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Musk suggests US government may be throttling Starshield speeds for Ukraine

Elon Musk has pointed to the US government as a possible cause behind slower internet speeds on Starshield terminals used by Ukrainian military forces. Ukrainian defence officials have raised concerns about reduced connectivity affecting operations against Russian-occupied territory.

LSN Malaysia · 15 October 2026

Musk suggests US government may be throttling Starshield speeds for Ukraine

Elon Musk has suggested Washington may be responsible for slower data speeds affecting Starshield terminals deployed by Ukraine's military, according to reports citing Ukrainian defence officials. The terminals, which rely on SpaceX's satellite internet infrastructure, have reportedly experienced reduced performance when conducting strikes on Russian-occupied areas and operating interceptor drones.

Ukrainian defence sources indicated that the speed degradation coincides with periods of heightened military operations, raising questions about potential government-level restrictions on the service. Starshield is SpaceX's military-grade offering based on Starlink technology, designed specifically for defence and government applications.

The claims suggest possible tensions between SpaceX and US authorities over the scope and capabilities available to Ukrainian forces. Musk's implication that government actors may be involved adds another layer to ongoing discussions about civilian-controlled satellite infrastructure and its role in active military operations.

Neither the US government nor SpaceX has publicly confirmed involvement in any speed restrictions. The matter touches on broader questions about how private companies manage their networks during international conflicts and the balance between commercial operations and national security considerations.

Ukraine has heavily relied on Starlink connectivity since Russia's 2022 invasion, with the satellite service proving critical for military communications and civilian infrastructure. Any disruptions to service could significantly impact operational effectiveness across multiple sectors.