Vodafone’s recent 5G demonstration stands out as one of the more imaginative showcases of the new technology.
Yesterday Vodafone UK activated its 5G network across seven cities — Birmingham, Bristol, Cardiff, Glasgow, Manchester, Liverpool, and London.
To highlight what 5G can deliver, Vodafone enlisted professional rugby players from Wasps Rugby to take part in a live experiment.
One player, Juan De Jongh, was in London wearing a Teslasuit that delivers full-body haptic feedback. Another player, Will Rowlands, was in Coventry performing a tackle on a padded cylinder equipped with impact sensors.
Because the sensors relayed data over the 5G connection, De Jongh experienced the sensations of the tackle in real time, despite being more than 100 miles away.
“I’ve never experienced anything like this. It felt like something from the Matrix. This technology could not only help athletes to train, but to get back into training after injury,” De Jongh said, reflecting on the demonstration.
The demonstration illustrates several practical advantages of low-latency, high-bandwidth 5G links: the ability to transmit precise, high-rate sensor data instantly; realistic haptic feedback for remote training or rehabilitation; and the potential to create immersive, interactive experiences across long distances. For sports teams and medical professionals, this could mean remote coaching, remote physical therapy, and safer ways to rehearse or assess contact events without putting multiple players at risk.
Beyond sports, the same combination of immediate data transmission and realistic feedback can support industrial remote-control scenarios, virtual prototyping, and collaborative design where participants need to feel or respond to force and movement in real time. By moving that level of responsiveness from a laboratory setting into live city networks, Vodafone’s trial demonstrates how 5G can enable new classes of applications that were previously impractical due to latency or bandwidth limits.
While the Teslasuit and sensor-equipped cylinder are specific tools, the broader message is that 5G’s reduced latency and increased capacity allow richer sensory and control loops between distant locations. That opens doors for innovation in athletics, healthcare, manufacturing, and entertainment, where the capacity to send detailed, time-critical information and provide instantaneous feedback creates new opportunities for training, treatment, and immersive experiences.
This trial also raises practical considerations for adoption: ensuring reliable coverage in the places people need it, developing standards for secure and accurate haptic interfaces, and creating workflows that integrate remote sensations into coaching, rehabilitation, or industrial processes. As 5G networks expand, companies and organizations will be able to explore these possibilities more broadly and refine how remote haptics and sensor-driven feedback are applied in real-world scenarios.
Vodafone’s demonstration offers a clear, tangible example of how next-generation networks can transform remote interaction—moving beyond faster downloads to enabling real-time, sensory-rich collaborations across significant distances.