Key takeaways
- The 380 is the Czech Republic's modern multi-system locomotive: 20 machines from Škoda, 200 km/h, three electrification systems.
- Three systems instead of two means it can handle both the Czech DC and AC networks plus the German 15 kV system.
- Fastest way to identify it: modern flat front, four axles, number starting with 380.
- Type 109E is the manufacturer's designation – the same platform was also delivered to other operators.
- Operating areas are changeable and depend on the timetable, approvals and availability.
Contents
Fact file
| Vehicle type | Four-axle multi-system electric locomotive for fast passenger trains |
|---|---|
| Manufacturer | Škoda, Plzeň (type designation 109E) |
| Units built | 20 locomotives |
| Wheel arrangement | Bo'Bo' (two two-axle bogies) |
| Electrification systems | 3 kV DC, 25 kV / 50 Hz and 15 kV / 16.7 Hz AC |
| Maximum speed | 200 km/h |
| Nickname | Emil Zátopek, after the Czech long-distance runner |
Identifying features
Is this really the class in front of you?
- Modern, smoothly styled front end without the angular older Škoda body shapes
- Four axles in two bogies
- Vehicle number begins with 380
- Several pantographs of different designs on the roof
- UIC number with country code 54 for the Czech Republic
- Usually in front of high-quality, fast passenger trains rather than local services
Updated: August 2026 – A flat, modern front end, four axles and a number starting with 380: that’s the Škoda 109E, run in the Czech Republic as Class 380. With 20 machines it’s a small class – and with three electrification systems on board, one of the country’s most technically demanding electric locomotives. This page shows how to recognise it and how to search for it sensibly.
Small classes can be collected in full
With only 20 machines, every running number counts – Traintrack shows you which ones you're still missing.
What is Class 380?
Class 380 is a four-axle multi-system electric locomotive built by Škoda Transportation, known internally as type 109E. Twenty machines were built. They’re operated by the state railway České dráhy. They’re approved for 200 km/h and can run under three electrification systems: 3 kV DC, 25 kV / 50 Hz AC and 15 kV / 16.7 Hz AC.
The designation follows the purely numerical classification system in place since 1988 on the Czech railways: the class number and the running number appear together on the vehicle, and letter designations such as the former S for AC or T for diesel vehicles no longer exist here. The 380 is therefore a purely numerical class right from the start – unlike many older vehicles, which are still known under two designations to this day.
That makes it technically the pinnacle of Czech electric locomotive development: where older types such as Classes 362 and 363 are limited to the two domestic systems, the 380 is also equipped for the German combination. Its nickname Emil Zátopek refers to the Czech long-distance runner.
Why three electrification systems?
The Czech Republic is a special case in Europe: the country already has two overhead line systems domestically. In the north lies 3 kV DC, in the south 25 kV AC at 50 Hz. This split shapes the entire vehicle procurement – and explains why dual-system locomotives are everyday equipment here, not exotic rarities.
For cross-border services, though, that’s not enough. Germany runs on 15 kV at 16.7 Hz, a third, again different system. To the south-east, on the other hand, the 25 kV network continues, on which the Hungarian state railway MÁV also operates. Where this transition takes place, you can see in the Elbe valley at Děčín hlavní nádraží. A locomotive that can handle all three is therefore considerably more flexible to deploy than any dual-system machine:
| Electrification system | Where it’s found | Who handles it |
|---|---|---|
| 3 kV DC | North of the Czech Republic | Classes 162/163, 362/363, 371, 380 |
| 25 kV / 50 Hz | South of the Czech Republic | Classes 242/243, 362/363, 380 |
| 15 kV / 16.7 Hz | Germany, Austria | Class 371, Class 380 |
| All three together | Cross-border | Class 380 |
System knowledge saves identification time
If you know which system lies under the overhead line, you can halve the list of candidates immediately. On the Czech DC network, every pure AC locomotive drops out – and vice versa.
How to recognise the 380 in the field
Assess the front shape
The 380 looks modern and aerodynamically smoothed. Older Škoda locomotives are either rounded with a laminate front or noticeably angular – both look distinctly different.
Count the axles
Four axles in two bogies. Six-axle types are ruled out immediately.
Check the roof
Several pantographs of different designs are a strong indicator of a multi-system vehicle – the exact configuration varies by system.
Read the number
The first three digits name the class: 380. The running number follows, which stays manageable for a class of only 20.
This methodical order – broad features first, then details, and the number last – applies to any unfamiliar vehicle. It’s described in detail in the guide to identifying classes. How to read country, keeper and vehicle type from the full UIC number is covered in the article on the UIC number; the country code for the Czech Republic is 54.
See live what's currently out and about
With small classes, current information decides – community sightings save you a fruitless wait.
Spotting strategy for a small class
Twenty machines aren’t many. That has two consequences: you won’t run into the class often by chance, but you can realistically collect it completely.
- Focus on high-quality duties. A 200 km/h locomotive is procured for fast passenger trains, not local shuttle services. Such duties also run across the border, for example to Žilina.
- Prefer hub stations. Standing times give you a calm opportunity for the number and a photo – Ostrava hlavní nádraží in the east of the country is one such point.
- Current reports beat old lists. With small fleets, deployment can shift quickly; live sightings and real-time data are considerably more valuable here than a diagram list from last year.
- Always photograph the number. Without a running number, a sighting of a 20-strong class is worthless, because you can’t identify it later.
Photographically, the 380 is a rewarding subject, because its smoothed front shows clean lines in flat light and looks considerably more three-dimensional in a three-quarter view than head-on. A short shutter speed helps with passing trains: 1/1000 s is a usable starting point, which you adjust depending on speed and distance. But more important than the perfect picture, for a class of only 20, is the readable side marking anyway – an additional, deliberately tighter shot of the number costs nothing and rescues the sighting if the main picture turns out blurred.
And regardless of the vehicle: platforms, public paths and bridges are the workplace. Track areas, operational railway land and stabling sidings are not – that applies in the Czech Republic just as much as in Germany.
Common mix-ups
It points to the 380 if …
- the front looks modern and aerodynamically smoothed
- the locomotive has four axles
- a fast, high-quality passenger train is attached
- the number begins with 380
Look more closely if …
- a modern locomotive is running in an unfamiliar operator livery – the 109E platform was also delivered elsewhere
- you only see the silhouette in backlight
- the vehicle is running within a train formation instead of hauling it
It's not a 380 if …
- the front is angular or rounded in the style of older Škoda types
- the number begins with 362, 363, 371 or 193
- you count six axles
One practical note on distinguishing it further down: modern multi-system locomotives look similar across Europe, because they follow similar technical requirements. Flat fronts, smooth side panels, four axles and a tidy roof are standard today and barely help with telling them apart any more. What remains are the markings, keeper codes and the vehicle number. That’s exactly why, with modern locomotives even more than older ones, it’s worth taking a second shot of the side marking – from the silhouette alone, a 380 can no longer be identified beyond doubt today.
The most common misidentification happens with other modern multi-system locomotives. If you see a modern locomotive with four axles, keep the Class 193 in Czech service and the Class 371, tailored to cross-border traffic towards Saxony, on your list too.
Conclusion
Class 380 is the Czech answer to Europe’s variety of electrification systems: a small, technically demanding class that handles three systems and is approved for 200 km/h. For spotters it’s a rewarding target to collect – manageable in number, clearly identifiable by its modern front, and unambiguously documented via its running number.
In short
20 machines, 200 km/h, three electrification systems: the Škoda 109E is the Czech Republic's most flexible electric locomotive. A modern flat front plus number 380 get you to the right answer within seconds.
Complete your 380 sightings
Running number, location and date in one place – so you can see how far your collection has come.
Summary
- Class 380 marks the leap of Czech electric locomotives into the multi-system, high-performance class.
- With only 20 machines, it's a small class – all the more appealing for targeted collecting.
- For identification, the modern front shape, four axles and the first three digits of the number are enough.
- Which duties it actually works changes with timetable years and approval status.
Frequently asked questions
What is Class 380?
Class 380 is a four-axle multi-system electric locomotive from Škoda with the type designation 109E. Twenty machines were built. They're approved for 200 km/h and handle three electrification systems: 3 kV DC, 25 kV / 50 Hz and 15 kV / 16.7 Hz AC.
Why does a locomotive need three electrification systems?
Because the Czech Republic already has two systems domestically – DC in the north, AC in the south – and its neighbours have yet other ones again. Only with a third system does a locomotive become flexible enough for cross-border use without a locomotive change at every system boundary.
What does the designation 109E mean?
109E is Škoda's manufacturer designation for the platform, while 380 is the Czech class number of the operating fleet. Vehicles of the same platform were also delivered to other railways and carry their own class numbers there – a good example of why type and class aren't the same thing.
Where does the nickname Emil Zátopek come from?
It refers to the Czech long-distance runner Emil Zátopek and was chosen as a representative name for the new locomotive generation. Unlike classic enthusiast-scene nicknames such as Brejlovec or Laminátka, this isn't a name that grew out of everyday operation but an official naming.
Can I see Class 380 in Germany?
Technically, it's equipped for that thanks to the 15 kV system. Whether it actually runs on German soil depends on approvals and the duties actually worked – and both of those change. Border-area stations are the most plausible place for a sighting, but there's no guarantee.
How do I tell the 380 apart from older Škoda locomotives?
By the front shape. Older Škoda generations are either rounded with laminate cladding or noticeably angular. The 380, by contrast, looks distinctly modern and aerodynamically smoothed. As always, the vehicle number gives the final confirmation.
Is it worth collecting all 20 machines?
For many spotters, that's exactly the appeal: a manageable class can realistically be documented in full, given patience. It's important to log every sighting with the complete running number, date and location – without the number, the collection stays incomplete.
Log your sighting of the ČD Class 380 (Škoda 109E)
Date, location and vehicle number logged in seconds – and visible to the community.
Related classes
ČD Class 371
Class 371 links the Czech DC network with the German AC world – making it the Czech electric locomotive with the best chances of a sighting in Germany.
Electric locoČD Class 362 / 363
Classes 362 and 363 are Škoda dual-system locomotives for the mixed Czech electrification network. A bogie swap explains why there are two class numbers.
Electric locoCD 193 (Siemens Vectron)
The ČD Class 193 is a Siemens Vectron – the same platform that's just as common in Germany. Here's how to recognise it and how to read its pantographs.
Electric locoCD 150 / 151
ČD Classes 150 and 151 are four-axle Škoda electric locomotives for express service under 3 kV DC. Here's how to identify them and how the Czech numbering system works.
Electric locoCD 162 / 163
ČD Classes 162 and 163 are four-axle Škoda electric locomotives for 3 kV DC, popularly nicknamed "Peršing". Here's how to identify them and tell them apart from the 300-series.
Electric locoCD 242 / 243
Classes 242 and 243 are four-axle Škoda AC locomotives from southern Czechia. Where the nickname Laminátka comes from, and how to identify them reliably.
Who is behind it
Groups, brands, manufacturers and operators – who owns whom and how to recognise them out in the field.
České dráhy (ČD)
Czechia runs on two electrification systems and a third class of vehicle that masters both. České dráhy classes its rolling stock with a scheme that captures exactly that – the first digit tells you traction type and overhead-line voltage in one go.
State railwayMÁV Magyar Államvasutak
MÁV is both infrastructure manager and group holding company in Hungary – passenger trains run under the name MÁV-START, and freight has long belonged to an Austrian group. And almost every vehicle carries two designations side by side.
ManufacturerŠkoda Transportation
Škoda Transportation has been building locomotives, multiple units and trams in Plzeň for generations. Anyone spotting in Czechia can't avoid the company's products – from the boxy old electric locomotive types to the modern Panter family with its continuous window bands.
InfrastructureSpráva železnic
Správa železnic manages the Czech state railway network – separate from České dráhy, which is just one of several train operators there. The result is a country with unusually strong competition in long-distance services and two electrification systems on one network.
Where to see the ČD Class 380 (Škoda 109E)
Specific viewpoints with lighting times, coordinates and an honest verdict on whether the trip is worth it.
Bratislava hlavná stanica
Bratislava sits closer to Austria and Hungary than almost any other capital does to its neighbours. The main station clings to the slope above the old town, is visibly showing its age – and precisely because of that offers a mix of rolling stock that vanished further west long ago.
Junction stationBrno hlavní nádraží
Brno hlavní nádraží is the second most important rail hub in the Czech Republic – and one of the few large stations in Central Europe whose relocation has been debated for decades. Anyone who wants to experience the old layout in operation shouldn't put it off indefinitely.
Junction stationBudapest Keleti
Keleti is Hungary's most important international station and one of the last great terminus stations in Europe where older rolling stock isn't kept in a museum but still earns its keep in service. Read the hall correctly and you'll come away with vehicles that vanished west of the border long ago.
Junction stationPraha hlavní nádraží
Prague is one of the few places in Europe where several long-distance operators openly compete for the same passengers. For spotters that means three railway companies, four neighbouring countries and a fleet ranging from vintage electric locomotives to tilting trains – all under the same platform roof.
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