G L U O N
S A T E L L I T E B U S
Get a highly flexible software-first platform with modular avionics,
capable to accommodate several types of payloads:
from Earth Observation to Data Relay.
IMPROVE RESPONSIVENess AND flexibility
Software-first approach allows for hardware modularity, thereby making the solutions independent of the subsystems.
Mission efficiency and connectivity are dealt with upfront in the mission concept, as integrated functionalities.
ENABLE SPACE-TO-space & space-to-ground comms
Secure, seamless data transfer for all-encompassing situational awareness and value-driven decision-making.
ENHANCE MISSION EFFICIENCY WITH RECONFIGURABILITY
While on-orbit, tweak your mission as needed. You can update system components and alter functionalities post-launch, such as relaying data in a different frequency, using a different protocol, or adding a new cybersecurity measure.
STREAMLINE GROUND OPS WITH AUTONOMY
Collision avoidance, station keeping, failure detection & recovery.
Our high-availability systems can maximise quality-of-service autonomously in the presence of glitches and faults.
A highly autonomous
and fault-tolerant
satellite platform
High reliability.
Rideshare-ready.
Scalable from 150kg to 500kg.
Minimal customisation.
Minimal NRE.
Cost-efficient solution.
BASELINE CONFIGURATION
Mass
150-500 kg
Payload Mass
< 180 kg
Payload Power
< 400 W
Pointing Accuracy
±0.01° (1-sigma), 3 axes control
Propulsion
Chemical Bipropellant (green) or Electric
Lifetime
3-8 years, mission-dependent
Typical Applications
EO, data relay, in-orbit servicing
Contact us
Technical Brochures / Partnerships / Media Interviews
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