On 2026-10-14, Ukrainian military units in the Gulyai-Pil'ye direction reported that their Starlink satellite links were faltering. The problems were not random glitches; a Zelensky advisor later said that Starlink’s functionality had been restricted during the night, and that this restriction had not been communicated to the troops. Because the blackout came without warning, soldiers found themselves unable to transmit data at the very moment they needed to coordinate drone launches. The advisor said the omission raised questions about the underlying motives.
Later the same day, a former Ukrainian defence‑minister adviser disclosed that SpaceX had imposed stricter speed limitations on the Starlink terminals used by the Ukrainian army. Previously, disruptions had been noted only when vehicles moved faster than about 160 km/h. The new ceiling, according to the adviser, now begins at speeds of 60‑70 km/h. This means that platforms moving faster than about 60-70 km/h experience degraded or lost connectivity. The adviser noted that the change affected “various missions” and that the impact was already being felt in the field.
One of the systems most vulnerable to the new limits is the Middle Strike unmanned aircraft. The Middle Strike requires a take‑off speed of 110‑120 km/h to become airborne. Because the Starlink link begins to falter once a terminal exceeds 60‑70 km/h, the drone loses its data connection just as it is leaving the ground. Without a stable link, the aircraft cannot be guided, and the launch is aborted.
Because the Starlink link begins to falter once a terminal exceeds 60‑70 km/h, the drone loses its data connection just as it is leaving the ground.
Since the start of the day on 2026‑10‑14, one unmanned‑systems unit operating within the 7th Corps’ area of responsibility, in the Gulyaipole sector, has had to cancel some missions because the Starlink problems prevented reliable data transmission. The unit’s inability to maintain a stable data stream meant that not only were drone launches prevented, but any ongoing flights that relied on real‑time telemetry became too risky to continue. This directly affected mission capabilities and increased vulnerability to anti‑aircraft defenses.
The military package of Starlink services has experienced data transmission slowdowns and connection losses lasting 10‑20 seconds. These brief outages interrupt the precise timing required for drone take‑off and flight control, rendering the system unreliable for time‑critical operations.
As of the date given above, the Ukrainian army continues to operate under these constraints. Soldiers report that restrictions on the use of Starlink satellite communication terminals have been tightened, with disruptions now beginning at speeds of 60‑70 km/h, a figure echoed by testimony from service members. As a result, the ability to launch medium‑range UAVs remains impaired, and units must plan missions around the narrow windows when their vehicles move slowly enough to maintain a reliable link.