan if the crew runs into trouble.
The two Orion capsules would link up with larger habitat and laboratory modules, which Lockheed is already in the process of developing, as well as solar panels to provide power.
The spacecraft would launch on the SLS in pieces, to be assembled in space around the moon. Solar electric propulsion, which NASA is currently fine-tuning, would pre-deliver non-essential elements, such as rovers or UAVs, to Mars orbit or the surface.
Later, modules could be added to allow astronauts to land on Mars and later return to the Base Camp for the return trip to Earth.
Mars Base Camp could put astronauts into Martian orbit for about 10 or 11 months straight. While they’re there, the astronauts could remotely explore Mars’ moons, Phobos and Deimos, as well as operate rovers or Unmanned Aerial Vehicles in real-time.
It can take about 20 minutes for a signal to travel between Earth and Mars. That means scientists on Earth who are driving rovers on Mars have to do so somewhat blindly, plotting the rover on a course and letting it proceed without immediate visual feedback. Without the delay, and with real-time feedback, scientists can stop to look at features that they might have missed otherwise. Plus, the use of flying robots would allow NASA to explore Mars in a whole new way.
It’s been a long time coming, but Antonelli’s dream may finally be coming to fruition.