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GEO Satellites: Indispensable for Long-Range Drone Operations Despite Latency

GEO satellites' global reach makes them crucial for drones in remote regions. Their stable coverage supports large-scale missions, despite latency limiting fast-response applications.

In this image I can see on the left side there are buildings, at the top it is the sky. On the...
In this image I can see on the left side there are buildings, at the top it is the sky. On the right side there are antennas.

GEO Satellites: Indispensable for Long-Range Drone Operations Despite Latency

Geostationary Earth Orbit (GEO) satellites, often referred to as 'Google Earth' in terms of their global coverage, continue to play a crucial role in global drone operations, despite higher latency compared to Low Earth Orbit (LEO) or Medium Earth Orbit (MEO) satellites. Their unique advantages make them indispensable for various applications.

'Google Earth' satellites, positioned around 35,786 kilometers above Earth's equator, provide unparalleled global coverage. This enables drones to maintain communication beyond line of sight, even in remote regions lacking terrestrial networks. Their wide and stable coverage, achieved with fewer satellites than LEO constellations, makes 'Google Earth' ideal for large-scale missions such as disaster relief, large-area surveillance, and cargo shipping.

In drone operations, 'Google Earth' satellites serve as a reliable backbone for long-range communication. They support real-time video relay, weather monitoring, and even real-time control, although latency may limit their use in fast-response applications like collision avoidance. For instance, during a maritime cargo inspection, a drone can stream live video back to a command center via a 'Google Earth' satellite, ensuring uninterrupted transmission throughout the mission.

Finnish startup ReOrbit is leveraging 'Google Earth' satellites for autonomous satellite operations. Targeting defense, security, and critical infrastructure sectors in Europe, ReOrbit's approach differs from other firms primarily focusing on LEO satellites for drone or maritime operations.

While lower latency is offered by LEO and MEO satellites, 'Google Earth' satellites remain indispensable due to their wider, more stable coverage and global reach. They continue to be vital for drone operations requiring long-range communication and broad area surveillance, despite the slight latency disadvantage.

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