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Three quarters of British manufacturing SMEs operate without a single robot, according to Make UK, despite a decade of government grants, skills programs and financing schemes designed to change that. The International Federation of Robotics puts the UK’ s robot density at 112 per 10,000 manufacturing workers- roughly half the EU average and well below the global average of 151. That picture has barely shifted despite years of intervention.
The received wisdom is that the problem is money. Manufacturers can’ t afford robots, so the response is to subsidize hardware, fund pilots and make financing more accessible. I’ ve had this conversation many times. Money matters, but in my experience, it is not the only, or even the decisive, constraint. What consistently isn’ t available are the people who know how to get a robot actually working.
The specialist bottleneck
Getting a robot operational is not primarily a hardware problem. The hardware- a cobot arm, an autonomous mobile robot, a visionguided inspection system- is a mature, proven product. The hard part is everything that comes after it arrives. Programming the robot. Integrating it with existing systems. Validating that it does what you need in your specific environment. That work often requires specialist robotics engineers who understand ROS2, the widely adopted open-source robotics ecosystem used to build, integrate and test modern robotic systems.
These specialists are in genuinely short supply. For a mid-market manufacturer with an automation opportunity, the practical options are challenging. Engage a systems integrator and commit to a bespoke designand-build process at significant upfront cost, with no validated outcome until late in the project. Or shelve the idea.
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