Eycore and NanoAvionics Launch Polish SAR Sat with Neutrino/Quantum Missions

SpaceX’s second CAS500
(Compact Advanced Satellite 500) mission to
low-Earth orbit
(LEO) carried, among others, three satellites using buses from small-satellite manufacturer
Kongsberg NanoAvionics
into orbit:
Eycore-1, a pilot for an all-European, military-grade
Synthetic Aperture Radar (SAR)
solution and NanoAvionics’ platform debut for SAR applications,
QUBE II, demoing the first-ever
quantum key
exchange between a
CubeSat
and a
ground station
,
and SNAPPY (Solar Neutrino Astro-Particle PhYsics), the world’s first space-based neutrino detector.
Following a successful
launch
, NanoAvionics’ mission control established contact with all satellites under its operations on the first attempt. This continued the company’s 100% first-contact success rate and brought the total number of NanoAvionics-built
satellites
launched to more than 60. The mission also carried several constellation
operator
satellites built by them in-house using NanoAvionics‘ power and
communication systems
.
Atle Wollø
, CEO of Kongsberg NanoAvionics
, said: “CAS500-2 was a very exciting launch as it carried three highly innovative and important
satellite missions
for cutting-edge science, unhackable communications and strategic reconnaissance. These missions further demonstrate NanoAvionics’ capability to adapt to diverse customer missions across science, communications, and defence applications. The Eycore-1 mission marks our platform debut for SAR applications and reflects how we help partners like Eycore to deliver critical capabilities. By integrating Eycore’s SAR technology with NanoAvionics’ flight-proven platforms, our companies are expanding Europe’s access to sovereign intelligence and surveillance. This mission adds SAR to our supported application portfolio, alongside optical and thermal imaging, RF maritime surveillance, and signals
intelligence
. It highlights our ability to support national security with cost-effective and mission-ready satellite platforms.”
Click here to learn more about Satellite Bus and Platforms Featured on SATNow
Publisher:
SatNow
236
48
