Planet Labs Launches AI-Equipped Pelican Imaging Satellite
The mission tests on-orbit AI and faster relay paths to scale a new, high-resolution imaging constellation.
Updated on Oct. 21, 2026 in Space
Live Poll
Do you trust private companies to use artificial intelligence for satellite surveillance and data collection?
Planet Labs has successfully launched its Pelican-12 satellite, which includes an NVIDIA Jetson module for edge computing and a communication package for SES Space & Defense. The satellite is currently undergoing orbital commissioning following its deployment via a SpaceX rocket.
Why it matters
This mission serves as an operational bridge between initial prototypes and full-scale constellation deployment. It tests new fleet-wide integration architectures, marking a key step in moving Planet Labs toward mass-produced, high-resolution Earth observation.
Pelican-class satellites are designed to improve resolution from the 50-centimeter limit of the first generation to a 30-centimeter class capability. The integration of NVIDIA Jetson hardware facilitates on-orbit AI inferencing directly on the spacecraft.
The players
Planet Labs
An Earth-imaging company that operates a large fleet of small satellites to provide geospatial data and analysis services.
SES Space & Defense
A provider of multi-orbit satellite communications services supporting government and commercial defense applications.
NVIDIA
A semiconductor company specializing in GPU technology and AI computing hardware platforms for edge and data center deployment.
The details
The Pelican-12 satellite uses an NVIDIA Jetson module—a compact AI-focused computing platform—to process imagery directly on the satellite, allowing for on-orbit artificial intelligence inferencing before data transmission. Once processed, mission data is routed through the O3b mPOWER satellite constellation, a medium Earth orbit broadband network, to provide low-latency connectivity to ground operators. The mission serves as a testbed for integrating these advanced computing and relay packages into future, mass-manufactured fleets.
Timeline
October 20, 2026: Pelican-12 launched from Cape Canaveral.
Late 2026: Full-scale serial assembly of Pelican satellites begins in Berlin.
2027: Recurring constellation launches are scheduled.
The Tech Race
The Pelican-12 mission advances Planet Labs’ move toward high-resolution, mass-produced orbital platforms. By leveraging the O3b mPOWER constellation for data relay, the company is positioning its fleet to compete in the race for real-time, on-orbit data processing and delivery.
This development enhances the speed and resolution of satellite imagery available to government and commercial data consumers. While current imagery remains accessible through existing platforms, the new satellite architecture will eventually shorten the time between data capture and insight generation for end users.
The takeaway
Planet Labs is transitioning from bespoke satellite builds to a high-volume, AI-capable production model to improve data resolution and delivery times. Watch the Berlin assembly facility’s output and the 2027 launch schedule to gauge the pace of this fleet-wide transition.
What happens next
Full-scale Pelican serial assembly is scheduled to begin in Berlin in late 2026, followed by a recurring launch cadence throughout 2027.
Further reading
For more on the latest trends in orbital infrastructure, see the Space section.
Live Poll
Do you trust private companies to use artificial intelligence for satellite surveillance and data collection?
