Good morning! ☀️ Our #SolarOrbiter spacecraft is getting ready to leave #Europe on an Antonov cargo plane for its next stage of launch preparations at Cape Canaveral 👋 Here’s one of the last views before packing, taken earlier this month 👇
More info👉esa.int/Science_Explor…
In the meantime, here’s a recap of the latest status and what’s in store for #SolarOrbiter’s mission to the #Sun
📽Watch:
#SolarOrbiter is scheduled for launch Feb 2020 and will use gravity assists at Earth & Venus to get progressively closer & different views of the #Sun 📽 #WeAreAllSolarOrbiters
#SolarOrbiter will provide the first views of the #Sun's poles and collect in situ and remote sensing data to study our star and the Sun-Earth connection. All about our mission👉 esa.int/Science_Explor…
For many space missions first data usually comes after 6 months-1 year, but #SolarOrbiter is different: the time between data being received on Earth & it being released is at most 90 days! #OpenESA#WeAreAllSolarOrbiters
👋Welcome to the live press briefing with #SolarOrbiter experts presenting the exciting images from the mission captured around its 1st close pass of the #Sun
📨For journalists who have any questions, please send them to media@esa.int
📷The brand new #SolarOrbiter images that we are going to see today are already the closest ever images of the Sun, captured only 77 million km from our star's surface 👍
While #SolarOrbiter is taking the closest images of the #Sun, @NASA’s Parker Solar Probe is actually flying much closer. The two missions will work together, collecting complementary data to investigate our nearest star
🛰️🌞🛰️
Launched in February, #SolarOrbiter performed its first close approach to the #Sun in mid June, getting just 77 million km from its surface and capturing the closest ever images of our parent star 🌞🛰️📷
These brand new views will be released tomorrow. Stay tuned #TheSunUpClose
An international collaboration between ESA and NASA, #SolarOrbiter lofted to space aboard the US Atlas V 411 rocket from Cape Canaveral, Florida at 05:03 CET on 10 February (23:03 EST on 9 February).
Relive the excitement of the launch:
The mission of #SolarOrbiter: to perform unprecedented close-up observations of the #Sun – including from high latitudes, obtaining views of the Sun's poles – and investigate the Sun-Earth connection.
Bonus #science opportunity for #SolarOrbiter, which will cross through the tails of #Comet ATLAS in the next few days. The mission's 4 in-situ instruments will be switched on and collecting data during the encounter 👍 #weareallsolarorbiters
The commissioning of #SolarOrbiter has been proceeding over the past three months to ensure the spacecraft and instruments will be fully functional for the 1st close pass of the #Sun, to take place on 15 June, around 77 million km from our parent star.
Meanwhile, @einionyn noticed that #SolarOrbiter would pass through the ion tail of Comet ATLAS on 31 May-1 June + through the dust tail on 6 June. Fortuitously, the 4 in-situ instruments that measure the conditions around the spacecraft are also great for studying #comet tails!
👋Greetings from ESA's Operations Centre in Darmstadt, Germany! We're getting ready for #SolarOrbiter launch: liftoff is scheduled in less than 30min from @NASAKennedy