Key takeaways
- The Class 415 is the five-car ICE T – technically identical to the Class 411, just shorter.
- Fastest way to identify it: count the cars. Five instead of seven is the only reliable difference in the field.
- Tilting technology up to 8 degrees and 230 km/h – built for winding existing lines.
- Small batch: the 415 is considerably rarer than the 411 and therefore the more interesting sighting.
- Deployment and use of the tilting technology change – treat it as a snapshot, not a constant.
Contents
Fact file
| Vehicle type | Electric high-speed multiple unit with tilting technology |
|---|---|
| Train formation | five cars, all with passenger space |
| Maximum speed | 230 km/h |
| Tilting technology | active body tilt of up to 8 degrees |
| Traction | distributed under the train, no power cars |
| Electrification system | 15 kV / 16.7 Hz AC |
| UIC type code | 93 (high-speed multiple unit) |
| Numbering scheme | vehicle numbers begin with 415 |
| Related type | Class 411 as the seven-car version of the same vehicle |
| Fleet size | considerably smaller batch than the seven-car Class 411 |
Identifying features
Is this really the class in front of you?
- Only five cars – the shortest version of the ICE T
- Narrow body tapered inward at the bottom, as with the Class 411
- Tilts towards the inside of curves when the technology is active
- No power cars: passenger windows run right through to the front of the train
- Vehicle number begins with 415 instead of 411
- Often found running alongside seven-car ICE T units on the same services
Updated: August 2026 – An ICE T that looks too short: that’s the Class 415, the five-car version of the tilting multiple unit. It’s technically identical to the seven-car Class 411, but considerably rarer – and that’s exactly what makes it interesting for spotters. This page shows you how to tell the two apart reliably.
Caught a five-car ICE T? Log it.
The 415 is the rarer ICE T variant – note the number, location and date while you have it in front of you.
What is the Class 415 (ICE T)?
The Class 415 is a five-car electric high-speed multiple unit with active tilting technology, built by an industrial consortium centred on Siemens Mobility and rated for 230 km/h. It belongs to the ICE T family and is therefore the short sister of the Class 411.
As with the ICE 3 of Class 403, the traction is distributed under the train; there are no power cars. But the defining feature is the tilting technology: in curves the body is actively tilted by up to 8 degrees towards the inside of the bend. To keep this tilted train within the loading gauge, the side walls are narrower and taper noticeably inward at the bottom. No other ICE has this silhouette.
Why a shorter variant? Because capacity and demand have to match. A seven-car train on a route with weaker demand is expensive and gains little; a five-car one fits better. The technical basis stayed the same – which is why the 415 isn’t a different vehicle, just a different length.
The fastest way to identify it
Recognise the profile
Does the side wall visibly taper inward towards the bottom? Then you're looking at an ICE T – 411 or 415. No other ICE shows this profile.
Count the cars
Five cars mean Class 415, seven mean Class 411. That's the only reliable difference in the field – so make sure to count properly.
Watch for double-heading
If two ICE T units are coupled together, you need to count the cars of each unit separately. Otherwise you'll end up at ten cars and land on neither class.
Read the number
415 instead of 411 on the body – the final confirmation that rules out counting mistakes.
Where to find these numbers is explained in the guide Finding the train number; the structure of the twelve-digit vehicle number is covered in the article on the UIC number.
Counting is the whole art
Hardly any other class distinction is this simple: it's purely about the car count. If you can't take in the whole train at once, the identification stays open – then only the number can help.
Context in rail operations
The ICE T is the vehicle for lines that were never upgraded into high-speed routes. Instead of chasing records on the straight, it gains time in the curves. The short variant brings this principle to routes that don’t justify a long train.
| Feature | Class 415 | Class 411 | ICE 3 (Class 403) |
|---|---|---|---|
| Cars | five | seven | eight |
| Tilting technology | yes | yes | no |
| Maximum speed | 230 km/h | 230 km/h | 330 km/h |
| Body profile | narrow, tapered | narrow, tapered | straight side walls |
| Frequency | rare | more common | common |
For your search that means: wherever ICE T units run, a 415 can turn up too – but the odds are lower because the batch is smaller. Which diagrams are worked by short or long units specifically changes with the timetable and vehicle availability. The comparison of all ICE generations is in the article ICE classes 1 to 4.
Don't let rare variants slip by
If you just note down "ICE T", you lose the information that matters. Log the exact class.
Spotting and photo tips
The 415 has a real advantage for photographers: the whole train fits into the frame. Five cars are short enough to capture completely from a normal viewpoint – with a thirteen-car ICE 4 that’s hopeless.
- Plan for the whole train. A shot showing all five cars clearly documents the class. That’s rarely possible with ICE units.
- Look for a curve. Only in a bend does the tilting technology become visible. A viewpoint looking into the curve – from publicly accessible ground – gives you the more interesting shot.
- Emphasise the body profile. A slightly side-on perspective shows the tapered flank that defines the ICE T. Shot head-on, this feature is lost.
- Short shutter speed. Even at 230 km/h, 1/1000 s is a sensible starting point.
The basic technique is covered in the guide how to take good photos of trains, the right focal length in the guide to the best telephoto lens for railway photography.
Slipstream applies to short trains too
A short train isn't a harmless train. The Class 415 also creates a pressure wave when passing, followed by a suction effect towards the track, which can throw people off balance and pull loose equipment with it. Consistently stay behind the safety line, secure your tripod and bags, and step back for announced passages. The rules are set out in the guide on safety distance at the track. Track areas, operational railway land and sidings are not permitted vantage points.
Why small batches interest spotters
The 415 is a good example of a rule that keeps coming up in vehicle spotting: small batches are disproportionately interesting. There are several reasons for this.
- Lower chance of encountering it. Few vehicles mean few diagrams. Anyone who sees a 415 hasn’t just noticed it in passing, but caught it.
- Completeness is achievable. With a small batch, it’s realistic to document every single sequence number over time. With a large class, that’s hopeless.
- Changes stand out more. Rebuilds, withdrawals or repaints affect a noticeable share of the fleet in a small batch. Anyone keeping notes spots changes earlier than any statistic would.
- Mix-ups happen more often. Because you see the class less often, the recognition feature is less firmly fixed in your mind. That’s exactly why it’s worth making car-counting a habit.
In practice, that means: for every ICE T, note not just the class but also the full vehicle number. Only then can you later tell whether you’ve seen a unit for the first time or the fifth – and that’s exactly the information that turns a sighting log into more than a tally sheet.
Common mix-ups
It points to the Class 415 if …
- the body tapers inward at the bottom
- the unit has exactly five cars
- the train tilts in curves
- the number begins with 415
Look more closely if …
- two units are coupled together – then count each unit separately
- you couldn't see the end of the train
- you only have a front-on shot; the nose and profile are identical on the 411 and 415
It's not a 415 if …
- the unit has seven cars – then it's a Class 411
- the body has straight side walls – then it's an ICE 3 or ICE 4
- the train has windowless power cars – then it's an ICE 1 or ICE 2
The diesel-powered counterpart built on the same idea was the ICE TD of Class 605 – the same tilting principle, but for non-electrified lines.
Verdict
The Class 415 proves that identifying a class can sometimes be trivial: everything hinges on the car count. Anyone who recognises the tapered body profile as an ICE T and then counts five cars instead of seven has identified the class. Because the batch is small, a 415 ranks among the more rewarding sightings within the ICE family – provided you count correctly.
In short
Five-car ICE T with tilting technology, 230 km/h, narrow tapered body: that's the Class 415. The only difference from the 411 is the length – so count, then check the number.
Keep the 411 and 415 cleanly separated in your log
With number, car count and date, a sighting becomes an entry that still means something years later.
Summary
- The Class 415 is the short, five-car version of the ICE T with tilting technology.
- It shares its body profile, traction concept and top speed with the Class 411.
- Because the batch is small, a 415 is a considerably rarer sighting within the ICE T family.
- Counting the cars is enough to identify it, confirmed by the vehicle number.
Frequently asked questions
What is the Class 415?
The Class 415 is the five-car variant of the ICE T, an electric high-speed multiple unit with active tilting technology. Technically it matches the seven-car Class 411: same traction concept, same top speed of 230 km/h, same body profile. The only difference lies in the train length.
How do I tell the Class 415 and 411 apart?
By counting the cars. Five cars mean Class 415, seven mean Class 411. There are practically no other external differences – shape, livery and technology are identical. The vehicle number on the body confirms the result.
Why is there a shorter ICE T variant?
Because not every route needs the capacity of a seven-car train. A shorter train is more economical where demand is lower and suits routes with smaller stations better. The basic principle – tilting technology for winding lines – stays the same.
How does the tilting technology work?
In curves, the body is actively tilted by up to 8 degrees towards the inside of the bend. This means passengers feel less lateral acceleration, and the train can take curves faster. To keep the tilted train within the loading gauge, the body is narrower and tapers inward at the bottom – which explains the unusual silhouette.
Is the tilting technology always active?
No, that's an operational matter. The tilting technology of the ICE T family has been switched off at times in the past and later brought back into use. For identification, you should therefore rely on the body profile, not on visible tilting.
How fast does the Class 415 go?
The maximum speed is 230 km/h, matching the Class 411. On winding lines, an ICE T can be faster than a rigid train despite this comparatively low top speed, because it takes the bends more briskly.
Is a sighting of the Class 415 something special?
Within the ICE family, yes. The 415 was procured in a considerably smaller batch than the 411 and is correspondingly rarer to encounter. If you spot a five-car ICE T, it's worth noting the number, location and date – entries like these are the more interesting ones later on.
What does the 93 in the vehicle number mean?
93 is the UIC type code for high-speed multiple units and appears in the first two positions of the twelve-digit vehicle number. All ICE classes carry it. The actual distinction is made only by the class number and the sequence number after it.
Log your sighting of the DB Class 415 (ICE T)
Date, location and vehicle number logged in seconds – and visible to the community.
Related classes
DB Class 411 (ICE T)
The Class 411 is the seven-car ICE T with active tilting technology: a narrower body tapered at the bottom, 230 km/h, and the train built for winding lines.
High-speedDB Class 403 (ICE 3)
The ICE 3 of Class 403 is the first ICE without power cars: eight coaches, distributed underfloor traction, 330 km/h and the lounge with a view ahead. Here's how to recognise it.
DMUClass 605 (ICE TD)
The ICE TD was the only ICE with a diesel engine: four-part tilting trains that looked like an ICE T but carried radiators instead of a pantograph on the roof.
High-speedDB Class 406 (ICE 3)
Class 406 is the multi-system ICE 3. Almost identical to the 403 on the outside, but built for several electrification systems – the differences are on the roof.
High-speedDB Class 407 (ICE 3)
Class 407 is the Siemens Velaro D: a multi-system ICE 3 of the second design generation – without the lounge behind the driver's cab and with its own nose shape.
High-speedDB Class 408 (ICE 3)
Class 408 is the ICE 3neo, the newest build of the ICE 3 family: eight coaches, multi-system, no lounge – and clearly distinguished from 403 and 407 by modern details.
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