OQ Technology, a fast-growing Luxembourg space-tech company, has achieved a global first: enabling a live 5G Non-Terrestrial Network (NTN) connection between a drone and its Low Earth Orbit (LEO) satellite constellation. Conducted in partnership with Airbus Central Research and Technology, the demonstration marks a major leap toward commercial satellite-based 5G connectivity at scale.
The drone, executing spins, loops, and other complex aerial manoeuvres, maintained a stable 5 kbps data link using standardised 3GPP S-band NB-IoT frequencies. Even under unpredictable orientations, the signal achieved 99.95% continuity — proving that real-time connectivity from space to moving airborne platforms is now a practical reality.
“Currently, drones rely on ground-based antennas, which are unreliable in remote areas or complex terrain. By connecting drones directly to our satellites, we enable non-centralised, long-range control,” OQ Technology founder and CEO Omar Qaise told Silicon, adding: “With our technology, drones — and eventually other mobile platforms — can connect directly to our satellites, enabling decentralised, long-range, and reliable operation.”
From Technical First to Scalable Solution
The test isn’t just a scientific achievement; it’s a strategic validation of OQ’s core thesis: that standardised cellular technology, when applied to space, can radically transform global IoT connectivity.
Founded in 2016, OQ Technology was created to bring affordable 5G coverage to underserved and remote areas. By combining miniaturised satellites, reusable launch platforms, and off-the-shelf cellular components, the company developed a satellite network that acts like cell towers in space — fully compatible with billions of existing IoT devices.
At the centre of its offering is the OQ ONE terminal — a fully integrated 5G NTN device using standard LTE, NB-IoT, and 5G modules, enhanced by OQ’s satellite backend. Designed for sectors like energy, agriculture, and logistics, it provides an end-to-end solution that includes sensors, connectivity, dashboards, and analytics.
The use of licensed, standardised spectrum provides another key advantage: reduced interference, greater reliability, and compliance across global markets.
Global Vision, Luxembourg Roots
With support from the Luxembourg government and early traction from industries like oil and gas, OQ Technology has grown into a global NTN contender. It currently operates several satellites in orbit and aims to deploy a 60-satellite constellation in two phases.
Phase one, launching after the company’s upcoming Series B raise, will dramatically expand coverage and support additional IoT applications. Phase two will unlock low-latency use cases such as autonomous drones and mobile robotics. Launch agreements and ground segment infrastructure are already secured.
