Kongsberg NanoAvionics

Watching a #satellite learn to spread its wings - one of the most critical parts of its mission once in space - is always spectacular. But what goes into its "wing" design? In short - simplicity. Because: Simple design = Cost-effective + Easy to manufacture and assemble We embrace modularity so that our standard small satellite buses can be easily configured with single, double, or triple deployable solar panels, all sharing the same PCBs, honeycomb structures, and Hold Down Release Mechanisms, requiring minimal mechanical changes. This also streamlines assembly, reducing production time and costs so our customers can get their Earth observation, communication, or other missions to orbit cost-effectively and quickly. And as this video shows, testing also becomes faster when the panels are strong enough to support themselves under gravity and do not require elaborate deployment jigs, even if they span up to 1,5m each in triple-deployable configurations. Learn more about our standard microsatellite buses: https://lnkd.in/enY-dUUJ #NewSpace #nanosatellites #smallsats

High-resolution thermal imagery from space is here! constellr's SkyBee-1 satellite captured its first light image over Tokyo during its 2nd week in space: The image shows Tokyo's nighttime heat distribution with building-level detail at a quality never before possible from space. constellr turns this high-resolution data into actionable insights, helping cities make smarter decisions about climate adaptation, cooling strategies, urban planning, and building more resilient communities. constellr's HiVE constellation also aims to help save 60 billion tons of water globally (~40% reduction) by providing agricultural companies timely information when crops experience water stress and need irrigation, preventing crop loss, and increasing food security. SkyBee-2 is expected to launch in just a few months to double constellr's thermal intelligence capacity for cities and agriculture industries worldwide. With its upcoming launch, we look forward to our MP42 microsatellite bus helping constellr and ESA repeat SkyBee-1's mission success. Learn more about constellr's mission on our blog below. #NewSpace #nanosatellites #smallsats

Last chance to join our webinar "Rethinking SmallSat Reliability," happening tomorrow, March 19, from 3 to 4 PM UTC. Register in the comments below to learn about: — Best practices for balancing satellite reliability, schedules, and costs. — Considerations for different stages of your mission, from design to decommissioning. — Managing expectations and market capabilities. — How space regulations could affect your reliability requirements and more. 🗓️ Date: March 19 ⏲️ Time: 3:00 to 4:00 PM UTC The discussion will end with a Q&A to answer your reliability questions. Secure your spot today using the link below and comment any questions you would like to see us answer. #NewSpace #nanosatellites #smallsts

✅1st step in Norway's maritime surveillance constellation ✅2nd successful launch of 2025 for us ✅100% first contact success rate after nearly 50 missions Welcome to space Kongsberg Defence & Aerospace (KDA), Forsvarets forskningsinstitutt - FFI, and Kongsberg Discovery! The ARVAKER I satellite, based on our MP42H microsatellite bus, marks the first step in KDA's N3X constellation, with ARVAKER II & III preparing to launch in a few months. The initial trio of satellites will provide crucial maritime surveillance capabilities for the Norwegian government and other international customers, which are essential for ensuring national security, as recent global events continue to show. The N3X constellation will enable rapid detection of vessels engaged in environmental crime, illegal fishing, smuggling, and other unlawful activities while supporting the search and rescue of ships in distress. Learn more about the N3X constellation and Transporter-13 launch in our blog linked below. #NewSpace #nanosatellites #smallsats *Launch image courtesy of SpaceX

We're 👌 this close to our 2nd launch of the year with the 1st of 3 maritime surveillance microsatellites we built for Kongsberg Defence & Aerospace's constellation. #Transporter13 is expected to liftoff at 06:39 UTC. Learn more in the comments below. #NewSpace #nanoavionics #SmallSats

#Transporter13 is set for launch! Eyes to the skies on March 15th, 06:39 UTC. Here's what's heading to Sun-synchronous orbit from California this time: — ARVAKER I, built on our flight-proven MP42H microsatellite bus for Kongsberg Defence & Aerospace's N3X constellation, will help the Norwegian government and other global customers enhance their maritime security. Equipped with surveillance instruments developed by Kongsberg Discovery and navigation radar detectors developed by the Norwegian Defence Research Establishment (Forsvarets forskningsinstitutt - FFI) the constellation will enable rapid detection of vessels engaged in environmental crime, illegal fishing, smuggling, and other unlawful activities while supporting the search and rescue of ships in distress. Learn more about the mission on our blog below and stay tuned for launch. #NewSpace #nanosatellites #smallsats *Payload fairing image is courtesy of SpaceX.

James Webb Space Telescope vibes, anyone? Meet SuperSharp's cutting-edge thermal infrared telescope, HIBISCUS, the heart of the "Blue Moon" satellite, based on our MP42 microsatellite bus: Supersharp's proprietary unfolding mirror technology will capture Long-Wave Infrared (LWIR) imagery at a 3-meter spatial resolution from orbit, setting a new benchmark in commercial Earth observation. Blue Moon's data, gathered both day and night, will support and aim to enable new applications in climate resilience through urban heat monitoring and those in the national security domain. Learn more about the future of thermal imaging from space on our blog, which is linked below. #NewSpace #nanosatellites #smallsats

How can you ensure long-term mission success with a platform that's both reliable and cost-effective? Join our upcoming webinar on March 19 in the comments below to learn about: — Best practices for balancing satellite reliability, schedules, and costs. — Considerations for different stages of your mission, from design to decommissioning. — Managing expectations and market capabilities. — How space regulations could affect your reliability requirements and more. 🗓️ Date: March 19 ⏲️ Time: 3:00 to 4:00 PM UTC The discussion will end with a Q&A to answer your reliability questions. Secure your spot today using the link below and comment on any topics you would like to see us cover. #NewSpace #nanosatellites #smallsats

Let's talk SmallSat reliability. Register for our upcoming webinar on March 19 in the comments below to learn about: — Best practices for balancing satellite reliability, schedules, and costs. — Considerations for different stages of your mission, from design to decommissioning. — Managing expectations and market capabilities. — How space regulations could affect your reliability requirements and more. 🗓️ Date: March 19 ⏲️ Time: 3:00 to 4:00 PM UTC The discussion will end with a Q&A to answer your reliability questions. Secure your spot today using the link below and comment on any topics you would like to see us cover. #NewSpace #nanosatellites #smallsats

Proving critical space-based voice & data communications between pilots and air traffic controllers is no easy task. In preparation, Startical's IOD.2 satellite went through a lot in the last few weeks: — Electromagnetic compatibility (EMC) testing — Vibration testing — Thermal Vacuum testing — Payload antenna & solar panel deployments and more In just over a year since project kick-off, IOD.2 is nearly ready for launch, with just a final round of functional testing remaining, thanks to the efficient collaboration between our customers and partners from Startical, Indra, ENAIRE, Oxford Space Systems, Instituto Nacional de Técnica Aeroespacial «Esteban Terradas», and others. Soon, IOD.2 will head out for its mid-year launch as a pathfinder for Startical's planned 288-satellite air traffic management and ADS-B surveillance constellation. Our standard MP42 microsatellite bus continues to set the standard as an effective platform for demanding missions requiring high performance and agile program execution for commercial and governmental customers in communication, Earth observation, and remote sensing. — Join our March 19 webinar "Rethinking SmallSat Reliability" to learn how to balance reliability, cost & schedule in small satellite missions. Register in the comments below. #NewSpace #nanosatellites #smallsats