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DUKAS_189695523_NUR
Harvest super moon roses over Washington, DC
An American Airlines flight passes beneath the harvest super moon rises en route to landing at a nearby airport, in Washington, D.C., U.S., on October 6, 2025. This full moon is referred to as a super moon because the moon is closer than normal to the earth and therefore appears considerably larger. (Photo by Allison Bailey/NurPhoto) -
DUKAS_189693736_NUR
Harvest super moon roses over Washington, DC
A bird or bat flies past the harvest super moon as it rises into the clouds over Washington, D.C., U.S., on October 6, 2025. This full moon is considered a super moon because it is closer than normal to the earth and therefore appears considerably larger. (Photo by Allison Bailey/NurPhoto) -
DUKAS_189693633_NUR
Harvest super moon roses over Washington, DC
The harvest super moon rises over Washington, D.C., U.S., on October 6, 2025. This full moon is considered a super moon because the moon is closer than normal to the earth and therefore appears considerably larger. (Photo by Allison Bailey/NurPhoto) -
DUKAS_189239989_NUR
Project Kuiper - Launch KA-03
A ULA Atlas V 551 rocket lifts off from pad 41 at the Cape Canaveral Space Force Station, carrying 28 new satellites for Amazon's Project Kuiper. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_189239985_NUR
Project Kuiper - Launch KA-03
A ULA Atlas V 551 rocket lifts off from pad 41 at the Cape Canaveral Space Force Station, carrying 28 new satellites for Amazon's Project Kuiper. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_189239981_NUR
Project Kuiper - Launch KA-03
A ULA Atlas V 551 rocket lifts off from pad 41 at the Cape Canaveral Space Force Station, carrying 28 new satellites for Amazon's Project Kuiper. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_189239957_NUR
Project Kuiper - Launch KA-03
A ULA Atlas V 551 rocket lifts off from pad 41 at the Cape Canaveral Space Force Station, carrying 28 new satellites for Amazon's Project Kuiper. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_189239956_NUR
Project Kuiper - Launch KA-03
A ULA Atlas V 551 rocket lifts off from pad 41 at the Cape Canaveral Space Force Station, carrying 28 new satellites for Amazon's Project Kuiper. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_189216350_NUR
IMAP Launch
A SpaceX Falcon 9 rocket carries the NASA Science probes IMAP, Carruthers, and SWFO from NOAA. They orbit the Lagrange-1 point at 1.6 million km away from Earth. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_189216305_NUR
IMAP Launch
A SpaceX Falcon 9 rocket carries the NASA Science probes IMAP, Carruthers, and SWFO from NOAA. They orbit the Lagrange-1 point at 1.6 million km away from Earth. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_189216302_NUR
IMAP Launch
A SpaceX Falcon 9 rocket carries the NASA Science probes IMAP, Carruthers, and SWFO from NOAA. They orbit the Lagrange-1 point at 1.6 million km away from Earth. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886287_NUR
NG-23 Launch
A SpaceX Falcon 9 rocket ascends to orbit after launching from complex 40 at the Cape Canaveral Space Force Station, carrying Northrop Grumman's Cygnus XL cargo spacecraft towards the International Space Station. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886276_NUR
NG-23 Launch
A SpaceX Falcon 9 rocket ascends to orbit after launching from complex 40 at the Cape Canaveral Space Force Station, carrying Northrop Grumman's Cygnus XL cargo spacecraft towards the International Space Station. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886271_NUR
NG-23 Launch
A SpaceX Falcon 9 rocket ascends to orbit after launching from complex 40 at the Cape Canaveral Space Force Station, carrying Northrop Grumman's Cygnus XL cargo spacecraft towards the International Space Station. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886266_NUR
NG-23 Launch
The first stage of a Falcon 9 rocket lands at Landing Zone 2 inside the Cape Canaveral Space Force Station, eight minutes after its launch carrying the Cygnus XL cargo ship to orbit the Space Station (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886251_NUR
NG-23 Launch
A SpaceX Falcon 9 rocket ascends to orbit after launching from complex 40 at the Cape Canaveral Space Force Station, carrying Northrop Grumman's Cygnus XL cargo spacecraft towards the International Space Station. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886231_NUR
NG-23 Launch
The first stage of a Falcon 9 rocket from SpaceX descends in a controlled ''free fall'' seconds before its landing after carrying the Cygnus XL cargo ship to orbit to the Space Station (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886226_NUR
NG-23 Launch
A SpaceX Falcon 9 rocket ascends to orbit after launching from complex 40 at the Cape Canaveral Space Force Station, carrying Northrop Grumman's Cygnus XL cargo spacecraft towards the International Space Station. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886221_NUR
NG-23 Launch
The first stage of a Falcon 9 rocket lands at Landing Zone 2 inside the Cape Canaveral Space Force Station, eight minutes after its launch carrying the Cygnus XL cargo ship to orbit the Space Station (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886216_NUR
NG-23 Launch
The first stage of a Falcon 9 rocket from SpaceX descends in a controlled ''free fall'' seconds before its landing after carrying the Cygnus XL cargo ship to orbit to the Space Station (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188886211_NUR
NG-23 Launch
The first stage of a Falcon 9 rocket from SpaceX descends in a controlled ''free fall'' seconds before its landing after carrying the Cygnus XL cargo ship to orbit to the Space Station (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_188161633_NUR
Technology Trade Show
Solar panels mounted on a satellite float in space with a star-filled background, highlighting advanced space technology and renewable energy in orbit, during the Mobile World Congress 2025 in Barcelona, Spain, on March 5, 2025. (Photo by Joan Cros/NurPhoto) -
DUKAS_187905486_FER
Satellite opens like umbrella for detailed look at changing Eartth surface
Ferrari Press Agency
Satellite 1
Ref 17085
19/08/2025
See Ferrari text
Picture MUST credit: NASA/JPL-Caltech
A satellite packed with a giant radar antenna, folded like an umbrella has just unfurled in orbit for a first of its kind mission.
The satellite was launched to monitor Earth’s surfaces detecting movement of the planet’s crust down to centimetres.
The massive, drum-shaped structure is on a mission called NISAR, a joint effort between US space agency NASA and India space agency ISRO.
It launched on July 30 from Satish Dhawan Space Centre in India.
More than two weeks later, the satellite deployed its antenna reflector, which spans 12 meters—the largest ever used on a NASA mission.
NISAR is designed to produce a three-dimensional view of Earth in unprecedented detail.
It will enable researchers and data users to create 3D movies of changes happening on Earth’s surface.
It will track the motion of ice sheets and glaciers, the deformation of land due to earthquakes, volcanoes, and landslides, and changes in forest and wetland ecosystems.
It also will aid decision-makers in fields as diverse as disaster response, infrastructure monitoring, and agriculture.
OPS:Mission control illustration seen at NASA's Jet Propulsion Laboratory of the moment the NISAR satellite opened in orbit.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187904323_FER
Satellite opens like umbrella for detailed look at changing Eartth surface
Ferrari Press Agency
Satellite 1
Ref 17085
19/08/2025
See Ferrari text
Picture MUST credit: NASA/JPL-Caltech
A satellite packed with a giant radar antenna, folded like an umbrella has just unfurled in orbit for a first of its kind mission.
The satellite was launched to monitor Earth’s surfaces detecting movement of the planet’s crust down to centimetres.
The massive, drum-shaped structure is on a mission called NISAR, a joint effort between US space agency NASA and India space agency ISRO.
It launched on July 30 from Satish Dhawan Space Centre in India.
More than two weeks later, the satellite deployed its antenna reflector, which spans 12 meters—the largest ever used on a NASA mission.
NISAR is designed to produce a three-dimensional view of Earth in unprecedented detail.
It will enable researchers and data users to create 3D movies of changes happening on Earth’s surface.
It will track the motion of ice sheets and glaciers, the deformation of land due to earthquakes, volcanoes, and landslides, and changes in forest and wetland ecosystems.
It also will aid decision-makers in fields as diverse as disaster response, infrastructure monitoring, and agriculture.
OPS:Mission control illustration seen at NASA's Jet Propulsion Laboratory of the moment the NISAR satellite opened in orbit.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187904322_FER
Satellite opens like umbrella for detailed look at changing Eartth surface
Ferrari Press Agency
Satellite 1
Ref 17085
19/08/2025
See Ferrari text
Picture MUST credit: NASA/JPL-Caltech
A satellite packed with a giant radar antenna, folded like an umbrella has just unfurled in orbit for a first of its kind mission.
The satellite was launched to monitor Earth’s surfaces detecting movement of the planet’s crust down to centimetres.
The massive, drum-shaped structure is on a mission called NISAR, a joint effort between US space agency NASA and India space agency ISRO.
It launched on July 30 from Satish Dhawan Space Centre in India.
More than two weeks later, the satellite deployed its antenna reflector, which spans 12 meters—the largest ever used on a NASA mission.
NISAR is designed to produce a three-dimensional view of Earth in unprecedented detail.
It will enable researchers and data users to create 3D movies of changes happening on Earth’s surface.
It will track the motion of ice sheets and glaciers, the deformation of land due to earthquakes, volcanoes, and landslides, and changes in forest and wetland ecosystems.
It also will aid decision-makers in fields as diverse as disaster response, infrastructure monitoring, and agriculture.
OPS: Render of the NISAR satellite open and deployed in orbit.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187904321_FER
Satellite opens like umbrella for detailed look at changing Eartth surface
Ferrari Press Agency
Satellite 1
Ref 17085
19/08/2025
See Ferrari text
Picture MUST credit: NASA/JPL-Caltech
A satellite packed with a giant radar antenna, folded like an umbrella has just unfurled in orbit for a first of its kind mission.
The satellite was launched to monitor Earth’s surfaces detecting movement of the planet’s crust down to centimetres.
The massive, drum-shaped structure is on a mission called NISAR, a joint effort between US space agency NASA and India space agency ISRO.
It launched on July 30 from Satish Dhawan Space Centre in India.
More than two weeks later, the satellite deployed its antenna reflector, which spans 12 meters—the largest ever used on a NASA mission.
NISAR is designed to produce a three-dimensional view of Earth in unprecedented detail.
It will enable researchers and data users to create 3D movies of changes happening on Earth’s surface.
It will track the motion of ice sheets and glaciers, the deformation of land due to earthquakes, volcanoes, and landslides, and changes in forest and wetland ecosystems.
It also will aid decision-makers in fields as diverse as disaster response, infrastructure monitoring, and agriculture.
OPS: Render of the NISAR satellite open and deployed in orbit.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187754210_NUR
Vulcan Launch - USSF 106
The four external solid rocket motors jettison from the core stage of the ULA's Vulcan Rocket during its ascent to orbit for the classified mission USSF-106. (Photo by Manuel Mazzanti/NurPhoto) -
DUKAS_187635903_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space flying to the edge of space with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635900_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space plane is towed to the runway for take off from Tawhaki National Aerospace Centre in New Zealand with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635897_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space flying to the edge of space with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635894_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space flying to the edge of space with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635887_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space flying to the edge of space with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635886_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space flying to the edge of space with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635885_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space flying to the edge of space with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635884_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space flying to the edge of space with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635883_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space flying to the edge of space with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635882_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space plane takes off from Tawhaki National Aerospace Centre in New Zealand with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187635881_FER
Package for spying on the spy satellites
Ferrari Press Agency
Satellites 1
Ref 17058
08/08/2025
See Ferrari text
Picture MUST credit: Dawn Aerospace
An unmanned plane designed to fly to the edge of space equipped with a payload for watching out for and identifying potential spy satellites has been successfully tested.
The payload, called Morning Sparrow was being carried by the pilot-less Aurora spaceplane.
The plane has been developed by multinational company Dawn Aerospace which is headquartered in New Zealand.
The Morning Sparrow is a suite that includes optical sensors and related hardware for near-real time object identification, classification, and tracking in orbit.
The set up is needed because the burgeoning private space rocket sector has created a new form of satellite.
Instead of a few large satellites launched in relatively high stable orbits, whole constellations of mini versions can be put into low Earth orbit at very short notice.
It makes it possible to quickly respond to emergency situations by deploying satellites for surveillance, communications and battlefield networks before their orbits decay and they plunge back to Earth.
But they could also be deployed spying without potential targets being aware.
The new system is designed to quickly help look for satellites and try to figure what they are doing.
The Morning Sparrow system made by US firm, Scout Space, is designed for such use and was tested on July 17.
It was incorporated into an Aurora spaceplane that took off from a conventional runway at Tawhaki National Aerospace Centre in New Zealand.
OPS: The Aurora space plane takes off from Tawhaki National Aerospace Centre in New Zealand with the Morning Sparrow package aboard.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_187321209_NUR
NASA Spacex Crew 11 Arrives At Kennedy Space Center
NASA SpaceX Crew 11 mission specialist Oleg Platonov from Russia motions to the crowd before exiting the Space Shuttle Landing Facility. Crew 11 launches on Thursday, July 31, 2025, for the International Space Station. (Photo by George Wilson/NurPhoto) -
DUKAS_187321178_NUR
NASA Spacex Crew 11 Arrives At Kennedy Space Center
NASA SpaceX Crew 11 crew member Zena Cardman, commander (USA), addresses the crowd after landing at the Space Shuttle Landing Facility. Crew 11 launches on Thursday, July 31, 2025, for the International Space Station. (Photo by George Wilson/NurPhoto) -
DUKAS_187321171_NUR
NASA Spacex Crew 11 Arrives At Kennedy Space Center
NASA SpaceX Crew 11 crew member Zena Cardman, commander (USA), addresses the crowd after landing at the Space Shuttle Landing Facility. Crew 11 launches on Thursday, July 31, 2025, for the International Space Station. (Photo by George Wilson/NurPhoto) -
DUKAS_184769618_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System planets
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184769617_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184769616_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184769615_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184769614_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184769613_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184769612_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184769611_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184769610_FER
Miniature solar system orbits Sun lamp in the home
Ferrari Press Agency
Solar system 1
Ref 16823
15/05/2025
See Ferrari text
Picture MUST credit: Quantum Innova
Space lovers can now get an out of this world replica of the solar system with authentically orbiting plants — for the home.
The Quantum Solar System levitating set has a glowing Sun which can be used as a light with adjustable brightness.
It hovers on its own levitation board while tiny replicas of the Earth, Mercury, Venus, Mars, Neptune, Saturn, Uranus and Jupiter.
The positions and orbits of the planets are in real time, synchronised with data from US space agency NASA.
They can also be positioned at any date in the past, present or future.
For example, they can be observed as they were at any historical date in the past or in any astronomical event of the future.
For observing the evolution of the orbits they can be shortened so six Earth days become one second.
OPS: The Quantum Solar System
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
