PRODUCT PROFILE
KSATlite
GROUND SEGMENT & TERMINALS
KSATlite
Norway · verified
- COUNTRY
- Norway
- PROGRAMME STATUS
- verified
Specifications
- Function
- Provides automated ground station connectivity for telemetry, tracking, and command plus payload data downlinks.
- Platform fit
- Optimised for small satellites and CubeSat constellations operating in low Earth orbit.
- Commercial model
- Available through service-based subscription agreements or pay-per-pass billing structures.
- Deployment status
- Fully operational across a global network of sites including polar and mid-latitude locations.
- Evidence to demand
- Publicly cited as a primary ground service provider for major commercial constellation operators.
- Technical interface
- Integration is achieved via cloud-native APIs connecting the ground station directly to mission control systems.
Description
KSATlite is a globally distributed ground station network developed by Kongsberg Satellite Services [Kongsberg Satellittjenester AS] to provide communications for small satellites in low Earth orbit. It is a streamlined evolution of the manufacturer’s established polar and mid-latitude infrastructure, designed specifically to handle X-band and S-band frequencies through automated, standardised interfaces. The architecture allows satellite operators to bypass the capital expenditure of building proprietary terminals by utilising a shared, multi-tenant antenna array. The service is primarily marketed to commercial Earth observation firms, research institutions, and government agencies operating CubeSat or SmallSat constellations. High-profile operators such as Planet and Spire Global utilise the system to manage telemetry, tracking, and command (TT&C) as well as payload data downlinks. Access is typically sold through service-based agreements or subscriptions, with technical integration managed via cloud-based APIs that link physical antennas to the client's mission control software. Prospective buyers should evaluate the risks associated with shared scheduling, as high demand for specific orbital passes may lead to resource contention in a multi-tenant environment. The Aerospace Garage desk would verify the current antenna density at specific latitudes to ensure revisit times meet specific mission requirements. We would also scrutinise the cybersecurity protocols and data handling certifications active at each international site to ensure compliance with the regulatory standards of the operator’s home jurisdiction.
Linked stories
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LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record