4 days into simulation, #Flashline2026 Station Crew 19 is already making strides on Devon Island—conducting EVAs, testing Mars mission tech, collecting geological & environmental samples & building the skills needed for future human Mars exploration. https://t.co/IgEyYeaYWT
HiPOD: A Pit near Arsia Mons
Previously visible in Context Camera data, our image can determine if any underlying void and associated faults can be observed. Pits may reflect geologically-recent tectonic or volcanic activity.
https://t.co/p6zWOIxuWU
#Mars#NASA#science
Why do a little science when you can do a lot of science? Our Mars Telecommunications Orbiter, based on our existing Blue Ring vehicle, meets the urgent need for communications, navigation, and relay while also flying up to 500 kg of science instruments to Mars. With this capacity, we can deploy two ESCAPADE-class spacecraft from our orbiter or 10+ CubeSats and still host onboard instruments like a comprehensive science package to monitor the Martian atmosphere’s interaction with the solar wind.
Not science fiction, science fact! 🔬
Researchers are exploring an idea to use engineered bacteria to clean Martian water, turning contaminants into consumables. This concept could one day help us produce valuable resources for explorers on the Red Planet. Explore more: https://t.co/A39Hp8uuoa
NASA has given approval to begin implementing its project to support @ESA's Rosalind Franklin mission. Scheduled to launch in 2028, this Mars rover will be the first to search for signs of past or present life under the Red Planet’s surface. https://t.co/Q7w0Lmvtnf
NASA’s Perseverance rover recently completed a drive on Mars using an AI-planned route.
This is a major first: as missions operate farther from Earth, autonomy will become critical for maintaining efficiency and reliability. Advances like this allow exploration to scale, and it’s a major credit to the team at @NASAJPL.
https://t.co/UJHLZvnsg6
🏛️ @EXOTESLA SIM — Digital Twins for the next Martian habitats. Before regolith is fused, cities are lived in simulation. AI-driven habitat design, ISRU workflows, and swarm-scale https://t.co/bvK2CEzA7u intelligence train settlements to survive, adapt, and grow. #Mars#ISRU#AI
One for the record books! 🏁
This is what the Perseverance rover saw through its navigation cameras as it was setting a record for the longest distance traveled during one Martian day, 1,350.7 feet (411.7 meters). There's more to come! https://t.co/D7mk1HiLpE
🌌 Building the First Martian Cities — From Digital Twin to Reality 🏙️🔴 A blueprint for a multi-planetary civilization is forming. @elonmusk — this is the world your rockets are opening. Let’s build Mars twice: first in simulation, then in reality. 🚀 #Mars#SpaceX#ExoTesla
🚀 EXOTESLA SIM: Training the builders of Martian civilization. #VR +#DigitalTwins prepare crews for mining, construction & #ISRU on the Red Planet.
Aligned with the spirit of The @marssociety ready for @SpaceX and @elonmusk to make it real. #Mars#ExoTesla
HiPOD: Fissure Elegance
Our science objective here is straightfoward: to investigate this interesting fissure geometry and the sourcing channels. This flat, volcanic plain is located directly east of Pavonis Mons.
https://t.co/8bhuGV2PJ3
NASA/JPL-Caltech/University of Arizona