The large dishes belong to an old satellite ground station in Raisting, near Ammersee in southern Bavaria that was built in the 1960 and is still operating to this day.
Here is a look back at the 9th Flight of
#MarsHelicopter
It was the longest flight to date and took Ingenuity over a large dune-covered area called Séítah.
I reconstructed the flight path with photogrammetry from the helicopters NAV images and animated it in
@Blender
(2x speed)
Two days ago on Sol 755
@NASAPersevere
sent back these amazing views of Jezero crater from the outer fans of Jezero delta.
Even a huge dust devil happened to swirl around near the crater rim.
Credit: NASA/JPL-Caltech/Simeon Schmauß
The full landing sequence of
#Chandrayaan3
I wrote a python script to undo the rame blending from the original video and then upscaled the images with AI.
The video is at 120x playback speed, in reality this took about 66 minutes.
Credit:
@isro
/ Simeon Schmauß
Photogrammetric 3D model of Antonov An-225 "Mriya", the world's largest plane. She was destroyed in February during the early days of the 2022 Russian invasion of Ukraine.
#Ukraine
@AntonovCompany
#Mriya
Interactive version:
A little while ago I spotted this Dust Devil in the LCAM images that
@NASAPersevere
captured during the landing phase on Sol 0.
It therefore is the first ever Dust Devil seen by the mission - before it even touched down.
Earlier today, the
@NASAPersevere
rover captured a high resolution image of the Ingenuity using the SuperCam RMI instrument.
One rotor blade is broken off completely, the others have damaged tips.
Credit: NASA/JPL-Caltech/LANL/CNES/IRAP/Simeon Schmauß
On Sol 414 the Ingenuity mars helicopter scouted the crash site of the parachute and backshell that brought it and the rover safely through the atmosphere before it was jettisoned and crashed on the surface.
Interactive version on
@Sketchfab
:
After the two sampling attempts at Ouzel Falls didn't work out,
@NASAPersevere
drove to a nearby spot to try again.
This panorama was taken during the relocation on Sol 817 (June 8).
Full resolution👉:
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
Exactly 1000 Martian days ago the
#Perseverance
rover landed safely on the red planet.
This video shows the marvelous views captured by the engineering cameras during this nail-biting event.
Long 4K version on YouTube:
The
#Chandrayaan3
mission surprised yet again, when the
#Vikram
lander did a short hop on the lunar surface yesterday. It repositioned itself by about 40 cm.
I upscaled and interpolated the official video by
@isro
.
Chandrayaan-3 Mission:
🇮🇳Vikram soft-landed on 🌖, again!
Vikram Lander exceeded its mission objectives. It successfully underwent a hop experiment.
On command, it fired the engines, elevated itself by about 40 cm as expected and landed safely at a distance of 30 – 40 cm away.
Did I ever mention how awesome telephoto video of Earth from Space is? In this one I assembled from images taken by
@NASA
Astronauts aboard
@Space_Station
you can see the explosive eruption of Sarychev Volcano back in 2009, sending a Plume of ash over 10km up in the Sky. 🧵
Ginny our fallen hero 🫶
Captured yesterday by Perseverance with the Left Mastcam-Z instrument.
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
#ThanksIngenuity
#MarsHelicopter
Two days ago the Lander imager camera on
#Vikram
captured the
#Pragyan
rover doing a 360 turn. You can see it pushing up a lot of lunar regolith with its wheels.
I upscaled and interpolated the official video by
@isro
.
Chandrayaan-3 Mission:
The rover was rotated in search of a safe route. The rotation was captured by a Lander Imager Camera.
It feels as though a child is playfully frolicking in the yards of Chandamama, while the mother watches affectionately.
Isn't it?🙂
I made a timelapse of the
#Artemis1
#Orion
approach end reentry after its return from the moon last week.
The views from the GoPro cameras on the Solar Arrays and inside the capsule were just spectacular!
Full Quality:
The
#Perseverance
rover is currently moving west towards her new science object called Bright Angel.
On Sol 1110, she captured this panorama with her left Navcam, overlooking Neretva Vallis.
Interactive viewer:
Credit: NASA/JPL-Caltech/Simeon Schmauß
@MarsCuriosity
imaged a funky looking mineral formation the other day. This is a 3D model created from 6 images taken by the MAHLI instrument.
Credit: NASA/JPL-Caltech/MSSS
View it in 3D on
@Sketchfab
Here is a look back at Ingenuity's 59th flight on Mars, as captured by the Mastcam-Z onboard
@NASAPersevere
.
In this view, I've heavily enhanced the dust blown away during takeoff. You can also see dust devils moving in the background!
Full quality:
A few days ago on Sol 911,
@NASAPersevere
arrived at her new location in the Margin Carbonate Unit and captured this stunning panorama. 🧵
Credit: NASA/JPL-Caltech/Simeon Schmauß
On Sol 1059
#Ingenuity
rotated it's blades for the first time after the fateful Flight 72.
And guess what, one of the blades is (almost) entirely missing!
Credit: NASA/JPL-Caltech
Our favorite
#MarsHelicopter
had its picture taken today!
#Ingenuity
has now flown an astonishing distance of 12 kilometers in 95 minutes distributed over 53 flights (of just 5 that were originally planned)!
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
#MarsHelicopter
Ingenuity just sent back some amazing images of Rocky Top it captured during Flight 41. The flight was a scouting trip for the
@NASAPersevere
rover which might visit the area soon.
Credit: NASA/JPL-Caltech/Simeon Schmauß
Cheers to a successful Flight 41 🎉
Ingenuity took to the Martian skies to provide an aerial view of the area for the
@NASAPersevere
team. The
#MarsHelicopter
’s out-and-back flight covered 600 feet (183 meters) in 109 seconds.
Zooming in on Ingenuity's final resting place among the sand ripples in Neretva Vallis.
Full resolution panorama:
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
#ThanksIngenuity
#MarsHelicopter
After two weeks of work I can finally share my 3D reconstruction of the gigantic ash cloud from the January 15 Hunga
#Tonga
-Hunga-Ha'apai
#eruption
Parts likely reached *close to 60km* according to my reconstruction, that's beyond the stratosphere and inside the mesosphere!🧵
I made a crosseye version of the stereo image of the
#Vikram
lander that was captured by
#Pragyan
.
Pragyan uses these stereo cameras to capture a 3D view of its surroundings to aid navigation.
Credit:
@isro
Chandrayaan-3 Mission:
Anaglyph is a simple visualization of the object or terrain in three dimensions from stereo or multi-view images.
The Anaglyph presented here is created using NavCam Stereo Images, which consist of both a left and right image captured onboard the Pragyan
So, you know how ULA didn't show any telemetry during this morning’s
#Cert1
launch of
#VulcanRocket
?
What they did show was a telemetry driven 3D animation - this allowed me to reconstruct parts of the trajectory using photogrammetry.
Here is the simulated view that the forward looking RTE color camera would have seen if it were able to take video. I also added the real RTE images in the video for comparison. (2x speed)
Remember the awesome images taken by the optical navigation camera onboard the
@NASA_Orion
spacecraft? They had just enough overlap to create this 3D model of the lunar surface using photogrammetry. 🧵
Images of the far side of the Moon, taken by the optical navigation camera on the
@NASA_Orion
spacecraft during the
#Artemis
I close lunar flyby, are available! See 👉
#ForwardToTheMoon
Interpolated video of
#MarsHelicopter
Flight 57. Towards the end of the video the Heli turned to the side to image a science target. Then it autonomously selected a landing spot on a nearby sand ripple.
Credit: NASA/JPL-Caltech/Simeon Schmauß
I processed the image to correct for vignetting, a dust spot on the sensor and processed the colors to approximate how the human eye would see them.
The image is part of a mosaic of multiple SuperCam RMI images.
Full resolution:
Interpolated video of
#MarsHelicopter
Flight 40 which took it onto the lower slopes of Jezero Delta. Ingenuity mastered a terrain elevation difference of about 17m before autonomously selecting a safe landing spot.
Credit: NASA/JPL-Caltech/Simeon Schmauß
Just a few hours ago the discovery of the
#Endurance
was announced by the
@Endurance_22
expedition.
Thanks to the great footage that was released, I was able to create this interactive 3D model of the ships stern.
Interactive version on
@Sketchfab
👉
Amazing CO2 clouds captured about an hour before sunrise by the
@NASAPersevere
rover back on Sol 738 (March 18).
NASA/JPL-Caltech/Simeon Schmauß
Full res:
This photo from Flight 51 may be my new favorite from
#MarsHelicopter
!
It shows the
@NASAPersevere
rover standing on the rim of Belva, a 900m wide impact crater located on Jezero Delta.
Credit: NASA/JPL-Caltech/Simeon Schmauß
The
@NASAPersevere
rover is now moving through a boulder field towards her next science target, the Margin Carbonate Unit. This panorama was taken on Sol 904 (September 6).
Full resolution👉:
Credit: NASA/JPL-Caltech/Simeon Schmauß
I discovered this by shear luck, by reprojecting the video on the terrain, to sort of stabilize it. Having all the images aligned this way I noticed the Dust Devil as a little smudge moving across the terrain.
3D visualization of the destruction in
#Borodyanka
after the Russian attacks a few days ago.
Follow the annotations that link to videos and pictures taken from these exact locations.
#Ukraine
#UkraineUnderAtta
сk #Бородянка
Interactive version:
I think some previously unseen footage from the
#Artemis1
reentry surfaced just a few days ago.
I think this video shows the phase of reentry when no live video was possible due to ionization blackout.
Yesterday
@NASAPersevere
made a new abrasion at a rock named Mount Meeker. You can see the abrasion bit carve away on the rock and even what seems like dust being kicked up by it.
With the Mars rovers sending no data due to solar conjunction, I finally get to catch up with processing some old, but spectacular images!
Credit: NASA/JPL-Caltech/Simeon Schmauß
The
#Perseverance
rover captured this scenic panorama a week ago on Sol 999 with the left Navcam.
In front of the rover lies Neretva Vallis and the Jezero Crater Rim where the mission is heading to in the future.
Credit: NASA/JPL-Caltech/Simeon Schmauß
With the amazing images coming back from Juno's flyby of Io, I finally took a stab at processing some JunoCam images. This image shows Io's north polar region from 2839km distance.
Credit: NASA/JPL-Caltech/SwRI/MSSS/Simeon Schmauß
It seems like
@NASAPersevere
is getting into Martian astrophotography! 🤩
This image, taken on Sol 785 just after midnight shows Phobos among Betelgeuse and Aldebaran above the rim of Jezero crater.
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
@joebarnard
@SpaceX
@DaveAtCOGS
@astro_matthias
They also had to paint out the Soyuz solar panel.
Another thing worth noting: the SpaceX image is quite a bit sharper and higher resolution than the very cropped in NASA image. The noise pattern still matches, so I presume it was AI upscaled.
Today
@NASAPersevere
arrived at some really intriguing bands of fine grained rocks. They are part of the "Curvilinear Unit" and thought to be ancient sand bars.
Interactive version of the panorama:
Credit: NASA/JPL-Caltech/Simeon Schmauß
@ScienceGuys_
Hi, this is not a video published by NASA. I processed this myself from raw NASA imagery. IT's also not recent, the images were captured back in April.
Please add credits to your post or remove it, thanks!
Two days ago on Sol 755
@NASAPersevere
sent back these amazing views of Jezero crater from the outer fans of Jezero delta.
Even a huge dust devil happened to swirl around near the crater rim.
Credit: NASA/JPL-Caltech/Simeon Schmauß
#MarsHelicopter
Ingenuity captured this amazing ground image ahead of its next flight, which is scheduled for today!
This flight will take it about 20m higher onto the slopes of Jezero Delta than
@NASAPersevere
has been so far!
Credit: NASA/JPL-Caltech/Simeon Schmauß
The
#MarsHelicopter
will attempt Flight 42 no earlier than Feb 4. Ingenuity is expected to reach 33 ft (10 m) and fly about 823 feet (251 m) northwest for approximately 137 seconds.
You can also view this flight animation in 3D on
@Sketchfab
from every angle you want and get a grasp how amazingly Ingenuity navigated over the rough terrain! This even works directly here on Twitter, just tap the play button below!
@NASAJPL
recently released the first navigation camera video from
#Ingenuity
flight four. The helicopter uses these images for navigation during flight.
It is also possible to create a map of terrain and reconstruct the exact flight path to make a nice animation of the flight:
Off to new places! The
#MarsHelicopter
is slated for its fifth flight on May 7, with data coming down at 4:31pm PT (7:31pm ET). The rotorcraft will take off at Wright Brothers Field and will land elsewhere this time, which is another first for Ingenuity.
Ever wondered what the area around the
#Geldingadalir
volcano looks like? Here you can see a rendering of the 3D model I made in collaboration with Snorri Þór Tryggvason.
#Stereoscopic
3D view of the gigantic ash cloud from the
#Tonga
eruption on January 15.
Anaglyph version for use with red/cyan 3D glasses.
Full quality:
Cross-eyed and parallel-view version in the thread⬇️
Early last year the
@NASAPersevere
rover picked up a pet rock with its left front wheel.
Over all that time it must have been quite lonely, but yesterday it met a friend which jumped in the right front wheel to give it some company. 🙂
Credit: NASA/JPL-Caltech/Simeon Schmauß
Here are a few graphs I made from the reconstructed flight profile data. You can see how the helicopter followed the terrain profile at almost exactly 10m height.
The flight was requested by engineers from the Mars Sample Return program to investigate how the hardware fared through its important role in the entry sequence.
I truly feel there is a need for a standardized calibration system to produce color images from satellites that are true to human color perception. This is absolute standard behavior for a DSLR or even your phone camera, but too often neglected in scientific imaging.
(1/many)
On Sol 1037 (three days ago) the Perseverance rover observerved this transit of Mars' smallest moon Deimos.
This timelapse shows the event at 10x speed.
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
On Sol 913 the
#Perseverance
Mars rover captured this new panorama of the Margin Carbonate Unit. This area is thought to be the shoreline of ancient lake Jezero.
Full size:
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
The images for this panorama were taken with the Left Navigation Camera of the rover.
I assembled the tiled images, removed the vignetting and calibrated them to match what our eyes would see.
Here is a comparison between a raw and a calibrated image:
Two days ago the Perseverance rover captured these pictures of the Mastcam-Z calibration target with her arm-mounted WATSON camera.
I love these images that show the rover hardware, perhaps it's time for another full selfie? 📸
Credit: NASA / JPL-Caltech / MSSS / Simeon Schmauß
A huge thank you goes to
@brunodecastro1
, who helped me a lot with the photogrammetry and with the rendering of the videos!
If you are interested in the Perseverance/Ingenuity missions, take a look at his awesome interactive map of Jezero Crater:
Earlier today, the
#Perseverance
rover captured this long distance view of the
#Ingenuity
Mars Helicopter. The new image shows possible footprints from an earlier flight to the left of the current location.
Credit: NASA/JPL-Caltech/LANL/CNES/IRAP/Simeon Schmauß
@kosmi64833127
@HarelDan
@planet
Animation from all 8 channels of the
@planet
SuperDove image. Here the plane can clearly be seen flying. However, some part of the motion is due to parallax between band acquisitions. The bands are orthorectified and co-registered which additionally causes warping in the clouds.
One of these images also showed what looks like the missing blade, lying roughly 15m to the south west of the Heli. I expect that we will soon see additional SuperCam images of that blade.
New Mastcam-Z images further confirm that one of the blades from the upper rotor is entirely missing.
Previously this damage was only seen in the helicopter shadow in images taken by the navigation camera from Ingenuity.
Credit: NASA/JPL-Caltech/Simeon Schmauß
Taking images from a plane is quite common for photogrammetric reconstructions. However, the images for this 3D model of the
#Montblanc
massif were photographed from a fair bit higher than that.
@Astro_Sabot
took them last month from
@Space_Station
more than 400km above ground!🧵
The Jupiter moon Io - captured by the Juno spacecraft during Perijove 58.
The angle of the sun during this flyby created stunning specular reflections on the basalt covered lava lake of Loki Patera.
Credit : NASA/JPL/SwRI/MSSS/Simeon Schmauß
Ingenuity ahead of its 59th flight on Sol 915. This flight took the
#MarsHelicopter
in multiple steps to an new record altitude of 20m!
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
My goal was to extract clean images so I can interpolate the whole video with AI to get a very smooth video like
@TJ_Cooney
did for the rover deployment sequence.
Chandrayaan-3 Rover Footage Processed w/ AI
I took some time to clean up the rover deployment footage sent back by the Chandrayaan-3 mission. The original footage is a timelapse, and what ISRO published was using rudimentary frame interpolation to time it properly. I went ahead
New stereo image of the
#Dinkinesh
asteoroid and its newly discovered contact binary moon Selam.
I colorized this L’LORRI image using lower resolution false color data from the MVIC instrument.
Read more about the moon and it's name here:
These are the images from the nadir pointing navigation camera that I mainly used to reconstruct the geometry. You can see the backshell towards the later part of the flight. A bit earlier if you look closely you can also see the parachute in the left corners.
📽️ Survol de la zone du crash de la coque arrière et du parachute par l'hélicoptère
#Ingenuity
🚁.
Ingenuity n'est bien sûr pas piloté en temps réel (c'est impossible), l'orientation de l'hélicoptère pour acquérir ces images avait été programmée à l'avance. Belle précision !
Exactly 1000 Martian days ago the
#Perseverance
rover landed safely on the red planet.
This video shows the marvelous views captured by the engineering cameras during this nail-biting event.
Long 4K version on YouTube:
Sad to see the shadow of Ingenuity's rotor blade like this. According to Teddy Tzanetos, the outer 25% of the lower rotor are missing, presumably due to an impact with the ground during landing.
I interpolated and upscaled the amazing stage separation video from the
@SpaceX
Falcon Heavy start yesterday.
Don't miss the end where the fairing falls away and gets lit up by the engine plume!
4K on YouTube:
Look at those boulders!
Photographed yesterday by the Perseverance Mars rover while driving in the ancient riverbed of Neretva Vallis.
Credit: NASA/JPL-Caltech/ASU/Simeon Schmauß
@NASAJPL
A closer crop on the blade shows a small disturbance in the sand to the right of it. This is where the blade first contacted the ground after flying some 15m from Ingenuity.
The tip of the blade appears to be clipped, just like the other blades which are still attached.
@Astro_Aure
@isro
This is how the interpolation ended up looking. It starts out pretty nicely but quickly turns into a complete mess. This was interpolated with Rife3.1, but I had similar results with DAIN and TopazAI.
Maybe you have better luck
@DJSnM
? I'd be happy to send you the images.
A partial family portrait of the Jovian system, with Io, Europa and Jupiter.
This was captured by the Juno spacecraft during Perijove 58 last weekend.
Credit : NASA/JPL/SwRI/MSSS/Simeon Schmauß
More images from the mosaic have arrived.
The suspected detached blade can now be clearly identified. It's a bit left of the center of this image behind the sand ripple Ingenuity is sitting on.
Credit: NASA/JPL-Caltech/LANL/CNES/IRAP/Simeon Schmauß CC-BY
@DaveAtCOGS
@joebarnard
@SpaceX
@phi48
Great job, you are fast!
I can confirm, it's a perfect match, even the hot pixels are visible in the SpaceX image. We can even see where they painted out the Soyuz solar panel.