At UK Rail in Birmingham, Motion Applied demonstrated how technology inspired by Formula One is reshaping the future of onboard connectivity.
Drawing on decades of experience in high-performance motorsport data systems, Motion Applied is bringing a new approach to rail focused on faster, more reliable data transfer and simplified onboard architecture.
At the core of this innovation is Fleet Connect, a software platform originally developed for Formula One. Designed to manage and transfer high volumes of data in real time, it addresses many of the same challenges faced by modern rail networks as demand for onboard connectivity continues to grow.
Alongside this, Motion Applied is championing a shift from traditional passive systems to a distributed, active architecture. Through its EDGE Rail solution, developed in partnership with Huber+Suhner, electronics are integrated directly into the rooftop antenna. This removes the need for extensive RF cabling throughout the train, simplifying installation and maintenance while delivering a significant uplift in performance.
Proven results in the UK
Motion Applied also shared the results of its recent trial with Great Western Railway (GWR).
By combining cellular and satellite communications, managed through Fleet Connect, the trial demonstrated:
Speeds exceeding 1 Gbps
Over 90% improvement in passenger satisfaction
These results highlight the potential of a new connectivity architecture to meet the increasing expectations of both passengers and operators.
A global approach, now in the UK
With deployments already underway with major operators including Deutsche Bahn and Amtrak, Motion Applied is now focused on bringing these proven capabilities to the UK rail market.
By applying proven technology from the world’s most demanding environments, the company is helping rail operators deliver a step change in connectivity performance, supporting a better, more connected passenger experience.
Please get in touch with our team if you are looking to improve your connectivity solutions
