Sir Airffic GoHistory is not for memorising. Follow why each era changed, and you can read the next ten years.
Four eras
- 2006–2012 Lab era
Universities estimate position from cameras and IMUs - 2013–2016 Consumer camera era
DJI wins at scale; obstacle sensors arrive - 2017–2021 Enterprise & regulation era
Inspection and delivery start; the US moves away from DJI - 2022–2026 Defense & foundation-model era
War accelerates autonomy; AI that sees, reasons and flies
Era 1 (2006–2012): the lab
The drone's brain lived in university labs. Research on estimating a small aircraft's position with a camera and an IMU appeared one after another.
Videos of fast, precise flights spread worldwide and created the idea that drones can fly themselves.
Algorithms published in this era became parts of later products. Open research laid the market's foundations.
Era 2 (2013–2016): the camera boom
China's DJI mass-produced ready-to-fly camera drones and quickly took the world market.
Amazon announced its delivery drone plan and Google began delivery tests. Expectations grew that the sky would become a workplace.
Around 2016 obstacle sensors arrived on consumer aircraft. The brain moved from the lab into mass products.
Era 3 (2017–2021): enterprise and regulation
Inspection, survey and delivery use took off. In the US, Part 107 (2016) set rules for commercial use, and delivery firms began to obtain air carrier certification.
Meanwhile, security concerns led the US to tighten restrictions on DJI, and money began to flow to non-Chinese aircraft and autonomy software.
The value of this era was trust: safe flight, protected data and compliance became reasons to buy.
Era 4 (2022–2026): defense and foundation models
The war in Ukraine made demand for cheap autonomous drones and counter-drone technology explode. Huge sums flowed to defense start-ups.
In 2023 an AI drone beat human racing champions, and foundation models began serving as robot brains.
The US published new BVLOS rules and executive orders backing the drone industry. Autonomy, regulation and security now move at the same time.
Sir Airffic GoThe fourth era is not over. We expect the next protagonist to be systems that run many smart aircraft safely across the whole sky. That is our interpretation; the evidence is in the news timeline.
Frequently asked questions
When did research on autonomous drone flight begin?
From the late 2000s university labs intensified research on camera-and-IMU self-localisation and autonomous flight of small drones; from the mid-2010s obstacle avoidance began to appear on consumer aircraft.