Engineering for Safety & Performance

Rail & Infrastructure: Engineering the Next Generation

Applying proven high-reliability expertise to tomorrow’s rail technologies.

PhoenixC4i is extending its engineering and manufacturing capability into the rail and infrastructure sector.

Drawing on our experience in high-reliability design and testing, we aim to apply the same innovative, practical approach to support the next generation of rail technologies. We welcome opportunities to collaborate with industry and research partners exploring new ideas in safety, connectivity and performance.

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Areas of Interest

We are particularly interested in supporting advancements in:

Safety-critical systems and assurance

Connectivity and secure communications

Performance optimisation through AI and data-driven design

Environmental testing and high-reliability electronics

Prototype development for new infrastructure technologies

Our in-house facilities enable fast iteration from concept through to tested prototypes and low-volume production, ensuring ideas transition smoothly to practical application.

Why Choose Us for Rail Projects

Proven High-Reliability Expertise

Decades of experience in demanding defence environments translate directly to the safety and resilience requirements of rail.

Collaborative & Agile

We assemble specialist teams quickly and work closely with partners to address specific challenges with innovation and practicality.

Future-Focused Innovation

Our applied R&D approach, including AI-assisted design and advanced testing, supports cutting-edge solutions ready for real-world deployment.

Our Approach

Our defence heritage has honed a rigorous yet agile methodology focused on rapid prototyping, creative problem-solving and real-world validation. We bring this same mindset to rail challenges, combining applied R&D with precise design and manufacturing to deliver solutions that are robust, intelligent and deployable.

From enhancing system resilience to improving connectivity and automation, our integrated capabilities – spanning electronics, software, RF technologies and mechanical integration – are ideally suited to the demands of modern rail networks.