SpaceX Drops the Ceiling: How Starlink’s Orbital Shift Will Boost Performance

Starlink's high-speed, low-latency internet service is made possible by its satellite constellation's close proximity to the globe, so much so that on dark nights, the satellites can be seen with the naked eye above us. Now, low Earth orbit (LEO) satellites will be even closer thanks to a massive reconfiguration that lowers the orbits of a portion of them.

About 4,400 satellites will move from an orbiting altitude of 341 miles to 298 miles. According to satellite tracker Jonathan McDowell, over 1,600 satellites have already begun the descent as of March 2026. Starlink officials have explained that this move is a safety measure, but it also carries bonuses for users, including faster speeds, lower latency, and better reliability.

The lowering of satellites by about 70 kilometers, previously approved by the Federal Communications Commission (FCC), will further decrease the signal travel time (latency) between satellites, ground stations, and customers’ dishes. A high download speed (Mbps) can be a waste if latency is too high, making the internet laggy and appear slower than it should be. Having low latency, also called ping, is essential for online gaming and buffer-free streaming.

In response to McDowell’s observation, SpaceX CEO Elon Musk chimed in to confirm that the move will mean tighter signal beams and better signal quality. Lowering the satellites could also benefit customers in high-demand regions, where network congestion can cause slowdowns.

Starlink VP Michael Nicolls explained that a primary reason for the move is to reduce the likelihood of collisions with other satellite providers and launchers. Nicolls was likely referring to a recent close call between a Chinese-launched rocket and a Starlink satellite. He also mentioned that satellites in lower orbits will burn up faster as their lifecycles come to an end. 

When will customers see performance improvements? The changes should come soon as the satellites begin descending, and there are no hardware requirements to experience the improvements. Causal Starlink users may not notice the difference, but users who use Starlink for applications like online gaming, cloud computing, or a VPN will likely notice it. 

Musk has said in the past that a long-term goal for Starlink is to reduce latency to below 20ms, which is closer to the standards offered by many terrestrial internet connections, such as fiber and 5G. This reconfiguration is a step toward meeting that goal, along with the upcoming V3 Starlink satellites, which the company hopes to launch later this year. 

The newer satellites are said to be more powerful and capable of delivering gigabit-per-second speeds to Starlink customers. These changes are an example of how Starlink is a fluid, ever-evolving piece of infrastructure. Improvements to the constellation, as well as Starlink’s latest pushes to get its dishes into more homes worldwide, show it’s determined to stay ahead of competition like Amazon Leo and AST SpaceMobile, both of which are racing to catch up.