A four-hour machinery inspection now takes 10 minutes at Jaguar Land Rover's Electric Propulsion Manufacturing Centre in Wolverhampton, where a trial of Flyability's Elios 3 drone has moved from pilot to scale-up. The UK carmaker is extending drone trials to its Logistics Operations Centre in Solihull, a warehouse of roughly 91,800 sq. m, where aircraft fitted with barcode scanners will automate inventory checks.

The Wolverhampton trial replaced a maintenance routine that sent teams onto elevated platforms and into confined spaces. Engineers now pilot the drone from the factory floor via tablet. The aircraft carries LiDAR sensors (Light Detection and Ranging, which fires laser pulses and measures their return to build 3D maps of equipment) plus a thermal camera that flags overheating components and insulation failures linked to wasted energy.

What does the technology change for maintenance teams?

It shifts inspection from reactive to predictive. Thermal imaging and spatial mapping detect anomalies before they escalate into production stoppages, and consistent, high-resolution data removes the variability inherent in manual checks. Engineers once occupied with climbing structures to document equipment condition can redirect their time to higher-value work.

Nigel Blenkinsop, Executive Director of Industrial Operations at JLR, framed the trial within the company's wider plant transformation. "As we transform our facilities, we're rethinking every part of our factories, including how we maintain and operate them," he said. "Trials like this one with advanced drone technology are helping us improve employee safety, reduce maintenance downtime and operate more efficiently."

Upskilling as part of the rollout

JLR paired the hardware deployment with structured training in drone piloting, safety protocols and data capture, designed so teams at multiple facilities can operate the technology. The programme feeds into JLR's Future Skills initiative, which targets 29,000 employees for training in electrification and digital technologies.

Shantnu Mehta, Project Engineer at JLR, is one of those trained. "I never imagined I'd be learning to fly drones as part of my role," he said. "It's been exciting to learn how to use this technology and the skills I've developed will stay with me throughout my career."

"Upskilling is essential," Mehta added. "As we integrate more advanced technologies, we're committed to ensuring our people evolve with them, building a future-ready workforce that's empowered to lead innovation."

Integration hurdles before scale-up

The first rollout was not friction-free, according to JLR. Folding drone data into existing management systems took more work than expected, and the company had to resolve regulatory questions around operating autonomous aircraft inside manufacturing sites. Internal acceptance also required evidence rather than promises. JLR says early results justified the next step: scaling up.

"The Wolverhampton pilot has shown clear benefits in speed, safety, and data quality," Mehta said. "These results give us the confidence to expand and explore broader applications across Industrial Operations."

On timing, Mehta pointed to technological maturity rather than organisational hesitation. "The technology has matured," he said. "Advances in autonomy, safety, and data analytics now allow drones to deliver real, measurable value." Looking ahead, he expects drones to "shift from reactive to predictive maintenance, reduce manual workloads, and enhance safety," calling them "a key enabler of smarter, more agile supply chain operations."

Where the programme sits in JLR's strategy

The drone trials run through JLR's Open Innovation programme, which pilots emerging technologies against defined operational metrics before scaling them. The initiative sits under the Reimagine strategy announced in 2021, backed by £18bn ($24bn) of investment over five years from the 2024 financial year. Mehta said the pipeline also covers AI-driven logistics, digital twins (virtual factory simulation) and sustainable materials, with more pilots to come.

For plant engineers and operations managers elsewhere, the Wolverhampton numbers set a benchmark: an 80%-plus reduction in inspection time, fewer personnel at height, and predictive data as the output. The watch items now are the Solihull inventory trial's results and whether JLR extends drone inspections across its wider manufacturing network.