Leipziger Eisenbahnverkehrsgesellschaft mbH (LEG)

Updated: August 2026 – Freight trains seem to appear out of nowhere at the station. In fact, every one of them starts at a very specific place: a loading point or a siding, where the load moves from the ground onto the rails. Leipziger Eisenbahnverkehrsgesellschaft mbH (LEG) is a freight operator whose trains are better understood right there than on the main line. This page shows how to identify it and what loading-point traffic looks like in the field.

What is Leipziger Eisenbahnverkehrsgesellschaft (LEG)?

Leipziger Eisenbahnverkehrsgesellschaft mbH is a railway undertaking in freight traffic with its regional origin right in the name. The company name works with two building blocks: “Leipziger” names the region it came from, “Eisenbahnverkehrsgesellschaft” the function – a company that carries out rail transport.

What matters for placing it correctly is the difference between the two roles in the rail system: an undertaking runs trains, an infrastructure manager operates the tracks. LEG belongs to the first category and uses infrastructure that belongs to others. That’s why trains from a dozen different companies can run on the same line, and why the location of a sighting says nothing about which company it is. Around Leipzig, freight trains share the tracks among other things with the lines of S-Bahn Mitteldeutschland.

Recognising it in the field: the data panel beats the livery

The basic approach is covered in the guide Who’s actually running this? Identifying railway operators; how the number itself is structured is explained in the guide on the UIC number.

Loading points and sidings: where the train is formed

The visible part of freight traffic is the train on the main line. The decisive part happens before that. A load reaches the rails at a loading point, gets brought to a hub and is placed into a longer train there. This chain explains why you rarely see small freight operators running at full length, but often with three wagons at walking pace instead.

Location of the load	What happens there	Typical train appearance
Open loading track at a station	open transfer from road to wagon	few wagons, longer dwell time, a lorry alongside
Siding at a works site	loading and unloading right at the plant	transfer working with a shunting locomotive, slow running
Transfer point at a hub	gathering and distributing individual wagons	groups of wagons change between trains
Through track on the main line	pure running without a stop	long train, constant speed
Storage sidings	wagons waiting to be collected	vehicles standing without a locomotive

Not every loading point operates daily, and many are only served as needed. For sightings, that means: regularity only becomes apparent over weeks, not in one afternoon.

Which vehicles suit loading-point traffic

The last mile to the loading point needs vehicles that also work without overhead wires and can handle tight curves. On the line, on the other hand, tractive effort matters. This division of tasks produces a stable pattern, regardless of which machine happens to be in use at any given moment.

Typical examples are heavy line diesel locomotives such as the Class 232, versatile mid-range diesel locomotives of the MaK G 1206 type, and – wherever overhead wire runs throughout – heavy electric locomotives such as the Class 155. Which class actually ends up in front of a train changes with diagrams, hire contracts and inspection deadlines; the pattern stays the same.

Other companies in central Germany fulfil similar tasks too, such as Eisenbahn Logistik Leipzig, Mitteldeutsche Eisenbahn or Raildox. Anyone familiar with the companies operating in the same area mixes them up less often in the field. How strongly the Leipzig hub was historically shaped by freight traffic is shown by the Eisenbahnmuseum Bayerischer Bahnhof zu Leipzig.

Documenting sightings at loading points

Live pointers to where freight traffic is actually running are provided by the overview freight train radar for Germany.

From siding to block train: the transport chain

A single loaded wagon at a loading point will never run alone over a main line. It goes through a chain that looks the same in almost every regional freight operation – and that explains why you can see the same load at walking pace one day and in a long train the next.

At the start comes the local trip working: a locomotive collects the loaded wagons at the loading point and drops off empty ones. This run is short, slow and often barely recognisable as a train to outsiders. Next comes the gathering: several such local workings converge at a hub, where the wagons are sorted by destination. Only then does the main haul happen – a train that covers the route in one go. At the destination, the same process runs in reverse: breaking up, distributing, delivering.

For observers, this chain has a practical consequence. Anyone wanting to see a small freight operator on the main haul needs luck and a main line. Anyone wanting to see it on the local working needs patience and a publicly accessible spot near a siding. Both are completely different pictures of the same company.

The choice of vehicle follows the chain too. For the local working, a compact machine with good visibility and low axle load is enough, because sidings are often narrow and lightly built. For the main haul, tractive effort counts and, where overhead wire exists, electric traction. So it’s no coincidence that different locomotives work on a train over the course of a day, but system – and one more reason to note locomotive and train separately with every sighting.

Common mix-ups

• Place name equals area of operation – the regional reference in the company name is origin, not a territory boundary.
• Abbreviation equals keeper marking – the company’s abbreviation in everyday use doesn’t have to match the VKM on the vehicle.
• Locomotive equals train – wagons almost always belong to different keepers than the train locomotive.
• Hired locomotive equals outside company – a locomotive in someone else’s livery can still be running under contract.
• Transfer working equals coincidence – short, slow trains aren’t a special case, they’re normal operation at local level.
• Siding equals accessible – open gates are no substitute for permission.

Conclusion

Leipziger Eisenbahnverkehrsgesellschaft stands as an example for a whole class of regional freight operators: the name states origin and function, the business is decided at loading points and sidings, and identification in the field only works via the data panel. Anyone who’s internalised this three-part pattern will correctly place the next unfamiliar freight operator too.