SpaceX Makes Orbit with 26 Starlink Satellites from California Launch Site
In a significant step forward for SpaceX's Starlink project, the company has launched more than 7,600 small satellites into low Earth orbit (LEO), making it the world's largest and fastest-growing satellite internet constellation. This latest launch, which took place on July 15 from Space Launch Complex 4 East at Vandenberg Space Force Base in southern California, added 26 Starlink satellites to the network.
The exact number of satellites launched in this specific mission is not specified, but the stage used for the launch (B1093) has flown a total of four Starlink missions, with the last one being on June 3. The rocket used for the launch was a Falcon 9, and a second burn of the Falcon's upper stage for satellite deployment occurred as scheduled, about an hour into the mission. The satellites entered orbit about eight and a half minutes after the launch.
As of July 2025, Starlink's constellation consists of over 7,600 operational satellites, representing about 65% of all active satellites worldwide. These satellites are designed to deliver high-speed, low-latency internet to users globally, especially in rural and remote regions. The network serves approximately 130 countries and territories and has been growing rapidly both in satellite count and subscriber base—reaching over 4 million subscribers by September 2024.
The network’s current aggregate capacity is nearly 450 Tbps, with the ongoing deployment of second-generation satellites adding over 5 Tbps of new capacity each week. This rapid expansion has enabled significant improvements in bandwidth, coverage, and reliability for users, including those at high latitudes—recent polar launches have nearly doubled median peak-hour download speeds for Alaskan customers in just one month.
SpaceX's ambitions for Starlink remain expansive, with plans to launch more than 400 additional satellites into polar orbits by the end of 2025, more than doubling capacity for Alaska and other high-latitude regions. The company targets the first half of 2026 for the introduction of its third-generation satellites, designed to be launched aboard the Starship vehicle. These advanced satellites promise a quantum leap in performance, with each offering over 1 Tbps downlink and up to 200 Gbps uplink capacity.
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Starlink has become a significant revenue stream for SpaceX, with expectations for $11.8 billion in revenue in 2025, although earlier projections were missed in 2024. The constellation is central to SpaceX’s growth strategy, justifying continued large investments in launch capacity, satellite manufacturing, and global infrastructure. The company’s pivot to third-generation satellites and reliance on Starship highlights its commitment to staying at the forefront of global satellite broadband.
For a comprehensive overview of Starlink's current status, near-term growth, and long-term ambitions, please refer to the summary table below:
| Metric | Current Status (July 2025) | Near-Term Growth (2025–2026) | Long-Term Ambition (Approved) | |-------------------------------|-------------------------------|-----------------------------------|-------------------------------| | Operational Satellites | 7,600+ (7,800 likely) | >400 additional polar sats (2025) | Nearly 12,000 (pot. 34,400) | | Network Capacity | ~450 Tbps | 5 Tbps/week added | Multi-terabit with Gen 3 | | Users | >4 million (Sept 2024) | N/A | Global mobile broadband | | Next-Gen Satellites | Gen 2 ongoing | Gen 3 targeting H1 2026 | Gen 3 fleet by Starship | | Key Regions | 130 countries/territories | Polar focus (Alaska, high-lat.) | Global coverage |
Starlink's growth is reshaping global broadband access and remains a pillar of SpaceX’s business and technological ambitions.
The launch of SpaceX's Starlink satellites on July 15, 2025, marked an advancement in science and technology, as the company added more satellites to the world's largest satellite internet constellation. These satellites are part of the expanding network that aims to deliver high-speed internet to users around the globe, particularly in remote areas. The deployment of Starlink's second-generation satellites is also set to increase network capacity, enhancing bandwidth, coverage, and reliability for users worldwide.
