een horizon-tot-horizon-weergave van de grote schotel, Deep Space Station 43 #DSS43 (boven) in contact met
NASA Voyager11 en (onder), antennes #DSS34 en #DSS35 in contact met Voyager-2
eyes.nasa.gov/dsn/dsn.html
Panoramic view of deep space antenna dishes pointing skyward. Hills and setting sun in a cloudy blue sky. Deep Space Station 43 on left in contact with NASA’s Voyager 1 spacecraft, and on the far right, antenna dishes Deep Space Stations 34 and 35 linked as an array to receive data from Voyager 2.
Panoramic view of deep space antenna dishes pointing skyward. Hills and setting sun in a cloudy blue sky. Deep Space Station 43 on left in contact with NASA’s Voyager 1 spacecraft, and on the far right, antenna dishes Deep Space Stations 34 and 35 linked as an array to receive data from Voyager 2.
When the NASA Voyager spacecraft call home from interstellar space, we’re ready to take the call. 📡
Our 70-metre antenna, Deep Space Station 43 #DSS43 in touch this afternoon with Voyager-1 at 24.7 billion kilometres, and #DSS34 & #DSS35 supporting Voyager-2 at 20.6 billion kms from Earth.
Deep Space Station 43 #DSS43 staat vanmiddag in contact met Voyager-1 op 24,7 miljard kilometer, en #DSS34 en #DSS35 ondersteunen Voyager-2 op 20,6 miljard kilometer van de aarde.
eyes.nasa.gov/dsn/dsn.html
Even checken hoe het met #Lucy gaat, de eerste missie naar de Trojaanse asteroïden.
Deep Space Network #DSN, Camberra #DSS35
De huidige locatie is 326,829,002 km van de aarde met een snelheid van 92,230 km/h (~25 km/s).
lucy.swri.edu
Excellent news!
@astrobotic’s confirms Acquisition of Signal of the #Peregrine lunar lander through @CanberraDSN’s antennas #DSS35 and #DSS36 📡📡
Great job team!
During @NASAJuno’s Perijove 57 dive past Jupiter tonight (AEDT), the spacecraft will make a close pass to the volcanic moon Io (eye-oh).
Three antennas @CanberraDSN #DSS43, #DSS35 & #DSS36 will be supporting during the flybys.
Follow: bit.ly/DSNnow
Follow: eyes.nasa.gov/apps/solar-s...
Deep Space Station 34 at the Canberra Deep Space Communication Complex.
Deep Space Station 35 at the Canberra Deep Space Communication Complex.
Both Deep Space Station antennas #DSS34 and #DSS35 are now in 'point' position, awaiting the launch of @MissionToPsyche
📡📡🚀🛰️🪨
Bathed in orange and white light, a deep space antenna dish stands against the black night sky. Deep Space Station 34 is located at the Canberra Deep Space Communication Complex, Australia.
Bathed in orange light, a deep space antenna dish stands against the black night sky. Deep Space Station 34 is located at the Canberra Deep Space Communication Complex, Australia.
Two deep space antenna dishes are lit by foreground lights, and are set against a black night sky. Deep Space Stations 34 and 35 are located at the Canberra Deep Space Communication Complex, Australia.
Tonight, we will be using antennas Deep Space Stations #DSS34 and #DSS35 to support @MissionToPsyche
📡📡〰️〰️🛰️ ➡️🪨
If the launch @MissionToPsyche goes ahead tonight, then two of our 34 metre antennas, Deep Space Stations 34 & 35 will be on point and ready to acquire signals from the spacecraft. #DSS34 #DSS35
Our sister station @GoldstoneDSN will also be listening on one of its antennas #DSS25
3 of @CanberraDSN's dishes including new #DSS35 are talking to all 5 Mars orbiters right now http://eyes.nasa.gov/dsn/dsn.html http://t.co/YdVaB4AgYP
Woot! RT @CanberraDSN: #DSS35 became operational this morning at 6.30am local. Welcome to the newest antenna in the #DSN. #yaynewantenna
RT @CanberraDSN: On a cold Canberra morning #DSS35 has been warming its face in the morning sun. http://t.co/tXhRVZpsqH
MT @CanberraDSN: Caption this funny #DSS35 webcam #photobomb. No prizes, just the honour of reading your genius. http://bit.ly/12ZbGmz
RT @CanberraDSN: Crane cables are now slack on #DSS35. Dish is now at first stage of connection to the base strcture. http://bit.ly/13HuQyI
MT @CanberraDSN: #DSS35 dish lift has gone so smoothly that we're discussing also lifting quadleg/subreflector today http://bit.ly/13H8NIk
RT @CanberraDSN: #DSS35 webcams picked up today's annular solar eclipse in a lens reflection. Cool. http://bit.ly/13H2ZP7
