The Mars Dune Alpha is meant to simulate the challenges of a mission on Mars, including resource limitations, equipment failure, communication delays, and other environmental stressors, and will require crew to execute tasks like simulated spacewalks, scientific research, use of virtual reality and robotic controls, and exchanging communications. NASA is sending four real people to a 1,700-square-foot module called Mars Dune Alpha. The NASA simulated Mars Mission is set to formally begin this fall as a one-year, analog mission designed to simulate life on Mars, or really any other distant world. Most other drones require GPS networks to fly. That’s possible thanks to Skycopter tech that can control and track drones in GPS-denied environments (a la a volcano). The drone and rover on the active volcano in Italy were controlled by personnel in Houston, Texas, in real time. The controlling crew wasn’t even in Europe, for that matter. What’s wild though is that the controlling crew wasn’t anywhere near the volcano. Etna, which is an active volcano in Sicily, Italy, which has a landscape similar to Martian geology, for a 15-day test flight. Skypersonic sent its Skycopter drone deep inside Mt. And this summer, the Detroit-based drone company completed a fascinating test of its tech inside an active volcano. MARS DRONE SOFTWAREIndustrial drone company Skypersonic has been spending the last couple years building drone and rover software and hardware to support NASA’s simulated Mars mission. On the heels of news that NASA would be partnering with drone delivery company Zipline comes another fun tidbit from a drone company that means progress for NASA’s Mars mission. It seems to be space week for the drone industry.
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