OQ Technology streamed live video through a low Earth orbit satellite using a compact, standards based modem built for direct to device satellite links, a path that could replace the bulky satellite dishes emergency and commercial drones still carry; the trials covered…
A small drone carrying a compact, standardized satellite modem streamed live video to a European cloud server through a low-Earth-orbit (LEO) satellite, an arrangement that, if it scales, could let emergency and commercial aircraft stay connected outside urban cellular coverage without the bulky satellite dishes most fire drones still lug today. The test was run by OQ Technology, which called it Europe's first drone video transmission over a LEO constellation built to the mobile industry's 3GPP Non-Terrestrial Network (NTN) standard, according to SatNews.
The timing is not incidental. Europe is preparing its largest-ever coordinated wildfire response, and unmanned aircraft are now standard kit for spotting ignition points, tracking how a fire is spreading, and briefing crews in real time. The catch is that wildfire airspace sits well outside cellular coverage, which is why most fire drones still haul a portable satellite dish, a self-contained ground station that adds weight, drag, and minutes of setup to every sortie, per the framing in DroneDJ.
What lifts this beyond a vendor press release is the standard underneath the radio. OQ used a compact modem built to the 3GPP NTN specification, the mobile industry's own extension of 4G and 5G that lets ordinary cellular devices talk to satellites. The point of a standard is that any drone maker can in principle slot the same satellite modem into any airframe, much the way a phone maker drops in a cellular chip, instead of rigging a proprietary terminal for each satellite operator. The demo ran over OQ's European LEO constellation on MSS S-band spectrum, a slice of mobile-satellite frequencies reserved for satellite services, per SatNews.
Founder and CEO Omar Qaise has publicly framed OQ as a sovereign European pioneer in direct-to-device satellite links, in a recent partner-content piece in Satellite Today, a positioning that overlaps with the European Union's interest in keeping critical communications infrastructure on-shore and helps explain why national emergency programs might fund the next round of standardization work.
The constructive case for putting the link on a standard rather than on a proprietary modem is real. OQ has prior field validation: in July 2025, the company and Airbus ran what SatNews described as the world's first demo of LEO 5G NTN connecting to a flying drone, and an earlier Greek trial used the same microsatellite fleet to broadcast an emergency text to a regular mobile phone via 3GPP NTN. Each step is incremental, but the direction is consistent: a single standard covering phone-to-satellite, drone-to-satellite, and machine-to-satellite traffic without bespoke ground hardware.
The caveats need to stay on the page. The current test was a single-vendor run, with OQ both the satellite operator and the modem designer, and the "Europe's first" headline is the company's own claim, not an independent benchmark. The trials reportedly covered infrastructure inspection, traffic monitoring, and autonomous navigation, useful capabilities but not an actual wildfire response. Performance under real fire conditions, meaning dense smoke attenuating signals, multi-drone load jamming a shared S-band channel, and heat degrading low-altitude radio hardware, is not addressed in the public material. A public demo video on YouTube is a reasonable artifact, but vendor-curated video is not the same as independently logged flight data.
What to watch next: independent 3GPP NTN trials on fire drones from a European emergency-response program; a published comparison of weight, drag, and endurance between an NTN modem and a portable satellite dish; and any move by EU wildfire procurement to specify a standards-based backhaul rather than a proprietary one. Until those land, the demo reads as a standards landing: durable on paper, not yet proven in smoke.