FCC Clears Amazon Leo to Acquire Mobile-Satellite Operator Globalstar in $11.5 Billion Deal

3 min read 1 views

The regulatory path has cleared for one of the most significant telecommunications transactions of recent years. The US Federal Communications Commission has officially approved Amazon Leo’s massive $11.5 billion acquisition of mobile-satellite operator Globalstar, marking a monumental step forward for Amazon’s ambitions in the space-based connectivity sector. The strategic merger is explicitly designed to expand Leo’s orbital footprint and, crucially, to enable direct-to-device service for its rapidly growing satellite network.

In its official announcement, the regulatory body outlined the rationale behind the green light, noting that the combination of the two entities will forge a formidable competitor in the modern telecommunications landscape. "The companies’ complementary assets promise to enhance Amazon Leo’s entry into the direct-to-device segment and create a stronger satellite operator capable of offering fixed and mobile services to residential, business, and government customers," the FCC wrote in a press release. The commission further emphasized that the transaction is expected to yield substantial public benefits, most notably by dramatically enhancing data coverage and connectivity in remote, rural, and underserved geographic areas where traditional terrestrial infrastructure is either economically unfeasible or structurally impossible to deploy.

FCC Clears Amazon Leo To Acquire Mobile-Satellite Operator Globalstar

While the corporate name Globalstar might not carry the immediate household recognition of some consumer-facing tech brands, millions of everyday consumers have likely relied on its infrastructure without realizing it. Globalstar serves as the critical backbone behind Apple’s emergency satellite connectivity feature, which allows compatible iPhones and Apple Watches to transmit emergency messages when cellular and Wi-Fi networks are completely out of reach. Interestingly, Apple held a substantial 20 percent equity stake in Globalstar prior to the takeover. As a direct result of this multi-billion-dollar acquisition, Amazon Leo will now step in to power these vital emergency satellite services for supported iPhone and Apple Watch models, deeply entrenching Amazon’s technology into the mobile ecosystem of one of the world’s largest consumer electronics manufacturers.

Amazon Leo has positioned itself as a major, deeply capitalized rival to SpaceX’s Starlink network, and it has been aggressively accelerating its operational timeline over recent months. The company recently announced a major milestone, confirming that it now has roughly 400 satellites actively orbiting the Earth. This expansion is moving beyond mere orbital deployment into active commercial service. Just last month, Leo made headlines by officially launching high-quality satellite internet service in Uzbekistan, demonstrating its readiness to deliver commercial broadband solutions internationally.

The ambition of the project extends far beyond fixed residential terminals and international markets. Amazon has previously forged high-profile partnerships, including a strategic alliance with Delta Air Lines to eventually bring high-speed satellite internet to commercial in-flight Wi-Fi starting in 2028. To support this relentless scaling of its constellation, Amazon has continued to secure its supply chain and launch capacity, recently adding six new Arianespace rocket launches to its manifest. The overarching goal for the program is to place more than 3,000 low-earth orbit satellites into the sky in the near future. Even with this aggressive deployment schedule, Amazon’s planned constellation will still remain well short of SpaceX’s much larger operational fleet of approximately 11,000 satellites, though the Globalstar acquisition significantly closes the strategic gap regarding mobile integration and direct-to-device capabilities.

Lina Hope

Lina Hope

Content editor and sustainable journalism contributor at GenerateGreen.