Key takeaways
- SBB Infrastruktur is a division, not a separate company. The split between track and traffic in Switzerland runs within a single company with separate accounts.
- The SBB network isn't the Swiss network. BLS, RhB, MGB and SOB run their own lines with their own rules.
- The clock-face is the actual planning unit. Expansion follows the timetable – that's why train sequences are so predictable.
- At the Gotthard, the main traffic now runs through the mountain, not over it. Anyone wanting to photograph the ramps needs to know what still runs there at all.
- Who owns the platform decides access – not the logo on the train that happens to be standing there.
Contents
- 1.Fact file
- 2.Business areas
- 3.Structure & brands
- 4.History at a glance
- 5.How to recognise the company
- 6.Strengths and weaknesses
- 7.Separate books instead of separate companies
- 8.Four networks, four rulebooks
- 9.From the platform to a solid note
- 10.What the base tunnel did to your spot
- 11.Are you still standing in the right place?
- 12.Verdict
- 13.Frequently asked questions
Fact file
| Role in the system | SBB's infrastructure arm – network, stations, energy, no services of its own |
|---|---|
| Legal status | A division within SBB AG, not an independent company – with separate accounting |
| SBB's owner | The Swiss Confederation |
| Network scope | The largest part of the standard-gauge network; metre-gauge and private-railway networks belong to others |
| Traction current | 15 kV / 16.7 Hz from its own power stations and its own transmission network |
| Defining principle | Clock-face timetable – infrastructure is built to fit the timetable, not the other way round |
| Major structures | Gotthard Base Tunnel and Ceneri Base Tunnel on the north-south axis |
| Relevant for spotters | House rules and access rules follow the infrastructure manager, not the train operator |
| Official website | company.sbb.ch |
Business areas
Structure & brands
Parent group:Schweizerische Bundesbahnen (SBB)
History at a glance
How to recognise SBB Infrastruktur
Does the train really belong to SBB Infrastruktur?
- Platform signage in SBB design shows you the network operator, not the train operator
- Standard gauge at 15 kV sets the SBB network apart from the metre-gauge networks at around 11 kV
- Yellow maintenance vehicles and road-rail equipment work on the track, not in traffic
- Signal aspects to Swiss regulations visibly differ from German and Italian installations
- Station clocks and wayfinding follow SBB design even where other railways' trains call
- Section boundaries and system changeovers mark the transition to other operators' networks
- Network transitions to metre-gauge railways are recognisable by parallel tracks of different gauges
Strengths and weaknesses
What the company stands for
- Very high train density – something is happening even at smaller stations
- The clock-face timetable makes trips as plannable as in hardly any other country
- Platforms are mostly well accessible and offer legal vantage points
- The north-south axis brings Italian, German and Swiss vehicles together
- Mountain routes remain usable as diversion and tourist routes
Where it falls short
- The base tunnel has drawn the main traffic away from the photogenic ramps
- Not every Swiss track belongs to SBB – rules and contacts change from network to network
- The division isn't a separate company, which makes responsibilities confusing for outsiders
- House rules apply on platforms; tripods and long stays can prompt questions
- In dense clock-face service, a clear view of a track is often only available for seconds
Updated: August 2026 – Switzerland solves the separation of track and traffic differently from its neighbours: SBB Infrastruktur isn’t its own public limited company, but a division with its own accounts within SBB. For you at trackside, that changes little – for understanding who’s responsible for what, it changes a lot. And more importantly: by no means does every Swiss track belong to this division.
Document to the clock instead of chasing after it
Number, place and time logged in seconds – exactly when the next train arrives every twenty minutes.
Separate books instead of separate companies
European law requires that a network operator not favour its own transport companies. Switzerland meets this through its organisation: infrastructure forms a ring-fenced area with its own accounting, and path allocation is handed to an independent body. There’s no separate company for this, unlike DB InfraGO in Germany or Infrabel in Belgium.
The practical effect is the same. SBB Cargo also pays for every path, and a private provider can apply for the same timetable slot. This becomes visible in freight traffic, where companies such as Crossrail and BLS Cargo operate on the same tracks.
Four networks, four rulebooks
Anyone travelling across Switzerland switches network operators more often than expected. The differences aren’t fine details: they decide gauge, electrification system and which vehicles you can even see.
| Network | Gauge | Electrification system | What you see there |
|---|---|---|---|
| SBB | 1435 mm | 15 kV / 16.7 Hz | Long-distance, regional and freight traffic at dense frequency |
| BLS network | 1435 mm | 15 kV / 16.7 Hz | Lötschberg traffic, freight trains towards Italy |
| Rhaetian Railway | 1000 mm | around 11 kV | Albula and Bernina traffic, piggyback wagon operation |
| Matterhorn Gotthard Bahn | 1000 mm | around 11 kV | Rack sections, Alpine regional traffic |
| Südostbahn | 1435 mm | 15 kV / 16.7 Hz | Its own long-distance lines across the pre-Alps |
This variety explains why completely different vehicles run at the Landwasser Viaduct near Filisur than at Zurich Hauptbahnhof – even though both are Swiss railways.
The clock is your timetable
In Switzerland, infrastructure is built to fit the timetable, not the other way round. Once you've seen a connection, it comes back at the same interval. Note the minute at your first observation – that gives you a grid for the whole day.
From the platform to a solid note
Determine the network
Standard gauge or metre gauge? That decides which operator is responsible and which vehicles run there at all.
Remember the clock-face minute
The first observation gives you the grid for all further trains at this spot.
Read the data panel
Country code and vehicle keeper marking turn a picture into a verifiable sighting.
Separate the type of traffic
Passenger train, freight train or maintenance train belong in different lists – otherwise engineering trains skew your statistics.
Note the location too
On ramp sections, even a single kilometre can decide whether a shot can later be attributed.
Estimate train density at the clock-face timetable
An estimate, not a timetable – but it shows whether a spot is worth hours or only minutes.
What the base tunnel did to your spot
The Gotthard is the best example of how an infrastructure decision can change an entire spotting area. Since the main traffic started running through the mountain, things have become noticeably quieter at the north ramp at Wassen. In Erstfeld, on the other hand, you can still see how trains are made up for the axis.
Anyone looking for heavy freight trains is now better served in Bellinzona or in Basel SBB. And anyone wanting to photograph the mountain route should check beforehand what still runs there at all.
Make network changes visible in your logbook
Record which network you're standing on – then metre gauge and standard gauge stay cleanly separated later.
Are you still standing in the right place?
Unproblematic if …
- you stay behind the safety line on the platform
- you photograph from a public path or a bridge
- you're not obstructing staff or passengers
Take care if …
- you want to set up a tripod on a heavily used platform
- the spot on a ramp section is unpaved
- a construction site has temporarily fenced off areas
Don't proceed if …
- track or ballast would have to be entered
- a depot or works area begins
- railway staff ask you to leave the area
This line isn’t negotiable, and there’s a reason: in dense clock-face service, the next train arrives faster than any reaction would be possible. The distance rules are set out under safe distance from the track, and the legal side under trespassing on the track.
Tunnel portals aren't viewpoints
Around base tunnels and their approaches lie operational and emergency facilities that look unspectacular from a distance. They're closed off, usually monitored, and operationally essential in the event of an incident. Photograph from designated paths – the shots are usually better there anyway.
Verdict
SBB Infrastruktur is the reason Swiss rail operations feel so reliable: the track is built and maintained to fit the clock-face timetable. For you that means predictable train sequences and clearly regulated spots – but no information whatsoever about who’s running the train you’re looking at.
And the second lesson is just as important: Switzerland doesn’t equal SBB. Anyone who keeps that in mind gets vehicles, gauges and responsibilities right from the start.
In short
A division with its own accounts, not a separate company – and just one of several network operators in the country. For the sighting, the data panel remains decisive; for the location, the network operator.
Let the clock work for you
Log one sighting per train instead of one note per hour – Traintrack keeps number, place and time together.
Summary
- The infrastructure division maintains the track and provides paths to all licensed railways, including its sister divisions.
- Anyone spotting in Switzerland often switches unnoticed between different operators' networks – most noticeably at the transition from standard to metre gauge.
- The Gotthard shows, as an example, how infrastructure decisions can shift entire spotting areas.
- For identifying a vehicle, the data panel remains the key source; the network only tells you where you're standing.
Frequently asked questions
Is SBB Infrastruktur a separate company?
No. Unlike in Germany or Belgium, infrastructure in Switzerland is a division within SBB. It's the accounts that are separated, not the legal entities. The European requirement is thus met organisationally, not through a separate company like DB InfraGO.
Do all Swiss railway lines belong to SBB?
No, and that's the most common misconception. BLS, the Rhaetian Railway, the Matterhorn Gotthard Bahn and the Südostbahn operate their own networks. On the Albula line, for example, you're not standing on SBB land, but on that of a metre-gauge railway with its own operating regulations.
Who runs trains on the SBB network?
SBB's own traffic divisions, plus numerous other railways. In freight, operators such as BLS Cargo, Crossrail and Hupac run trains, and in regional traffic companies such as Thurbo. Network access is open to all licensed companies.
Why is there less activity at the Gotthard than before?
Because the base tunnel has absorbed the main traffic. Since then, the mountain route has carried mainly regional and excursion traffic, plus diversions during closures. Anyone looking for the classic shots at the north ramp at Wassen or the south ramp at Giornico should check the timetable carefully beforehand.
What does the clock-face timetable mean for my trip?
It makes train sequences predictable. Once you've observed a connection, it will as a rule come back at the same interval. That makes planning much easier – live data on this is provided in the article Tracking SBB trains live.
Am I allowed to photograph on Swiss platforms?
Photography from the platform is generally possible, as long as you don't obstruct or endanger anyone. However, the railway's house rules apply, and staff can give instructions. What follows from that is explained in the article on house rules at stations.
Why do metre-gauge railways have a different electrification system?
Because they were historically built independently. The standard-gauge network runs on 15 kV at 16.7 Hz, while several metre-gauge networks run on around 11 kV. That's why a vehicle from the Albula line can't simply switch onto SBB tracks, even though both networks are in Switzerland.
Where do I see the most international traffic?
On the north-south axis and in Basel SBB. There, the German and Swiss systems meet, and in freight traffic the trains from the Rhine valley heading towards Gotthard converge. In Bellinzona you see the southern end of the same axis.
Are engineering and inspection vehicles part of the infrastructure?
They work for it, but don't necessarily belong to it. Maintenance trains are often supplied by specialist companies and crewed by their staff. The yellow warning livery indicates function, not ownership – and clearly separates these vehicles from passenger and freight traffic.
Does the network operator help me identify a locomotive?
No. It only tells you where you're standing. Identifying a vehicle runs via the country code, vehicle keeper marking and number on the data panel. How to do that systematically is described in the guide Who's actually running this?
Log vehicles from SBB Infrastruktur
Company, vehicle, location and date logged in seconds – and visible to the community.
The operational level in the railway operator database
Who actually runs the trains, with keeper markings and identifying features on the vehicle.
Schweizerische Bundesbahnen (SBB)
The Swiss Federal Railways are the state railway of Switzerland and present across the whole country. This page shows what that means for the network and how to recognise its vehicles.
FreightSBB Cargo AG
SBB Cargo AG operates rail freight transport in Switzerland. Anyone looking for its trains should understand how traffic bunches on the approach lines to the base tunnels.
Local & regionalBLS AG
BLS AG is one of Switzerland's big railway companies. Its example is a good way to explain how a mountain line and a base tunnel differ operationally.
FreightBLS Cargo AG
BLS Cargo AG is a Swiss freight operator. Its example is a good way to explain what the country code in the data panel really means – and what it doesn't.
FreightCrossrail AG
Crossrail AG is a Swiss freight operator with an English name. Anyone wanting to see its trains shouldn't head for the tunnel portal, but to the long approach lines in front of it.
Local & regionalSOB Südostbahn AG
SOB Südostbahn AG operates rail services in eastern Switzerland. To understand its network, you need to know how cantonal borders structure Swiss regional traffic.
Typical vehicles
SBB Re 460 (Lok 2000)
The Re 460 is the SBB's modern long-distance locomotive: 119 machines, 200 km/h, an unmistakably rounded front. Here's how to recognise it and its sister designs.
ClassSBB Re 420 (Re 4/4 II)
The Re 4/4 II is the standard electric locomotive of the SBB and is now called the Re 420. This page shows you how to recognise it and what the two designations mean.
ClassSBB Re 474 (Vectron CH)
The Re 474 is a four-axle multi-system freight locomotive for the Switzerland–Italy corridor. This page explains electrification systems, naming and recognition features.
ClassSBB RABe 501 (Giruno)
The RABe 501 "Giruno" is SBB's Stadler high-speed train for the Gotthard Base Tunnel. Here's how to read its designation and identify it reliably in the field.
ClassSBB RABe 502 (FV-Dosto)
The RABe 502 is SBB's double-deck long-distance train from the Twindexx family. Here's how to read the designation and identify it reliably on the platform.
ClassSBB Ee 922
The Ee 922 is a modern electric shunting locomotive of the SBB. Its three-digit number shows how the Swiss classification system has changed – here's how to read both.
Where you will find SBB Infrastruktur
Spotting locations where you will regularly come across vehicles from this organisation – with viewpoints, the best light and coordinates.
Gotthard North Ramp at Wassen
Between Gurtnellen and Göschenen, the Gotthard mountain line spirals up the hillside through loop tunnels, passing Wassen at three different heights along the way. Since the base tunnel opened, far fewer trains run here – but the views remain among the best in Switzerland.
Mountain lineGotthard South Ramp at Giornico
Between Lavorgo and Giornico, the Gotthard mountain line winds through the Biaschina in two spiral tunnels – levels of the line stacked above each other, chestnut woods all around, and light you simply don't get north of the Alps. Traffic has thinned since the base tunnel, but the views haven't.
Border stationBasel SBB
No other station in Europe brings three national rail systems together as tightly as Basel. Swiss long-distance trains, its own French station section, and just a few tram minutes away a station on Swiss soil operated by DB – plus the most important north-south freight hub on the Alpine route.
Freight hubErstfeld
For more than a century, Erstfeld was the place where heavy trains picked up banking locomotives before tackling the Gotthard north ramp. Since the base tunnel started running beneath the mountain, the place has changed – it has stayed interesting, but for different reasons.
More companies
Schweizerische Bundesbahnen (SBB)
SBB doesn't label its vehicles with a class number but with a combination of letters that codes speed, coach class and type of traction. Anyone who can read Re, RABe and Ee identifies a Swiss vehicle faster than any database lookup.
GroupRhätische Bahn (RhB)
The Rhaetian Railway is one of the few railways in Europe where network, operations and brand sit in a single hand. It combines several originally independent lines, runs on metre gauge with no rack, and operates two completely different electrification systems on the same network.
InfrastructureÖBB-Infrastruktur
ÖBB-Infrastruktur owns the tracks, points, signals and most stations in Austria – but not a single train in the timetable. That's exactly why locomotives from companies with no connection to ÖBB roll over the Brenner, Semmering and Tauern lines.
InfrastructureDB InfraGO
DB InfraGO has been Deutsche Bahn's infrastructure company since 2024: network and stations under one roof, oriented towards the public good. It doesn't run any trains – but it decides where you're allowed to stand and which line is currently closed.
Related guides from the blog
- Track SBB trains live: train tracking in Switzerland
- Property Rights at the Station: Where You May Stand and Where You May Not
- Safety Distance at the Track: The Rules That Save Lives
- Walking on Railway Tracks: What Penalty You Face and Why It Can Be Fatal
- Understanding Railway Signals: Hp, Ks, Vr and What They Mean for Spotters
- Are you allowed to photograph trains? The complete legal and practical guide for trainspotters (2026)
