Anduril Reaches Orbit with Internally Funded Satellite Two Years After Space Pledge
Anduril has placed its first full spacecraft, Anduril-216, into orbit, roughly two years after publicly committing to design, build, integrate, and fly its own satellites. The mission, internally dubbed Lectronimo, was funded by the company from the start and carried modular payloads intended to validate Space Domain Awareness capabilities for future national security work.
The company's space work began on the ground. Through the United States Space Force's Space Surveillance Network, Anduril took on modernization of Space Domain Awareness assets, integrating legacy ground systems with Lattice, the company's core software layer, to power a resilient mesh network that reduced data latency from hours to seconds. Despite its space portfolio, Anduril's space business in 2024 remained entirely terrestrial.
That changed with the arrival of Adam Thurn, now VP and GM of Orbital Systems, who joined in 2023 after four years at Terran Orbital overseeing engineering for NASA and Space Development Agency missions. "Two weeks in at Anduril and realizing what made this company unique with being able to leverage the immense software power from Lattice, I said we need to build an on-orbit data processor to truly get after spacecraft mission autonomy," Thurn said. That decision launched Project Jan.
A team of five gave itself three months to design, build, and test a spartan prototype with no software updates, straightforward ground tasking, and third-party capabilities only where necessary. The team made the delivery cutoff for partner Apex, which provided the spacecraft platform through its Aries bus. Weeks later the payload reached orbit. Project Jan's task was linear: take a photo, process it on orbit, and send it back to the ground. The full end-to-end operation, from launch through telemetry and command execution, established the foundation for more ambitious missions.
Lectronimo represented a step change. The full spacecraft, Anduril-216, carried three modular payloads: a Mission Compute Module providing on-platform processing, fusion, and storage of data in real-time; a Long-Wave Infrared Space Sensor capable of detecting heat signatures of spacecraft even during orbital eclipse; and a Dynamic Payload Power Module that regulates bus power outputs to meet the requirements of different payloads. The mission also carried two additional third-party payloads. Each payload was designed to be modular, compatible with a variety of satellite interfaces and power sources so any payload could connect to any bus quickly and repeatably, without the custom engineering or years-long development cycles common in space technology. Anduril again partnered with Apex to execute the mission.
The company frames its space business around deterrence. Military planners have warned that access to space is no longer guaranteed for the United States or its allies. Russian assets maneuver dangerously close to U.S. satellites on a regular basis, and China has more than tripled its annual space launch rate in the past decade while deploying capabilities like the Shenlong space plane. Anduril's space business was created to deliver on that mandate, bringing autonomy, awareness, and maneuverability to secure the domain. The long wave infrared approach addresses a specific gap, detecting satellites hidden in Earth's shadow that sensors dependent on solar illumination cannot see.
The Lectronimo mission was designed to validate the three modular payload capabilities and establish the orbital heritage Anduril needs to carry out future national security missions. Having proven its edge processing concept on Project Jan and now flown a full spacecraft, the orbital systems team continues to expand from its original five members as the company builds out its space capability.