SpaceX Applies to FCC to Orbit Second-Generation Starlink Satellites Closer to Earth
SpaceX has submitted a request to the Federal Communications Commission (FCC), seeking permission to have some of its second-generation Starlink satellites operate at lower altitudes. The move is aimed at improving internet speeds and service quality. This request aligns with the FCC’s previous authorization in December 2022 for SpaceX to deploy 7,500 second-generation satellites.
In its filing, SpaceX expressed interest in operating the second-generation satellites at altitudes between 340 and 360 kilometers, which is approximately 200 kilometers lower than their current orbits. The company’s goal is to enhance global internet connectivity through its satellite network and reduce Starlink’s latency to under 20 milliseconds.
While the filing does not provide specific details on the expected improvements in internet speed, SpaceX CEO Elon Musk has emphasized the importance of enhancing the performance of the network. The proposed adjustment in orbit is expected to ensure higher-quality, lower-latency satellite services, benefiting a wide range of users including consumers, enterprises, and first responders.
Operating the second-gen satellites at lower altitudes not only promises speed enhancements but also addresses concerns related to space operations’ sustainability. By positioning them closer to Earth, SpaceX aims to reduce the risk of satellite collisions and simplify the process of safely retiring the satellites by de-orbiting them to burn up in the Earth’s atmosphere.
The satellite network’s improved performance will be crucial for supporting real-time applications such as remote work, distance education, telehealth, and emergency response. With this move, SpaceX aims to meet the needs of its users and provide a more reliable and efficient internet service across the globe.
Analyst comment
Positive news: SpaceX’s application to orbit second-generation Starlink satellites closer to Earth is a positive development for the market. This move is expected to enhance internet speeds and service quality, benefiting users globally. It also addresses concerns about satellite collisions and improves space operations’ sustainability. The improved performance of the satellite network will be crucial for supporting real-time applications and meeting users’ needs for reliable and efficient internet service.
