SpaceX’s satellite internet service, Starlink, is experiencing rapid user growth, faster speeds, reduced latency, and is already teasing its next-generation Gen3 satellites.
Starlink is in the midst of a significant expansion, adding more than 2.7 million new customers in the past year and pushing its global subscriber count beyond six million. This growth is not accidental: it’s the result of an intensive launch schedule and substantial investment in ground infrastructure.
Over the past twelve months, SpaceX has completed over 100 Starlink-dedicated launches, deploying more than 2,300 satellites. On the ground, the company has invested heavily in an expanding network of ground stations and the systems that connect them to the wider internet.
Adding millions of users could easily cause congestion and slower speeds, but Starlink’s expanding infrastructure is translating into tangible performance gains. In many locations, download speeds are now comparable to fibre connections.
In the United States — a key performance benchmark for Starlink — typical download speeds during busy evening hours are approaching 200 Mbps. Even the entry-level plan often delivers roughly 100 Mbps download and 20 Mbps upload in many areas, enough bandwidth for households to stream video, play online games, and support remote work simultaneously.
Despite the pressure of onboarding millions of customers, Starlink’s engineering teams remain focused on improving the overall quality and consistency of the connection.
Starlink goes to war on latency
Speed is important, but latency — the delay between sending and receiving data — is equally critical to the quality of an internet connection. Low latency makes applications feel more responsive and enables use cases that require real-time interaction.
SpaceX has prioritized reducing latency across the Starlink network. Even before rolling out Gen3 hardware, the company targets a sustained 20-millisecond latency and is already nearing that goal. June 2025 measurements show typical peak-hour latency in the US around 25.7 ms, a figure competitive with many ground-based fibre providers.
To monitor and optimize performance, Starlink aggregates anonymized telemetry from millions of user terminals at frequent intervals. That visibility is supported by a large network of ground stations — more than 100 in the US alone — which link the satellites to terrestrial internet backbones.
Real-world crises show the resilience of satellite internet
One of Starlink’s most compelling strengths is resilience. With thousands of satellites in orbit, a user’s dish typically has multiple satellites in view, providing redundancy that helps the network withstand many common terrestrial failures.
When fibre cables are damaged by construction, storms cut power, or other ground infrastructure fails, terrestrial broadband service can be disrupted. Starlink’s satellites can route traffic through space using inter-satellite laser links, bypassing damaged ground infrastructure and maintaining connectivity.
This resilience has proven critical in several crisis situations. During wildfires in Maui and Canada, severe floods in Texas, and large-scale power outages in Spain and Portugal, Starlink provided reliable communications when other networks were unavailable. Similarly, despite political controversies, the service played an essential role in Ukraine after traditional communications infrastructure was targeted during the invasion.
Building for the future and Starlink Gen3 satellites
To meet rising demand, Starlink continues to add capacity in orbit. Current Gen2 satellites are increasing network throughput by more than 5 terabits per second (Tbps) each week.
Starlink is also addressing coverage in high-latitude regions. Launches into polar orbits are intended to significantly boost capacity for places like Alaska, with efforts expected to roughly double high-latitude capacity by the end of the year.
The next major leap is Gen3. SpaceX plans to begin launching Gen3 satellites in early 2026. Each Gen3 satellite is designed to deliver up to ten times the downlink capacity of current satellites. When launched on the heavy-lift Starship rocket, a single mission could add on the order of 60 Tbps of capacity to the constellation — a single-launch increase larger than the total capacity of many existing satellite networks.
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