JLR implements Ericsson Private 5G
- February 25, 2025
- William Payne

JLR has implemented Ericsson private 5G at its UK Solihull plant which manufactures Range Rover vehicles. The Solihull plant’s private 5G network is supporting applications such as vision systems, IoT sensors, and production tools.
JLR is creating a more agile and innovative manufacturing environment to support IoT devices, AI, and automation. The plant is planning on the introduction of automated guided vehicles (AGVs).
According to Ericsson, private 5G is boosting workflow efficiency at JLR. Maintenance and production managers are using DataOps platforms such as Litmus to turn data insights and simulations into operational efficiencies. Private 5G enables JLR to quickly swap and provision new or broken connected tools. This is significantly reducing downtime and enabling quicker modifications to the production line.
The solution is being delivered through the West Midlands 5G Innovations Regions (5GIR) project. The 5GIR project is led by WM5G Limited and funded and awarded by the UK Government Department for Science, Innovation and Technology (DSIT). 5GIR aims at accelerating economic benefits to the UK through adoption of advanced wireless technology in the manufacturing sector.
Stephen Mason, Product Manager, Manufacturing, Global IT at JLR said: “As a leading global luxury automotive manufacturer, it is crucial for us to equip our teams with the tools and connectivity necessary to optimise efficiency. Ericsson Private 5G provides a robust foundation for a connected, agile, and data-driven manufacturing environment. This positions us to enhance automation, digitalisation, safety, and sustainability across our operations.”
Manish Tiwari, Head of Enterprise 5G, Enterprise Wireless Solutions, Ericsson said: “Private 5G is transforming manufacturing by supporting the complex connectivity needs of Industry 4.0. We are thrilled to partner with a luxury automotive leader like JLR, providing a network solution that elevates their global manufacturing capabilities.”