Henschel DHG 500 C

The Henschel DHG 500 C is a three-axle shunting locomotive with cardan-shaft drive. Its type name follows a pattern you'll find at other manufacturers too.

Also known as: DHG 500 C · Henschel DHG 500

GermanyGermanyDiesel shunters & small locos8 min readUpdated: August 2026

Key takeaways

  • The middle number reads the same across manufacturers: it states the engine output in PS.
  • The final capital letter is likewise universal: B, C and D stand for two, three and four coupled axles, doubled letters for bogies.
  • The letters at the start are works-specific – they can't be carried over from one manufacturer to another.
  • At Henschel, DHG means diesel-hydraulic with cardan-shaft drive, so shafts and axle gearboxes instead of a jackshaft and rods.
  • Type code 98 classes the locomotive as a shunting and light locomotive, not a main-line diesel (92).
Contents
  1. 1.What is the Henschel DHG 500 C?
  2. 2.The type code: what works the same everywhere
  3. 3.Why the wheel arrangement is the most robust feature
  4. 4.The neighbours in the same output class
  5. 5.Tackling an unfamiliar manufacturer code
  6. 6.Observing: location, safety, number
  7. 7.Common mix-ups
  8. 8.Verdict

Fact file

Vehicle typeDiesel-hydraulic shunting and works locomotive
ManufacturerHenschel & Sohn, Kassel
Type codeDHG = diesel-hydraulic with cardan-shaft drive, 500 = engine output in PS, C = three coupled axles
Wheel arrangementC – three driven axles in a rigid frame
UIC type code98 (diesel shunting and light locomotive)

Identifying features

Is this really the class in front of you?

Tick off everything that applies to the vehicle you are looking at.

  • Three axles in a rigid frame – no bogie, no carrying axle
  • No coupling rods between the axles: cardan shafts and axle gearboxes run underneath the vehicle
  • Medium-weight shunter with a bonnet and an off-centre cab
  • Shunting fittings: continuous handrail, corner steps, often retrofitted radio remote control
  • The type line on the builder's plate begins with DHG and ends in the wheel-arrangement letter
  • Registered locomotives' vehicle numbers begin with 98

Updated: August 2026 – Anyone getting into shunting locomotives quickly runs into a jumble of letters and numbers: DHG, MG, ML, MB, DG. The Henschel DHG 500 C is a good vehicle for cracking this system, because part of its code works the same way at every German works.

Noted the type designation? Lock in the sighting.

With industrial locomotives, the type line is half the battle – keep it together with the date and location.

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What is the Henschel DHG 500 C?

The Henschel DHG 500 C is a three-axle, diesel-hydraulic shunting and works locomotive with cardan-shaft drive from the type programme of Henschel & Sohn in Kassel. DHG names the power path, 500 the engine output in horsepower, C the three coupled driving axles in a rigid frame.

Operationally, it’s classed by the type code 98 in the twelve-digit European vehicle number: diesel shunting and light locomotive. Its counterpart is 92 for diesel main-line locomotives. For spotters, these two digits are the single most valuable organising feature there is, because they’re readable without specialist knowledge and immediately halve the search space.

The type code: what works the same everywhere

Manufacturer codes look arbitrary, but that’s only partly true. Break them into three building blocks and it becomes clear which part transfers and which doesn’t.

Building block Example DHG 500 C Applies across manufacturers? What it tells you
Leading letters DHG no, works-specific drive and power transmission per the works’ own logic
Number in the middle 500 yes, usually engine output in PS, i.e. the output class
Capital letter at the end C yes number of coupled axles and running-gear type
Doubled letter BB, CC yes two bogies, each with that many axles
Lower-case suffix letter a, b no, works-specific variant within the family

That gives a very practical rule: you can read the number and the final letter directly on almost every German industrial locomotive. The leading letters you have to look up per manufacturer, and you must never carry them over from one works to another. A G doesn’t mean the same thing everywhere, and an M certainly doesn’t.

Why the wheel arrangement is the most robust feature

Of all the components, the final letter is the only one you can check in the field without reading a plate. It follows the general wheel-arrangement notation that also applies to main-line locomotives.

Count the axles

Two coupled axles give you B, three give you C, four give you D. What's counted are driven axles in a shared group.

Tell frame from bogie

If the axles sit fixed in the main frame, it stays a single letter. Pivoting groups give you doubled letters like BB or CC.

Check the drive type within the bogie

A lower-case o, as in Bo'Bo', means individual axle drive. Without the o, the axles in a group are mechanically coupled and necessarily run in sync.

The systematic order for identification – from coarse to fine feature – is described generally in the guide to identifying locomotive classes; it works just as well for industrial locomotives as for state-railway classes.

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The neighbours in the same output class

Almost every German works had a type in this size bracket in its programme – each with its own code, its own frame and its own gearbox. None of them is identical, but plenty are comparable. Individual examples of these machines survive at heritage railways such as the Hespertalbahn in the Ruhr area.

The MaK G 500 C represents the Kiel tradition with its own G series, the Krauss-Maffei M 500 C the Munich approach with an entirely differently structured code, and the Gmeinder D 500 C the Mosbach approach. All three carry the same number and the same final letter – and that’s exactly what shows how far the transferable part of the code reaches, and where it stops.

For your sighting, that means: always note the manufacturer’s name too. “500 C” alone isn’t an identification, it’s a class. How to write up sightings so others can follow them is covered in the guide to reporting sightings.

Tackling an unfamiliar manufacturer code

Sooner or later you’ll be standing in front of a locomotive whose code you don’t recognise. Instead of guessing, work through the code back to front – the transferable part first.

Checklist: decoding an unfamiliar type name

Tick off what you've already established about the vehicle.

  • I've read the final capital letter and counted the axles – the two agree.
  • I know whether the axles sit in a rigid frame or in bogies.
  • I've classed the number as an output figure in PS, not as a quantity or build year.
  • I've taken the manufacturer's name from the builder's plate, not from the livery.
  • I've checked whether a vehicle number is present and starts with 98.
  • I have a photo of the type line so I can look up the leading letters later.

The decisive point: you look up the leading letters, you don’t infer them. It’s perfectly fine to close out a sighting with “three-axle shunting locomotive, type line photographed, manufacturer X” and add the answer later. A wrong guess is worse than an open question – especially because manufacturer codes weren’t always kept consistent over the decades, even within a single works.

Observing: location, safety, number

Three-axle shunting locomotives work wherever groups of wagons are moved – on works sites, in ports and on private sidings. The shunting staff for this are often supplied by service providers such as KSV Kompetenz für Schienengebundene Verkehre. For observers, the interesting moment is the handover to the public network, because the vehicle then briefly becomes visible from outside.

Shunting areas are especially dangerous

Shunting movements run without a timetable, are often propelled and without signals. Groups of wagons can start moving without warning, and sightlines are broken up by buildings, wagons and loads. Works, port and private siding railways are private land under the operator's house rules. Stay on publicly accessible ground and never enter track areas.

If a vehicle number is legible, a second look pays off: besides the type code, it also contains the country code, serial number and check digit. How the twelve digits are structured is explained in the article on reading the UIC number and its check digit.

Common mix-ups

It suggests a DHG 500 C when …

  • you count three axles in a rigid frame
  • no coupling rod runs between the wheels
  • the builder's plate names Henschel & Sohn, Kassel
  • the type line begins with DHG

Look more closely when …

  • another brand carries the same number-and-letter combination
  • the running-gear area is panelled or hidden
  • the locomotive has been rebuilt and details don't match the type picture

It isn't a DHG 500 C when …

  • coupling rods run between the axles
  • the locomotive stands on two bogies
  • the builder's plate names a different manufacturer

Verdict

The Henschel DHG 500 C is less a single vehicle than a key: once you can break down its type name, you’ll read the codes of MaK, Krauss-Maffei, Gmeinder and O&K a lot faster too. The number and final letter transfer, the leading letters don’t – and the type code 98 tells you where to even start looking.

Verdict in brief

Three axles in a rigid frame, no rods, a type line starting DHG: that's the identification settled. You can read the number and wheel-arrangement letter the same way everywhere – the letters before them always belong to just one works.

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Summary

  • Manufacturer type codes look inconsistent, but two of their three building blocks follow a shared logic.
  • You can read the number and wheel-arrangement letter the same way at almost any German works; the leading letters you have to look up per manufacturer.
  • The DHG 500 C thus belongs to a family of comparable types from other works, without being identical to any of them.
  • For every industrial locomotive: the builder's plate and vehicle number beat any livery or keeper's marking.

Frequently asked questions

What does Henschel DHG 500 C mean?

DHG stands for diesel-hydraulic power transmission with cardan-shaft drive, 500 for the engine output in horsepower, and C for three coupled driving axles in a rigid frame. The name thus describes the power path, the output class and the running gear in a single line.

Can I compare type codes across different manufacturers?

Partly. Among German works, the number usually stands for engine output in PS, and the final capital letter follows the general wheel-arrangement notation. The letters at the start, however, are works-specific: a G at Henschel and a G at another manufacturer need not mean the same thing.

What do the letters B, C and D at the end stand for?

They denote the number of coupled driving axles in a rigid frame: B for two, C for three, D for four. Doubled letters such as BB or CC stand for two bogies each with that many axles. A raised apostrophe marks the bogie, a lower-case o individual axle drive.

How do DHG and DH differ at Henschel?

Only in the power path beyond the gearbox. With DH, power runs via a jackshaft and external coupling rods to the axles. With DHG, cardan shafts and axle gearboxes take over that job, leaving the area between the wheels clear. Both designs are diesel-hydraulic.

Why does the type code 98 matter?

Because it formally fixes the vehicle type. The twelve-digit European vehicle number begins, for traction vehicles, with these two digits: 98 for diesel shunting and light locomotives, 92 for diesel main-line locomotives. It's the only classification that's readable on the vehicle and not a matter of interpretation.

Are locomotives with the same number identical builds?

No. A 500 in the type designation only indicates a comparable output class. Frame, gearbox, superstructure, wheelbase and fittings differ considerably between manufacturers. For identification, the manufacturer's name on the builder's plate always counts – never the number alone.

Where do you find three-axle shunting locomotives?

On works, port and private siding railways, at track-laying and transhipment operations, and at heritage and society railways. Keepers and locations change constantly, because used industrial locomotives get sold and hired out. Use up-to-date sightings rather than older inventory lists if you're searching for a specific one.

How do I report a sighting so it actually helps others?

With the type designation, works or vehicle number, date, location and, if possible, a photo of the markings. Especially with industrial locomotives, that's the only way to recognise a vehicle again later – colour and company logo change too often to serve as a reliable feature.

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The rolling stock database is built from operational observation, community sightings and publicly available sources. Confirmed details are in the fact file; anything that can change is marked as such.

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