Europe's leading Defence Show came to London
The drone and uncrewed systems industry is moving quickly. What was once centred heavily around emerging technology and experimentation is increasingly becoming a serious operational market, with drones and autonomous systems being deployed across many sectors.
VHR Growth Marketing Specialist Jerome Gray attended DroneX 2026 at ExCeL London on 29–30 September, joining an event that brought together more than 4,000 industry professionals & 300 exhibitors focused on the development and deployment of drone technology.
DroneX was structured around four major sectors. Commercial applications covered inspection, surveying, delivery, agriculture, energy and infrastructure, demonstrating how drones are increasingly being incorporated into everyday industrial operations. Emergency Services explored applications including search and rescue, blue-light response, coastguard operations, mountain rescue and border patrol.
Military & Defence brought together technologies spanning Intelligence, Surveillance and Reconnaissance (ISR), Counter-UAS, training systems and dual-use technology. Meanwhile, Future of Flight looked further ahead at eVTOL, drone delivery, advanced air mobility, autonomous logistics, uncrewed maritime technology and ground systems.
Walking through the exhibition made the progression of the market particularly visible, showcasing organisations working across platforms, components, batteries and power systems to software, communications, and wider supply-chain solutions.
For Jerome, one of the biggest highlights was the quality and variety of conversations taking place across the show floor. Discussions with organisations operating throughout the drone ecosystem provided valuable insight into where businesses are investing, the challenges they are encountering as they scale and the capabilities that will be required as the industry continues to mature.
1. From experimentation to deployment: the drone industry is maturing
Attention is increasingly turning towards how these systems can be deployed repeatedly, safely and commercially at scale. One of the talks highlighted this directly, describing the UK’s key challenge is to shift from technically viable systems to approved, regulated & repeatable operations.
Conversations were also discussing integration & connectivity, suggesting a market that is beginning to mature around practical deployment rather than experimentation alone.
2. BVLOS could unlock the next phase of commercial drone operations
Beyond Visual Line of Sight, or BVLOS, was one of the most prominent topics. It refers to operating a drone beyond the point where the remote pilot can maintain direct visual contact with it, and its wider adoption could significantly expand the commercial value of drone operations.
A keynote involving the UK Civil Aviation Authority and US Federal Aviation Administration examined how operational experience can help move BVLOS from pilot programmes towards more durable commercial rules.
The UK CAA has set out a roadmap towards routine BVLOS operations by 2027, with applications including infrastructure inspection, emergency services, healthcare and commercial delivery.
The commercial implications could be substantial. Instead of inspecting a single asset within sight of an operator, BVLOS could allow drones to cover long sections of power networks, pipelines, railways or other infrastructure. It could also support longer-distance logistics and public-safety missions.
However, concerns including airspace integration, risk assessment and regulation will all need to develop alongside the technology.
3. AI and autonomy are changing what drones can do
Sessions explored how high-resolution sensor data can be processed onboard so drones can move from simply collecting information towards interpreting their surroundings and making decisions in real time.
4. The rapid rise of Counter-UAS and dual-use technology
One of the most striking areas of the show was the prominence of Counter-UAS and dual-use technology. The event placed Counter-UAS alongside ISR, training systems and dual-use technology within its Military & Defence sector, reflecting how quickly both drone and counter-drone capabilities are developing.
The challenge is partly economic. Traditional air-defence systems were designed to intercept comparatively expensive threats. Low-cost drones can change that calculation dramatically, particularly when inexpensive or commercially available systems can be produced and deployed in volume.
A particularly interesting talk titled “Cost-per-Kill: The New Logic of Air Defence” explored exactly this issue, focusing on how drones and lower-cost interceptors are changing defence economics.
5. Commercial drones are moving deeper into energy and infrastructure
Drones are already being used to support inspections across power lines, wind turbines, roads, bridges, railways, waterways and oil and gas infrastructure. The UK Government has highlighted their potential to improve productivity while reducing the need for people to physically access difficult or dangerous environments.
Regulation is also beginning to support longer-range operations. The CAA introduced policy specifically designed to make BVLOS infrastructure inspections easier, identifying power lines, wind turbines and site security among the potential applications.
There is already evidence of this translating into significant commercial activity. In 2025, the UK Government highlighted a £23 million National Grid contract for drone-based power-line inspection that it said had been enabled by regulatory changes.
Drone inspections can potentially reduce working-at-height exposure, reach difficult locations faster and collect large volumes of consistent data. Combined with AI-based inspection software, they can also help organisations move towards more predictive approaches to asset maintenance.
6. Emergency services are becoming a major real-world use case
Emergency services were given their own dedicated sector at DroneX 2026, covering search and rescue, blue-light response, coastguard operations, mountain rescue and border patrol.
These applications demonstrate one of the strongest arguments for greater drone adoption, giving the ability to put technology into situations where sending people may be slower, more expensive or more dangerous.
A drone equipped with thermal imaging or specialist sensors can potentially search difficult terrain, provide situational awareness during an incident or help responders understand what is happening before personnel enter a hazardous area. BVLOS could expand those capabilities further by allowing aircraft to cover much larger areas.
DroneX also featured a session examining the evolution of police drones from Visual Line of Sight operations towards BVLOS and greater automation. It considered how scalable drone capability could help police gather information and respond to incidents more quickly and safely.
The UK Future of Flight programme is also explicitly targeting BVLOS capability for NHS, emergency-service and other priority use cases by 2027.
7. The £45bn UK opportunity and wider European market growth
The UK Government strategy cites research suggesting that high adoption of commercial drones could contribute an additional £45 billion to the UK economy by 2030.
Across Europe, the European Commission has estimated that the drone services market could reach €14.5 billion by 2030, supporting approximately 145,000 jobs, provided the appropriate commercial and regulatory framework develops alongside it.
Those figures underline why regulation, BVLOS, and industrialisation featured so heavily at the show.
8. The workforce behind the drone economy
As the drone industry grows, the workforce supporting it is also becoming considerably broader.
The idea of a drone workforce can easily be reduced to pilots and operators, but the industry now requires expertise across the entire technology and operational lifecycle. Developing drones involves aircraft engineering, software, manufacturing, certification and much more.
For BVLOS operations alone, organisations may require specialists in in many different skills. Talks on connectivity and resilient flight highlighted how reliable operations depend on the complete connections between communications links and aircraft control systems.
As drones become more autonomous and production volumes increase, demand is growing for people who can support both the technology and its manufacture. This includes specialists across software, AI, embedded systems, production engineering, electronics, quality and testing, helping businesses move from prototype development into reliable, scalable production.
The European Commission's estimate of 145,000 drone-services jobs by 2030 provides an indication of the scale of the wider workforce opportunity. Mobility and Transport
For employers, this could create an increasingly competitive skills market. Many of the capabilities required by drone companies are already in demand across aerospace, defence, automotive, electronics and advanced manufacturing. As the drone sector scales, securing people with transferable engineering experience may therefore become just as important as developing the technology itself.
Jerome’s Key Takeaways: Where the Industry Is Really Heading
One of Jerome’s biggest takeaways from DroneX was not actually the drones themselves, but the supply chain developing around them.
As you would expect at an event like this, there were a large number of component suppliers and manufacturers exhibiting. However, what stood out was the growing presence of 3D printing and additive manufacturing companies. Having the opportunity to look closely at several drone components these businesses are now able to produce, and the level of detail, complexity and finish was genuinely impressive.
What made those conversations even more interesting was how some manufacturers are beginning to expand beyond the sectors they traditionally operated in. One company Jerome had a conversation with had previously focused heavily on 3D printing for dental applications, but is now moving further into defence, aviation and automotive.
That transition makes sense. One of the major advantages of additive manufacturing is its flexibility. Once the capability, equipment and expertise are in place, there is a huge range of components that can potentially be designed, tested and manufactured. As drone platforms continue to evolve and manufacturers look for lighter components, faster prototyping and shorter production cycles, 3D printing could become an increasingly important part of that supply chain.
But as conversations continued, another, perhaps common theme emerged.
The technology may be progressing quickly, but finding the people capable of supporting that growth remains a major challenge.
Several businesses discussed the continued shortage of engineers. Others, including manufacturers and organisations involved in certification, highlighted growing demand for a different set of skills, particularly programmers, software developers and coding expertise.
That was particularly interesting because it reflects how the definition of an engineering workforce is changing. Companies increasingly need people capable of bringing together hardware, software, sensors, AI, automation and manufacturing processes.
In many ways, the industry's biggest bottleneck may not ultimately be the technology itself. It could be securing enough people with the right combination of technical expertise to develop, manufacture, certify and scale it.
Another conversation that was impossible to avoid was cost-to-kill.
It was not surprising to hear this continuing to dominate discussions around defence and Counter-UAS. Jerome wrote an article on the same subject earlier this year following Farnborough International Airshow, “The Drone Race Is Now the Counter-Drone Race.” The fundamental challenge remains the same - how do you economically defend against relatively inexpensive drones without repeatedly relying on vastly more expensive interception systems?
The issue has become more established and Counter-drone technology is a solution in immediate demand. It is already driving conversations around electronic warfare, detection, interception, autonomy, manufacturing capacity and the speed at which new systems can be developed.
Whether the challenge is producing components through additive manufacturing, developing autonomous systems, writing the software behind them or building the next generation of Counter-UAS technology, the organisations that can secure the right technical expertise are likely to be in the strongest position to turn innovation into real operational capability.
Supporting the Workforce Behind the Industry
DroneX highlighted how quickly drones, autonomy and advanced manufacturing are developing, but also how important the right technical skills will be to support that growth.
VHR helps businesses across Aerospace & Aviation, Defence & Security and Engineering & Manufacturing access specialist engineers, technicians and technical professionals around the world.
We will also be exhibiting at MRO Europe 2026 in Amsterdam, continuing these conversations with airlines, MROs, OEMs and suppliers about the workforce challenges shaping the future of aviation.
