Starlink Hits 12 Million Active Users Across 160 Countries

SpaceX announced that its Starlink satellite internet network has officially surpassed 12 million active customers worldwide. The company shared the milestone on X, noting that the high-speed service now spans more than 160 countries, territories, and global markets.

This rapid expansion highlights a significant surge in momentum for the low Earth orbit satellite network, which is continuing to connect rural and hard-to-reach locations globally. The network currently operates with over 10,300 satellites in orbit to handle the massive influx of data traffic.

The jump to 12 million users shows that Starlink is growing at its fastest pace yet, especially when compared to its prior growth trajectory.

Starlink closed out December 2025 by reporting a milestone of 9 million subscribers, meaning the company added over 4.6 million new active users during 2025 alone. By February 2026, that number climbed to 10 million.

Stepping from 10 million to 12 million took roughly 53 days. This indicates that Starlink has been adding an average of more than 27,000 new customers every single day to secure its latest milestone.

The service has expanded its market reach by launching in 35 new regions over the past year and introducing tiered, flexible pricing structures to lower entry costs for consumers. Alongside its residential dish subscriptions, the company has also seen rapid adoption of its Direct to Cell technology, which provides basic coverage directly to standard smartphones.

But really, the best has yet to come. Starlink V3 represents SpaceX’s third-generation satellite network, designed to increase individual satellite download bandwidth ten-fold to over 1 Tbps. When paired with the massive payload capacity of the Starship, the total aggregate capacity of the constellation is projected to leap by more than 100 times compared to previous generations. Also, these satellites will operate at a much lower orbital altitude of 350 km, effectively cutting signal latency roughly in half to deliver a sub-5 millisecond response time that rivals terrestrial fiber connections.