TransANT delivers AI weed-spraying wagon built in four months

TransANT has delivered a customised 60-foot Sgns wagon to carry RecoSpray, a railway vegetation control system that uses artificial intelligence to detect and spray weeds in a single pass across Germany's rail network. The build ran from project launch to completed wagon in less than four months.

The vehicle is a TransANT PRO 60ft Sgns, a flat wagon type used widely in European combined transport, produced by TAS DNIPROVAGONMASH in Ukraine. The Hungarian company G&G Növényvédelmi és Kereskedelmi, which developed RecoSpray, commissioned TransANT to supply a suitable carrier for the spraying equipment during vegetation control operations on German railway infrastructure.

How the system works

RecoSpray's mechanism is straightforward. Cameras and detection software identify weeds growing along the track, and the equipment then applies targeted spraying during a single run, rather than treating the whole corridor indiscriminately. Because the system records treatment data digitally, operators can document precisely where spraying has taken place, which matters for a task that regulators and infrastructure managers increasingly require to be traceable.

Targeted spraying carries two practical consequences. It reduces the volume of herbicide applied across the network, cutting the cost of the chemical itself, and it narrows the treated area to the spots where weeds are actually present, which limits unwanted exposure of the trackbed and surroundings.

What does the delivery change for operations?

For G&G, the wagon answers one question: how to move a specialised spraying system across a national network at line speed, in service formation, rather than hauling it as an abnormal load. The Sgns platform is a standard, type-approved European design, which simplifies running the equipment within regular operational rules.

For TransANT, the order demonstrates the flexibility of its PRO range, a platform built around modular components that can be adapted to bespoke loads. A vegetation-control fit-out is far removed from the container traffic the Sgns type normally handles, and the four-month turnaround from commissioning to finished wagon is the supplier's headline claim for that adaptability.

A delivery routed by road

The project's schedule shaped its logistics. To compress delivery time, the completed wagon travelled by road from Ukraine to Hungary rather than waiting for a rail path across the border. The move is a reminder that for a single prototype vehicle, road haulage can beat the operational complexity of moving an unentered wagon through cross-border rail procedures.

TransANT and G&G then presented the wagon, fitted with the RecoSpray system, at InnoTrans in Berlin, placing the vehicle in front of the industry's largest trade audience.

Measured results against projections

The delivery itself is a fact: a wagon exists, it carries the equipment, and it has been shown publicly. The performance of the AI detection and spraying system on German tracks is a projection until operational data accumulates. TransANT's four-month build time and the road-delivery decision are supplier-reported claims, and infrastructure managers assessing similar fit-outs would want to test them against their own fleet planning and procurement timelines.

What comes next is field deployment. G&G's system now has a carrier matched to European operating practice, and the digital treatment records it generates will show, over a full spraying season, whether single-pass AI weed control can deliver measurable herbicide savings across a national network.