Geely Advances in Space with New Satellite Launch for Autonomous Vehicle Network

In a significant move to bolster technology for autonomous and connected vehicles, Geespace, the aerospace division of Zhejiang Geely Holding Group, has successfully expanded its satellite constellation. The recent addition of 11 low Earth orbit (LEO) satellites is a crucial step towards the creation of a robust global network tailored to support intelligent transportation systems.

The latest launch involved a Long March CZ-2C rocket that took off from the Xichang Satellite Launch Center, signaling the completion of the second orbital plane known as the Geely Future Mobility Constellation. This follows the inaugural deployment of nine satellites in June 2022, marking a consistent push towards achieving greater connectivity in the automotive sector.

By 2025, Geely aims to have 72 LEO satellites in orbit, initiating the first phase of its ambitious plan. Subsequently, the second phase will see the expansion to a total of 168 satellites. This extensive network will offer state-of-the-art services, combining communication, navigation, and remote sensing capabilities, and is planned to include centimeter-level positioning accuracy vital for self-driving vehicles.

As Geely’s Zeekr and Galaxy car models already incorporate satellite communication features, these new satellites will enhance the manufacturer’s innovative edge, especially in a market where it reports increased export growth.

Geespace is not only focusing on the automotive domain; Geespace is diversifying its reach by targeting various sectors with its impressive IoT services through their satellites. They’re gearing up for competition with established names like Iridium and OneWeb while also pursuing a slice of the market dominated by direct-to-satellite mobile services, rivaling major players like SpaceX’s Starlink.

Additionally, Geespace’s satellites boast AI-enabled remote sensing technology that provides high-resolution imaging, intended for applications including environmental monitoring, further showcasing the extent of Geely’s commitment to technological development and environmental stewardship.

Summary: Geely’s aerospace subsidiary, Geespace, launched 11 more LEO satellites to support advanced connected and autonomous vehicles. The move expands Geely’s planned satellite constellation and signals commitment to innovative communication solutions. The satellite network will benefit Geely’s automotive communication features and take on competition in the global IoT and direct-to-satellite service markets.

FAQ Section

What is the significance of Geespace’s satellite expansion?
The expansion of Geespace’s satellite constellation by adding 11 low Earth orbit (LEO) satellites is meant to support autonomous and connected vehicles, helping Geely to create a global network to boost intelligent transportation systems.

How many satellites does Geely plan to launch by 2025?
Geely plans to have a total of 72 LEO satellites orbiting by 2025 as the first phase of its plan and aims to expand to 168 satellites in the second phase.

What are the expected capabilities of the Geely satellite network?
Once operational, the satellite network is expected to offer communication, navigation, remote sensing capabilities, and centimeter-level positioning accuracy needed for self-driving vehicles.

Which models from Geely already use satellite communication features?
Geely’s Zeekr and Galaxy car models are already equipped with satellite communication features, set to be enhanced by the new satellites.

Is Geespace competing with other companies?
Yes, Geespace is preparing to compete with existing satellite communications providers like Iridium and OneWeb, and it’s also aiming to take on competitors in the direct-to-satellite mobile services market such as SpaceX’s Starlink.

What additional capabilities do Geespace’s satellites offer?
Geespace’s satellites come with AI-enabled remote sensing technology that provides high-resolution imaging. These capabilities are suitable for a variety of applications, including environmental monitoring.


Autonomous Vehicles: These are self-driving vehicles that can navigate without human input.
Connected Vehicles: Cars that use internet connectivity to access services and exchange data with other devices and systems.
Low Earth Orbit (LEO) Satellites: Satellites orbiting the Earth at an altitude of approximately 2,000 kilometers or less, typically used for communication and remote sensing.
IoT Services: Internet of Things services, where devices are connected to the internet to exchange data.

Related Links

– For more information on Geely, you can visit their homepage: Geely.
– To learn about SpaceX and its Starlink project: SpaceX.
– Explore more about satellite communication with Iridium: Iridium.
– Delve into OneWeb’s satellite services: OneWeb.

Please note that these links have been provided based on the assumption they lead to the respective main domain pages and are correct and current at the time of this response.