Key takeaways
- The Class 411 is the seven-car ICE T with active tilting technology for winding lines.
- Fastest way to identify it: the narrow body tapered at the bottom – no other ICE has this profile.
- 230 km/h maximum speed – slower than the ICE 3 and ICE 4, but better through curves.
- Tilting is an operational matter: it has been switched off at times and is not a permanently guaranteed feature.
- The Class 415 is the shorter, five-car version of the same vehicle.
Contents
Fact file
| Vehicle type | Electric high-speed multiple unit with active tilting technology |
|---|---|
| Train formation | seven 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; some units additionally equipped |
| Procurement | in two production batches, first from the late 1990s |
| UIC type code | 93 (high-speed multiple unit) |
| Numbering scheme | vehicle numbers begin with 411; the five-car variant carries 415 |
| Related type | Class 415 (five-car), sister vehicles run by ÖBB as Class 4011 |
Identifying features
Is this really the class in front of you?
- Narrow body tapered inward at the bottom – the side visibly slopes inward
- The train tilts into curves; visible from outside as the body leans
- No power cars: passenger windows run right through to the front of the train
- Nose similar to the ICE 3, but more compact and less streamlined
- Seven cars – the five-car sister type is the Class 415
- Vehicle number begins with 411
Updated: August 2026 – An ICE that leans to one side on a curve, its body visibly narrowing towards the bottom: that’s the ICE T of Class 411. It’s the only ICE with tilting technology in electric operation, and that makes it the train for routes that were never upgraded for high speed. This page shows you how to recognise it and what sets it technically apart from the other ICE types.
Spotted an ICE T? Note the car count and number.
411 or 415 – the difference is in the train length. Log it in seconds with Traintrack.
What is the Class 411 (ICE T)?
The Class 411 is a seven-car electric high-speed multiple unit with active tilting technology, rated for 230 km/h. As with the ICE 3 of Class 403, the traction is distributed underneath the train – there are no power cars.
The crucial difference is the tilting technology. In curves, the body is actively tilted by up to 8 degrees towards the inside of the bend. This reduces the lateral acceleration felt by passengers and lets the train take curves faster than a rigid vehicle could. That’s exactly why the ICE T was procured: for the many German long-distance routes that wind through curves and were never upgraded into high-speed lines.
This technology has a visible consequence. A train that tilts needs more clearance to the side – or a narrower body. The ICE T got the latter: its side walls are narrower and taper noticeably inward towards the bottom. This profile is the most reliable recognition feature of the class, because it’s visible regardless of whether the tilting technology is currently active.
The fastest way to identify it
Look at the body profile
Does the side wall visibly slope inward towards the bottom? Then it's an ICE T. No other ICE has this narrow, tapered profile.
Count the cars
Seven cars point to the Class 411, five to the Class 415. Both are technically identical but differ in length.
Watch the behaviour in curves
If the train visibly leans to one side in a bend, the matter is settled. But if it doesn't tilt, that doesn't automatically mean it isn't an ICE T – the technology can be switched off.
Read the number
411 or 415 on the body gives you the final confirmation.
Where to find these numbers is explained in the guide Finding the train number; the structure of the twelve-digit vehicle number with type code 93 is covered in the article on reading the UIC number.
The profile beats the movement
Don't rely on visible tilting to identify the class. It makes a great shot, but it's not a reliable feature because it isn't always active. The tapered body profile, on the other hand, is always there – even standing still at the platform.
Context: why tilting technology instead of top speed
The ICE T answers a different question than the ICE 3 or ICE 4. It’s not about being as fast as possible on straight track, but about gaining journey time on existing lines without investing billions in new-build routes. That applies across the border too: towards Vienna, the class runs via Salzburg Hauptbahnhof.
| Vehicle | Maximum speed | Special feature | Strength |
|---|---|---|---|
| ICE T (Class 411/415) | 230 km/h | Tilting technology | winding existing lines |
| ICE 3 (Class 403) | 330 km/h | distributed traction | high-speed lines |
| ICE 4 (Class 412) | 250 to 265 km/h | high capacity | long trains, strong demand |
| ICE 1 (Class 401) | 280 km/h | power car concept | classic long-distance routes |
For spotters that means: the ICE T runs where the other ICE types don’t shine. Winding low-mountain routes and connections away from the high-speed lines are its territory. A good starting point is Nuremberg Hauptbahnhof, where several of these routes converge. Exactly which lines these are changes with timetable revisions and engineering works – but the character of the route is a more reliable search strategy than any list. The full comparison of the generations is in the article ICE classes 1 to 4.
Capture the tilting technology on camera
A photo of the tilted body in a curve is one of the few genuinely dynamic ICE shots.
Spotting and photo tips
The ICE T is more photogenic than the other ICE types because it offers a shot no other one has: the visible tilt.
- Look for a curve, not a straight. Only in a bend does the tilting technology show itself. A viewpoint looking into the curve – from a publicly accessible spot – is therefore much more valuable than a straight stretch.
- Work from a slightly elevated position. The tilt reads better when the roofline is in the frame. From pure platform height, part of the effect can be lost.
- Get the whole train in the frame. Seven cars is a lot; too tight a crop makes the class impossible to identify. For record shots, it’s better to stand further back. At the terminus station Munich Hauptbahnhof you get that distance at the end of the platform without detours.
- Short shutter speed. Even at 230 km/h, 1/1000 s is a sensible starting point.
The technical basics are covered in the guide how to take good photos of trains; the question of focal length is covered in the guide to the best telephoto lens for railway photography.
Don't underestimate the slipstream
Even at 230 km/h, a passing train creates a powerful pressure wave followed by a suction effect towards the track, which can throw people off balance and pull equipment with it. Consistently stay behind the safety line, step back for announced passages, and secure your tripod, bag and camera strap. Track areas, operational railway land and private property are not permitted vantage points. The rules are set out in the guide on safety distance at the track.
Tilting technology in everyday operation: strengths and limits
Tilting technology is one of the few railway technologies you feel directly as a passenger – and one that’s demanding to operate. Alongside the active solution of the ICE T, there are also passive designs, such as the articulated trains from Talgo, which lean into curves purely through their bogie geometry.
In favour
- Journey time gains on winding existing lines without expensive new-build routes
- Significantly lower lateral acceleration for passengers through bends
- Long-distance quality of service on lines never designed for high speed
- Distributed traction with no power cars – every car offers seats
Against
- Complex technology in the running gear and control system, and correspondingly maintenance-intensive
- Narrower body and therefore less interior space
- The journey-time advantage disappears entirely when the tilting technology is switched off
- Lower top speed than the ICE 3 and ICE 4
This balance explains why tilting technology has remained a niche solution in Germany. It’s superior where route geometry dictates speed – and nowhere else. For observers that means: look for the ICE T not on high-speed lines, but on the winding connections in between.
Common mix-ups
It points to Class 411 if …
- the body visibly tapers inward at the bottom
- the train has seven cars
- it tilts to one side in curves
- the number begins with 411
Look more closely if …
- you couldn't count the cars reliably – 411 and 415 are otherwise identical
- the train is standing on straight track and nothing is tilting
- you only have a front-on shot; the nose shape alone isn't enough
It's not a 411 if …
- the body has straight side walls – then it's an ICE 3, ICE 4 or ICE 1
- the train has windowless power cars – then it's an ICE 1 or ICE 2
- the train has five cars – then it's the Class 415
If you count five cars instead of seven, you’re looking at the Class 415. The diesel-powered counterpart built on the same idea was the ICE TD of Class 605.
Verdict
The ICE T is the ICE generation you recognise not by its speed, but by its shape. The narrow body tapered at the bottom is the direct consequence of the tilting technology and, at the same time, the most reliable way to identify it. Count the cars and you can tell the 411 and 415 apart – and you’ve got the whole ICE T family covered.
In short
Narrow, tapered body, seven cars, 230 km/h and tilting technology: that's the Class 411. Worth photographing in a curve – but the profile alone is enough to identify it, even standing still.
Tell the ICE T and ICE 3 apart cleanly
Log exactly which class you saw – with number, date and location in one app.
Summary
- The Class 411 is the seven-car ICE T, a tilting-technology multiple unit for lines without high-speed upgrades.
- Recognition features are the narrow body profile, the absence of power cars, and the compact nose shape.
- The tilting technology is the standout feature, but it is not operationally guaranteed at all times.
- Which routes run with the ICE T depends on the network and changes with the timetable.
Frequently asked questions
What is the Class 411 ICE T?
The ICE T is an electric high-speed multiple unit with tilting technology. The Class 411 is the seven-car variant, rated for 230 km/h. It was procured to run faster on winding lines without high-speed upgrades than a rigid train would allow.
How does the tilting technology on the ICE T work?
The body is actively tilted into curves by up to 8 degrees towards the inside of the curve. This reduces lateral acceleration for passengers and lets the train take bends faster than a rigid vehicle. This is exactly why the ICE T was procured: for the many German long-distance routes that wind through curves and were never upgraded to high-speed lines.
How can I recognise the ICE T from the outside?
By the body profile: the side walls are narrower and taper noticeably inward towards the bottom. Add to that the compact nose shape without a power car and a train length of seven cars. In curves, the body tilt is directly visible when the technology is active.
How fast does the Class 411 go?
The maximum speed is 230 km/h. The ICE T is therefore slower than the ICE 3 or ICE 4, but it plays to its strength where tight bends limit speed anyway. On a winding line it can be faster despite the lower top speed.
What is the difference between the Class 411 and 415?
Only the length. The 411 has seven cars, the 415 has five. Technically they are the same vehicle family with tilting technology and an identical top speed. For identification in the field you simply count the cars.
Is the tilting technology always in use?
Not necessarily. The tilting technology has been switched off at times in the past and later brought back into service. Whether it is active on a given run depends on the vehicle's condition, the route and operational circumstances. As a recognition feature it is therefore only an indicator – the body profile is more reliable.
Does the ICE T also run with other railways?
Identical vehicles are also operated by the Austrian Federal Railways and run there as Class 4011. They are closely related technically and differ mainly in markings and details. Both can appear together in cross-border services.
What is the difference between the ICE T and the ICE TD?
The ICE T is electrically powered, while the ICE TD of Class 605 was a diesel-powered tilting multiple unit for non-electrified lines. The concept was similar, but the type of traction was fundamentally different – and so was the area of use.
Log your sighting of the DB Class 411 (ICE T)
Date, location and vehicle number logged in seconds – and visible to the community.
Related classes
DB Class 415 (ICE T)
The Class 415 is the five-car variant of the ICE T: the same tilting technology as the Class 411, the same body profile – just considerably shorter and rarer.
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-speedClass 401 (ICE 1)
The ICE 1 is the first ICE generation: two Class 401 power cars, up to twelve intermediate cars in between, and a restaurant car with a raised roof. Here's how to spot it.
High-speedClass 402 (ICE 2)
The ICE 2 is the half-train among the ICE family: a Class 402 power car at the front, a driving trailer with a nose flap at the rear. Two half-trains can be coupled and split en route.
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.
Who is behind it
Groups, brands, manufacturers and operators – who owns whom and how to recognise them out in the field.
Where to see the DB Class 411 (ICE T)
Specific viewpoints with lighting times, coordinates and an honest verdict on whether the trip is worth it.
Berlin Hauptbahnhof
Berlin Hauptbahnhof is no ordinary station, but a crossing structure: above the east-west Stadtbahn under a glass roof, below eight tracks in the north-south tunnel. Both levels demand completely different settings – knowing that in advance saves you half the visit.
Junction stationMünchen Hauptbahnhof
München Hauptbahnhof is one of the largest terminus stations in Europe – and, at the same time, a major building site that has dragged on for years. If you know where the Starnberg and Holzkirchen wing stations start and where the S-Bahn disappears to, you can still pull a complete cross-section of southern German traffic out of it.
Junction stationNürnberg Hauptbahnhof
Nuremberg is one of the few big German stations where high-speed traffic, regional services and heavy freight genuinely run side by side. Add a museum landscape within walking distance – and a marshalling yard that sorts half of southern Germany's freight traffic.
Junction stationSalzburg Hauptbahnhof
Salzburg is the station where two networks overlap: German traffic from Munich arrives from the north, the Westbahn from the east, and the Tauernbahn branches off to the south. Hardly anywhere else do German and Austrian rolling stock stand side by side so regularly.
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