Key takeaways
- G 700 C means: diesel-hydraulic, medium power class, three coupled axles in a rigid frame.
- The gauge is never a given: manufacturer types were built for different gauges and for export.
- Standard gauge is 1,435 millimetres – narrow-gauge railways sit well below that, around 1,000 or 750 millimetres.
- Type code 98 marks the locomotive out as a shunting and light locomotive, as opposed to 92 for main-line machines.
- Keeper, livery and location change constantly and are always only a snapshot.
Contents
Fact file
| Vehicle type | Diesel locomotive for shunting duties |
|---|---|
| Manufacturer | Maschinenbau Kiel (MaK), Kiel |
| Power transmission | diesel-hydraulic – the letter “G” denotes the gearbox design |
| Wheel arrangement per type suffix | C – three coupled axles in a rigid frame |
| UIC type code | 98 – diesel shunting and light locomotive |
Identifying features
Is this really the class in front of you?
- Three axles in a single rigid frame, type suffix C
- A bonnet with a small cab and visibility in both directions of travel
- Builder's plate bearing the name MaK and works number
- Vehicle number starting with the type code 98, if the locomotive is registered
- Ratio of vehicle width to track width as a clue to the gauge
Updated: August 2026 – With state-railway classes nobody thinks twice about the gauge – it’s fixed. With manufacturer types such as the MaK G 700 C it’s different: shunting locomotives were built to customer order, for different operators, conditions and, in some cases, different gauges. This page places the type in context and shows why the question of what track lies under the vehicle belongs on the checklist for this group of vehicles.
Spotted an unusual vehicle?
With works locomotives especially, careful documentation pays off – done in seconds with Traintrack.
What is the MaK G 700 C?
The MaK G 700 C is a three-axle diesel-hydraulic locomotive from the type range of Maschinenbau Kiel built for shunting duties. The designation can be fully unpacked: “G” for the gearbox design with hydraulic power transmission, the number for the power class within the range, and “C” for three coupled axles in a rigid frame. Kiel’s type range was later continued by Vossloh, which is why closely related machines carry different builder’s plates depending on their year of construction.
Within the range it sits between the MaK G 500 C and the stronger three-axle types such as the MaK G 765 C. From Kiel’s older numbering scheme, the equivalent design is roughly the MaK 650 C – the same wheel arrangement, a different naming system.
The gauge question with manufacturer types
A type designation describes drive, power class and running gear. What it doesn’t describe is the gauge. For vehicles built to customer order and passed on over decades, that’s a point worth keeping in mind.
Standard gauge as a baseline
1,435 millimetres between the inner edges of the rail heads is the standard in Germany. Anything connected to the public network has this gauge.
Recognising narrow gauge
Metre gauge and even narrower gauges occur on narrow-gauge, industrial and field railways. The vehicles look tall and slim relative to the track width.
Look for a scale reference in the shot
People, level crossings, platform edges or wagons of a known type provide the comparison. Without a reference for scale, any estimate stays uncertain.
Place the site
The quickest route is via the location: if the site is connected to the public network, the gauge is settled. Heritage sites can differ.
Keep the field-railway legacy in mind
Many industrial operations once ran narrow gauge – in peat extraction, brickworks, sugar factories and mining. Most of these sites have vanished, and their vehicles now stand mostly at heritage and club railways. Visitors are explicitly welcome there, which makes these locations far more attractive for photography than any works site.
Where it fits into railway operations
The type code at the start of the twelve-digit vehicle number sorts vehicles by their role: 98 for diesel shunting and light locomotives, 92 for diesel main-line locomotives. The gauge, by contrast, isn’t in the number at all – it follows from the site.
| Setting | Usual gauge | Accessibility for observers |
|---|---|---|
| Connection to the public network | Standard gauge 1,435 mm | Visible from public space |
| Works and port railway | Usually standard gauge | Private property, access only with permission |
| Narrow-gauge railway in passenger service | e.g. 1,000 mm | Platforms publicly accessible |
| Heritage and club railway | Standard or narrow gauge | Visits generally welcome |
| Historic field railway | Very narrow, often under 1,000 mm | Mostly preserved as heritage |
For identification, that means: place the site first, then the vehicle. Following that order saves you from wrong conclusions – the systematic approach is described in the guide to identifying classes.
Capture site and vehicle together
At works and heritage railways, the location is part of the information – Traintrack stores both in one entry.
Spotting and photography
Three-axle shunting locomotives are compact and low-slung. Both affect the composition of your shot more than you’d first think.
- Low viewpoint. Photographed from above, a small locomotive looks like a model. At axle height, it gains weight and presence.
- Keep the running gear clear. Axle count and arrangement are the identifying feature – if they’re hidden, the information is missing.
- Build in a scale reference. A person, a wagon or a level crossing in the shot makes proportions and gauge easy to judge.
- Photograph details separately. The builder’s plate and data panel belong in the archive as their own shots.
The basics of composition, exposure and depth of field are covered in the guide good photos of trains; how to keep your finds usable in the long run is shown in the article on the sighting logbook.
Shunting areas are especially dangerous
Vehicles there are moved without warning and without a signal, uncoupled wagons roll without a locomotive, and radio-controlled locomotives run with no occupied cab. Works, port and siding railways are private property; entering without express permission is not permitted. Observe from publicly accessible paths, bridges and platforms.
Keeper, livery and location are only a snapshot
With state-railway classes, you get used to vehicles belonging to the same operator and running in the same livery for years. For privately kept shunting locomotives, that expressly doesn’t hold – and it shapes how you should treat information about these vehicles.
Machines in this size class are sold, leased, moved between sites and repainted at every major overhaul. A locomotive working in a port today can be standing on a works railway hundreds of kilometres away next year. For that reason, every note on this page about keeper, livery and location comes with an explicit caveat: check the current status before you plan a trip or pass on information.
Only two things stay constant. First, the works number on the builder’s plate – it stays the same for the vehicle’s entire lifetime and links old and new records together even after several changes of keeper. Second, the structural features you can count and compare: axle count, arrangement in a rigid frame or in bogies, and the shape of the bonnet.
That’s where the real value of your own observations comes from. Anyone who documents the same machine repeatedly over the years pins down changes of keeper, repaints and relocations to the exact day. No general overview offers that level of precision – it only comes from someone having looked and written it down.
Common mix-ups
It matches the G 700 C when …
- you count three axles in a rigid frame
- the builder's plate names MaK as the manufacturer
- the type designation starts with "G"
- the locomotive works in shunting or transfer duty
Look more closely when …
- the power class within the C types stays unclear
- the gauge can't be judged without a scale reference
- rebuilds have changed the bonnet or cab
It's not a G 700 C when …
- the axles run in two bogies – then it's a BB type
- you count only two axles
- the builder's plate names a different manufacturer
Conclusion
One more practical note: heritage and club railways are the most rewarding targets for this group of vehicles. Visitors are explicitly welcome there, the vehicles stand accessible, and builder’s plates can be read at leisure – an advantage no works site offers.
The MaK G 700 C shows why you need to think differently about manufacturer types than about state-railway classes. The designation gives you drive, class and wheel arrangement – but not gauge, working location or keeper. All of that belongs to the site and the individual machine, and you settle both on the spot: via the location, the builder’s plate and the vehicle number.
In brief
Three axles in a rigid frame, diesel-hydraulic, type code 98. And a question worth adopting for works locomotives: what gauge is actually under the vehicle?
Summary
- The MaK G 700 C belongs to the three-axle line of Kiel's type range for shunting duties.
- With manufacturer types it's worth factoring in the gauge rather than silently assuming it.
- Identification runs via the wheel arrangement, the builder's plate and the twelve-digit vehicle number.
- Shunting areas are especially dangerous; works and port railways are private property.
Frequently asked questions
What does MaK G 700 C mean?
G stands for the diesel-hydraulic design with a torque converter, the number places the type in a power class within Kiel's programme, and C denotes three coupled axles in a rigid frame. The designation therefore describes the drive type, the size class and the running gear – but explicitly not the gauge.
How wide is standard gauge?
Standard gauge measures 1,435 millimetres between the inner edges of the rail heads. It's the standard in Germany and much of Europe. Narrow-gauge railways sit well below that, at around 1,000 millimetres metre gauge or 750 millimetres – figures typical of narrow-gauge, industrial and light field railways.
Can I tell the gauge from a photo?
Only with a reference for scale. People, level crossings, wagons of a known type or platform edges in the shot all help. Narrow-gauge vehicles look noticeably tall and slim relative to the track width. Without a reference in the frame, the estimate stays uncertain – then only knowledge of the site helps.
Were manufacturer types also built for export?
Customer-specific adaptations are standard business for shunting locomotives. Vehicles were built for different operators, working conditions and, in some cases, other gauges. A type designation therefore says nothing about where a particular machine actually ran – only the works number settles that.
What is a field railway (Feldbahn)?
A narrow-gauge industrial or works railway with a very small gauge, once common in peat extraction, brickworks, sugar factories and mining. Many of these lines have vanished; surviving vehicles now stand mostly at heritage and club railways, where visits are explicitly welcome.
Is the MaK G 700 C a DB class?
No, it's a manufacturer's type designation. Locomotives of this type stood and still stand mostly with private keepers, industrial and port railways. Their official identifier is the twelve-digit vehicle number, which for registered German shunting locomotives begins with 98 80.
Where am I most likely to see three-axle shunting locomotives?
At industrial sidings, in ports, on works premises and at heritage railways. Their profile is short transfer trips with a few wagons. Because their duties follow the needs of the connected business and appear in no public timetable, community sightings are the more reliable basis for planning.
How should I document such a locomotive properly?
Note the date, time, location, the full twelve-digit vehicle number with keeper marking and, if legible, the works number from the builder's plate. Also record which site you saw it at. Especially for vehicles with no public registers, that's exactly the decisive information.
Log your sighting of the MaK G 700 C
Date, location and vehicle number logged in seconds – and visible to the community.
Related classes
MaK G 500 C
The MaK G 500 C is a three-axle shunting locomotive from Kiel. The letter C is the key – it describes the running gear and clearly sets the type apart.
ShunterMaK G 765 C
The MaK G 765 C is a three-axle shunting locomotive from Kiel. Its type key names the build programme and wheel arrangement – the power transmission gives away the design.
ShunterMaK 650 C
The MaK 650 C is a three-axle shunting locomotive with a rigid frame. Many machines in this group have been retrofitted for radio remote control – and it shows.
ShunterMaK 450 C
The MaK 450 C is a three-axle shunting locomotive in a rigid frame. Its coupling gear and shunting equipment reveal a lot about its work.
ShunterMaK 600 D
The MaK 600 D is a four-axle shunting locomotive in a rigid frame. Its brake equipment explains why shunting service needs its own rules.
ShunterMaK 650 D
The MaK 650 D is a four-axle shunting locomotive with a rigid frame. To identify one, read the data panel – not the paint job.
Who is behind it
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