We design and manufacture telematics, monitoring, and control electronics engineered for continuous vibration, wide temperature swings, and high-EMI railway environments.
We design and build hardware across onboard, cab, and trackside systems — engineered for the vibration, thermal, and EMI conditions unique to rail.
Vibration-hardened monitoring and connectivity hardware for continuous onboard operation.
Sensor-driven monitoring for bogies, brakes, and critical subsystems supporting predictive maintenance.
Ruggedized display and control interfaces built for cab and passenger information systems.
Robust power electronics designed to handle rail-grade voltage variation and transients.
Control and communication hardware engineered for outdoor, EMI-heavy trackside installation.
In-house injection moulding for enclosures rated for vibration, dust, and moisture exposure.
Fixed-installation monitoring electronics for maintenance depots and stabling yards.
In-house vibration, thermal, and burn-in testing to speed up your certification and approval cycle.
Rail operators are shifting from scheduled to condition-based maintenance — we're building sensor and telemetry hardware to support that shift.
Rolling stock is becoming a continuously connected asset — we design the onboard hardware that keeps it reporting reliably from anywhere on the network.
The design and manufacturing practices that carry across every railway project we take on.
Wide-temperature, shock-and-vibration-rated components selected against rail duty cycles from the start of design.
Layout and shielding practices developed for high-EMI environments near traction and signalling infrastructure.
Vibration, thermal cycling, and burn-in testing run before hardware ships, shortening your certification path.
Design and testing practices are aligned with the standards above. Confirm current certification status with our team before citing formal compliance.
Tell us about your operating environment and requirements — we'll help you scope it.
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