
Starlink Mobile has built its reputation as a lifeline for the most isolated places on Earth. It targets mainly cellular dead zones where traditional cell towers cannot reach. However, a new regulatory disclosure indicates that the satellite-to-phone service has much larger ambitions. According to paperwork from SpaceX‘s recent S-1 filing for its upcoming IPO, the company plans to eventually expand the Starlink Mobile service well beyond remote forests and rural plains into suburban and urban areas.
SpaceX Plans to expand Starlink Mobile to cities and suburbs
In the filing, SpaceX outlines a future where its direct-to-device network does not just act as a backup emergency tool. As the satellite constellation grows and the technology evolves, the company notes that it intends to compete as a primary connectivity option for customers regardless of their physical location.
To achieve this, the company envisions using next-generation satellites alongside radio spectrum acquired from EchoStar. This way, they aim to deliver a service with 5G speeds of up to 150Mbps per user. Furthermore, the filing officially shoots down persistent rumors that SpaceX plans to build its own smartphone. This confirms the company prefers to establish network partnerships rather than direct hardware contracts.
Industry skepticism and technical hurdles
A satellite network capable of serving major cities sounds revolutionary indeed. However, some analysts suggest the projection might be more about boosting IPO enthusiasm than immediate reality. Industry expert Tim Farrar pointed out to PCMag that the eye-watering $740 billion total addressable market cited by SpaceX is based on capturing the entire global wireless market, including 8 billion existing devices (via PCMag). Framing the service as a true urban competitor helps justify those massive figures to investors.
There are also massive technical and logistical hurdles to clear. For starters, next-generation service requires smartphone manufacturers to actively adopt new internal components and software that support the newly acquired EchoStar spectrum.
Additionally, experts note that satellite beams famously struggle to penetrate the thick concrete-and-steel frameworks of cities. An FCC filing reveals SpaceX is considering building a hybrid network by deploying ground-based infrastructure in the US to boost capacity, but analysts like Farrar remain highly doubtful that the rocket company will want to invest heavily in building or running a traditional ground-based cellular network.
Current usage remains a tiny fraction
For now, the service is starting small. Current speeds hover around a modest 4Mbps. This restricts usage to text messages and low-bandwidth app data, like basic WhatsApp calls in areas entirely lacking cell signals.
Even carrier partners are keeping expectations grounded. T-Mobile, which brands the service as T-Satellite, noted that direct-to-device connections currently make up a microscopic fraction of overall network traffic. T-Mobile executive Srini Gopalan recently highlighted that satellite usage accounted for a mere 0.0002% of their total data traffic, calling it a fundamentally complementary feature. According to data from Ookla, less than half a percent of unique monthly smartphone users in the US actually made a direct-to-device connection during a recent tracking period.
The vision of space-powered 5G in downtown metropolitan areas remains a long-term goal. However, the path forward will require major hardware updates from phone manufacturers and a lot of cooperation from earthbound telecom giants. Will Elon Musk achieve this ambitious goal? We will have to wait to find out.
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