Industrial robotic arm at work on a manufacturing line

X-RAPT

How X-RAPT trains industrial robotics operators with VR

Vocational training · Industrial robotics

The context

Teaching industrial robotics is expensive and hard to reach

Factories increasingly run on robots that assemble and pack products, and someone has to learn how to set them up, program them and keep them running. Training centres want to teach those skills, but a single industrial robot cell costs more than most classrooms can afford. The few who do have the equipment can rarely give every student enough time on it.

X-RAPT was created to close that gap. It is a training solution built by MetaMedicsVR that brings industrial robotics into a virtual environment, so any centre can offer realistic, hands-on practice in assembly and packaging without buying a single physical robot.

Students working together in front of computers in a technical classroom

The challenge

Students were leaving with theory but no real practice

Across the centres involved, the same problems kept coming up. Robotics teaching was held back by cost, by limited access to real equipment, and by tools that did not talk to one another. The result was a gap between what students learned in class and what employers actually needed on the floor.

High cost of physical robots put real practice out of reach for many centres.
Limited access meant students rarely got enough hands-on time.
Technical and digital skills were taught separately instead of together.
Training tools and real robotic systems didn't connect, so practice felt disconnected from the workplace.

Centres needed a way to give every student meaningful time with the technology, in conditions close enough to a real plant to build genuine confidence.

What we built

A safe, virtual robotics workshop you can share with classmates

X-RAPT recreates an industrial robotics workshop you step into through a headset. Students program robots for assembly and packaging tasks the same way they would in a real plant, but in a space where mistakes cost nothing and nobody can get hurt. It is built to be realistic, accessible and collaborative all at once.

Several centres and training partners took part in shaping it, including the Safa Valladolid Center in Spain, and the solution has been used across more than one country.

What students get inside

Hands-on practice programming robots for assembly and packaging, in a realistic 3D environment.
A shared space where several people can train together at the same time, each on their own device.
Natural interaction: students give voice commands and use their own hands, tracked in real time, instead of fiddling with controllers.
Connection to real robotic systems through shared industry standards, so what's learned in the headset carries over to actual machines.

Person wearing a virtual reality headset during an immersive training session

How it works

Built on industry standards, with safety taken seriously

Under the hood, X-RAPT speaks the same languages as the wider robotics and virtual-reality industries. It follows the open standard for VR hardware, so it runs on a range of headsets rather than locking centres into one brand, and it connects to the software framework that real industrial robots use. In plain terms: the skills students build are not tied to a toy simulator, they transfer to the systems used on real production lines.

Because training data and student activity are involved, security wasn't an afterthought. X-RAPT was built to meet the recognised international standard for information security (ISO 27001) and follows the safety guidelines published by the XR Safety Initiative, the body that sets good-practice rules for virtual and extended reality.

Team collaborating on a programming task at a computer

The outcome

More confident learners, working together

In the pilot programmes run with partner centres, teachers reported that students remembered more of what they practised, worked together better during sessions, and took more ownership of their own learning. We're keeping these results as they were observed, qualitative rather than dressed up with numbers we can't yet stand behind.

That direction matches what the wider research on immersive training keeps finding: practising a skill in virtual reality tends to stick better than reading about it or watching a video. Peer-reviewed studies comparing immersive VR with traditional teaching report a consistent learning advantage in its favour, which is exactly the effect we set out to give every student.

X-RAPT is revolutionising robotics education by combining technical realism, accessibility and collaboration.

If you recognise your own situation here, let's talk about how it could work for you.

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