SenseFly (EPFL Spin-off, Switzerland)

SenseFly is a Swiss drone manufacturer that emerged from the Ecole Polytechnique Fédérale de Lausanne (EPFL) over a decade ago. This Lausanne-based spin-off, originally founded in 2009 by researchers including Professor Dario Floreano and his students, pioneered lightweight autonomous fixed-wing unmanned aerial vehicles (UAVs) for high-resolution mapping and data collection. Over time the company’s eBee series became a world-leading commercial mapping drone, logging over one million flights and collecting imagery for agencies ranging from surveying firms to border security services. In 2021 senseFly was acquired by U.S. firm AgEagle Aerial Systems, integrating its Swiss R&D into a transatlantic enterprise.

Today senseFly’s technology underpins advanced autonomous drones (including ISR versions) now deployed by European and NATO forces. This report investigates senseFly’s strategic role in European defence, focusing on its technological portfolio, autonomy impact, and alignment with EU/NATO strategic objectives. senseFly SA is an academic spin-off now operating as a Swiss subsidiary of the US-listed AgEagle Aerial Systems. Its flagship products are the eBee series of autonomous fixed-wing drones and sensor suites for mapping and reconnaissance.

The company’s technology aligns with EU Emerging Disruptive Technology categories in autonomous systems/robotics, aerial ISR, and high-resolution sensor technology. senseFly offers a non-Chinese supplier of tactical UAVs, contributing to EU/NATO ISR platforms. However, its role in European strategic autonomy is mixed: while the drones themselves are European-designed and EASA-certified (C2 class), the company is US-owned and largely focused on civilian markets. senseFly has not directly led major EU defence projects (EDF/PESCO).

Nevertheless, its drones have been tested and adopted by several NATO allies. This positions senseFly as a mature European-developed UAV capability (TRL9 for eBee X and TAC) but highlights gaps in coverage (e.g. lack of rotary-wing and heavy sensor variants).