Our Hydrogen Dual‑Fuel Shunter represents a major step forward in low‑emission rail operations, combining proven diesel performance with cutting‑edge hydrogen technology to significantly reduce carbon output and improve environmental efficiency.

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Infrastructure and Engineering Support

With precise low‑speed control and a clean, low‑emission power system, the Hydrogen Dual‑Fuel Shunter is ideally suited to engineering worksites, depot support and on‑track plant positioning. Its ability to operate efficiently in confined or environmentally sensitive areas makes it a practical choice for managing worksite logistics while supporting operators’ sustainability goals.

Stock Moves

The Hydrogen Dual‑Fuel Shunter provides smooth, dependable traction for short‑range rolling‑stock movements, consist assembly and depot shunting. Its hybrid hydrogen‑diesel capability ensures consistent performance with reduced emissions, delivering controlled handling of wagons and engineering vehicles during routine operational tasks.

Depot and Yard Operations

Purpose‑built for clean, efficient shunting, the Hydrogen Dual‑Fuel Shunter excels in depots, sidings and industrial rail environments where air‑quality improvements and reduced noise are increasingly important. Its compact footprint, responsive braking and advanced fuel‑management systems support safe, efficient and environmentally responsible day‑to‑day yard operations.

Demonstration, Innovation and Event Use

As one of the UK’s leading low‑emission shunting solutions, the Hydrogen Dual‑Fuel Shunter is well‑suited to innovation showcases, open days and sustainability‑focused events. Its modern technology and operational flexibility make it a standout choice for organisations looking to demonstrate practical decarbonisation in action.
 Whether supporting engineering work, managing depot flows or delivering cleaner, more efficient stock movements, the Hydrogen Dual‑Fuel Shunter offers a forward‑looking, cost‑effective solution backed by proven industrial performance and emerging green‑technology capability.