ExoMars PanCam (@exomarspancam) 's Twitter Profile
ExoMars PanCam

@exomarspancam

I’m the science eyes of the @ESA_ExoMars Rosalind Franklin rover. Earth for now, launch 2028, landing 2030. Team led by @MSSLSpaceLab. Emulated by @AUPE_ExoMars

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calendar_today13-11-2015 11:31:19

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ESA_ExoMars (@esa_exomars) 's Twitter Profile Photo

When you go to Mars, you will need a map. And not just any map, but the best map a rover could possibly need. 🗺️ European scientists have pieced together the most detailed geologic map of Oxia Planum – the landing site for European Space Agency's Rosalind Franklin rover on the Red Planet. 🔗

MullardSpaceScience (@msslspacelab) 's Twitter Profile Photo

Team MSSL giving the camera a test run before we welcome visitors! Come and get your photo taken by the Mars camera and printed for you to take home!

Team MSSL giving the camera a test run before we welcome visitors! Come and get your photo taken by the Mars camera and printed for you to take home!
ESA_ExoMars (@esa_exomars) 's Twitter Profile Photo

.European Space Agency and NASA join forces to land Europe’s rover on Mars. These are the key US contributions to the #RosalindFranklin rover mission: 🚀 Launch service ⬇️ Braking engines for landing on Mars ♨️ Heater units 🧐 More details about the agreement: esa.int/Newsroom/Press…

.<a href="/esa/">European Space Agency</a> and <a href="/NASA/">NASA</a> join forces to land Europe’s rover on Mars. These are the key US contributions to the #RosalindFranklin rover mission:

🚀 Launch service
⬇️ Braking engines for landing on Mars
♨️ Heater units 

🧐 More details about the agreement: esa.int/Newsroom/Press…
ExoMars PanCam (@exomarspancam) 's Twitter Profile Photo

Great to have another nice ExoMars PanCam seminar yesterday on ‘End-to-end spectroscopy, mineralogy, and biosignatures in Mars-analogue salt deposits at Lost Hammer spring’. Thank you Claire Cousins

Institute of Physics (@physicsnews) 's Twitter Profile Photo

Is there life on Mars?🤔🚀 Dr. Catherine Regan from MullardSpaceScience discusses her work as a planetary scientist, our search for Martian life, and the upcoming Rosalind Franklin mission. Join our series to explore space's biggest questions with top experts. Learn more at

UCL News (@uclnews) 's Twitter Profile Photo

Congratulations to Dr Dr Catherine Regan 🛰 MullardSpaceScience UCL Mathematical & Physical Sciences WVU Mountaineers on being awarded the Jocelyn Bell Burnell medal and prize for engaging thousands of school children in Mars exploration and for her research on Martian dust storms #IOPAwards24 ucl.ac.uk/news/2024/oct/…

Congratulations to Dr <a href="/catherineregan0/">Dr Catherine Regan 🛰</a> <a href="/MSSLSpaceLab/">MullardSpaceScience</a> <a href="/uclmaps/">UCL Mathematical & Physical Sciences</a> <a href="/WestVirginiaU/">WVU Mountaineers</a> on being awarded the Jocelyn Bell Burnell medal and prize for engaging thousands of school children in Mars exploration and for her research on Martian dust storms #IOPAwards24 ucl.ac.uk/news/2024/oct/…
ESA_ExoMars (@esa_exomars) 's Twitter Profile Photo

🔴 Destination Mars: A science journey. 📋 The story of planning a martian rover expedition, years before its wheels touch martian soil, told by the team taking decisions on Earth. 👀 Where to go on Mars, Rosalind? blogs.esa.int/to-mars-and-ba… ALTEC European Space Agency

🔴 Destination Mars: A science journey.

📋 The story of planning a martian rover expedition, years before its wheels touch martian soil, told by the team taking decisions on Earth.

👀 Where to go on Mars, Rosalind? blogs.esa.int/to-mars-and-ba…

<a href="/ALTECSpace/">ALTEC</a> <a href="/esa/">European Space Agency</a>
Human Spaceflight (@esaspaceflight) 's Twitter Profile Photo

⚙️ Drilling deeper into Mars than ever before with the ESA_ExoMars Rosalind Franklin rover. 🤖 Its drill will dig 2 metres below the surface, where signs of ancient life could be preserved. 👇🧵 For some of the rover's DIY tricks.

Human Spaceflight (@esaspaceflight) 's Twitter Profile Photo

Rosalind's drill system is like no other on Earth. Some rover specs for Mars exploration: 🕳️ Depth: 2 metres. ⚙️ Rods: x3. 🔋 Power: 100 watts. 🔄 Revolutions: 60 per minute. 💪 Strength: Can penetrate surfaces as hard as marble. 👀 Vision: Equipped with an infrared map to study

Rosalind's drill system is like no other on Earth. Some rover specs for Mars exploration:

🕳️ Depth: 2 metres.
⚙️ Rods: x3.
🔋 Power: 100 watts.
🔄 Revolutions: 60 per minute.
💪 Strength: Can penetrate surfaces as hard as marble.
👀 Vision: Equipped with an infrared map to study
ESERO-UK (@esero_uk) 's Twitter Profile Photo

A huge thank you to all of you who beamed in for #MarsDay25! The Mars fun continues with #MarsWeek25 and there are lots more exciting events for you to get involved in! bit.ly/3YR41cw

A huge thank you to all of you who beamed in for #MarsDay25!

The Mars fun continues with #MarsWeek25 and there are lots more exciting events for you to get involved in! bit.ly/3YR41cw
ExoMars PanCam (@exomarspancam) 's Twitter Profile Photo

1100 tomorrow: Mars Week ‘Land on a lecture: Looking for life on Mars’, on science & engineering of the ESA_ExoMars Rosalind Franklin rover, live from MullardSpaceScience w/Andrew Coates, Bob Redman & George Kollakides at - book here eventbrite.co.uk/e/mars-week-20…

MullardSpaceScience (@msslspacelab) 's Twitter Profile Photo

Our space lab will be featuring in the BBC Two programme Great British Railway Journeys tonight at 6:30! Or on iPlayer: bbc.co.uk/iplayer/episod…

Gordon Oz Osinski (@drcrater) 's Twitter Profile Photo

What a great first couple of days in the Ries crater! We have a large team here from 🇨🇦 & 🇬🇧 as part of a Canadian Space Agency- funded project to support the ExoMars PanCam & #Enfys instrument teams on ESA_ExoMars & explore how impact craters can form clays on Mars.

What a great first couple of days in the Ries crater! We have a large team here from 🇨🇦 &amp; 🇬🇧 as part of a <a href="/csa_asc/">Canadian Space Agency</a>- funded project to support the <a href="/ExoMarsPanCam/">ExoMars PanCam</a> &amp; #Enfys instrument teams on <a href="/ESA_ExoMars/">ESA_ExoMars</a> &amp; explore how impact craters can form clays on Mars.