Overview

Map of the German autobahn network

The volume of traffic in Germany, especially goods transportation, is at a very high level due to its central location in Europe. In the past few decades, much of the freight traffic shifted from rail to road, which led the Federal Government to introduce a motor toll for trucks in 2005. Individual road usage increased resulting in a relatively high traffic density to other nations. A further increase of traffic is expected in the future.

High-speed vehicular traffic has a long tradition in Germany given that the first freeway (Autobahn) in the world, the AVUS, and the world's first automobile were developed and built in Germany. Germany possesses one of the most dense road systems of the world. German motorways have no blanket speed limit for light vehicles. However, posted limits are in place on many dangerous or congested stretches as well as where traffic noise or pollution poses a problem (20.8% under static or temporary limits and an average 2.6% under variable traffic control limit applications as of 2015).

The German government has had issues with upkeep of the country's autobahn network, having had to revamp the Eastern portion's transport system since the unification of Germany between the German Democratic Republic (East Germany) and the Federal Republic of Germany (West Germany). With that, numerous construction projects have been put on hold in the west, and a vigorous reconstruction has been going since the late 1990s. However, ever since the European Union formed, an overall streamlining and change of route plans have occurred as faster and more direct links to former Soviet bloc countries now exist and are in the works, with intense co-operation among European countries.

Intercity bus service within Germany fell out of favour as post-war prosperity increased, and became almost extinct when legislation was introduced in the 1980s to protect the national railway. After that market was deregulated in 2012, some 150 new intercity bus lines have been established, leading to a significant shift from rail to bus for long journeys.^[2] The market has since consolidated with Flixbus controlling over 90% of it and also expanding into neighboring countries.

Roads

Three-lane autobahn

An airport taxiway crossing the Bundesautobahn 14

Germany has approximately 650,000 km of roads,^[3] of which 231,000 km are non-local roads.^[4] The road network is extensively used with nearly 2 trillion km travelled by car in 2005, in comparison to just 70 billion km travelled by rail and 35 billion km travelled by plane.^[3]

The Autobahn is the German federal highway system. The official German term is Bundesautobahn (plural Bundesautobahnen, abbreviated 'BAB'), which translates as 'federal motorway'. Where no local speed limit is posted, the advisory limit (Richtgeschwindigkeit) is 130 km/h. The Autobahn network had a total length of about 12,996 kilometres (8,075 mi) in 2016,^[5] which ranks it among the most dense and longest systems in the world. Only federally built controlled-access highways meeting certain construction standards including at least two lanes per direction are called "Bundesautobahn". They have their own, blue-coloured signs and their own numbering system. All Autobahnen are named by using the capital letter A, followed by a blank and a number (for example A 8).

The main Autobahnen going all across Germany have single digit numbers. Shorter highways of regional importance have double digit numbers (like A 24, connecting Berlin and Hamburg). Very short stretches built for heavy local traffic (for example ring roads or the A 555 from Cologne to Bonn) usually have three digits, where the first digit depends on the region.

East–west routes are usually even-numbered, north–south routes are usually odd-numbered. The numbers of the north–south Autobahnen increase from west to east; that is to say, the more easterly roads are given higher numbers. Similarly, the east–west routes use increasing numbers from north to south.

The autobahns are considered the safest category of German roads: for example, in 2012, while carrying 31% of all motorized road traffic, they only accounted for 11% of Germany's traffic fatalities.^[6]

German autobahns are still toll-free for light vehicles, but on 1 January 2005, a blanket mandatory toll on heavy trucks was introduced.

The national roads in Germany are called Bundesstraßen (federal roads). Their numbers are usually well known to local road users, as they appear (written in black digits on a yellow rectangle with black border) on direction traffic signs and on street maps. A Bundesstraße is often referred to as "B" followed by its number, for example "B1", one of the main east–west routes. More important routes have lower numbers. Odd numbers are usually applied to north–south oriented roads, and even numbers for east–west routes. Bypass routes are referred to with an appended "a" (alternative) or "n" (new alignment), as in "B 56n".

Other main public roads are maintained by the Bundesländer (states), called Landesstraße (country road) or Staatsstraße (state road). The numbers of these roads are prefixed with "L", "S" or "St", but are usually not seen on direction signs or written on maps. They appear on the kilometre posts on the roadside. Numbers are unique only within one state.

The Landkreise (districts) and municipalities are in charge of the minor roads and streets within villages, towns and cities. These roads have the number prefix "K" indicating a Kreisstraße.

Overview

ICE 3 train at Stuttgart Hauptbahnhof

Germany features a total of 43,468 km railways, of which at least 19,973 km are electrified (2014).^[7]

Deutsche Bahn (German Rail) is the major German railway infrastructure and service operator. Though Deutsche Bahn is a private company, the government still holds all shares and therefore Deutsche Bahn can still be called a state-owned company. Since its reformation under private law in 1994, Deutsche Bahn AG (DB AG) no longer publishes details of the tracks it owns; in addition to the DBAG system there are about 280 privately or locally owned railway companies which own an approximate 3,000 km to 4,000 km of the total tracks and use DB tracks in open access.

Railway subsidies amounted to €17.0 billion in 2014^[8] and there are significant differences between the financing of long-distance and short-distance (or local) trains in Germany. While long-distance trains can be run by any railway company, the companies also receive no subsidies from the government. Local trains however are subsidised by the German states, which pay the operating companies to run these trains and indeed in 2013, 59% of the cost of short-distance passenger rail transport was covered by subsidies.^[9] This resulted in many private companies offering to run local train services as they can provide cheaper service than the state-owned Deutsche Bahn. Track construction is entirely and track maintenance partly government financed both for long and short range trains. On the other hand, all rail vehicles are charged track access charges by DB Netz which in turn delivers (part of) its profits to the federal budget.

High speed rail started in the early 1990s with the introduction of the Inter City Express (ICE) into revenue service after first plans to modernize the rail system had been drawn up under the government of Willy Brandt. While the high speed network is not as dense as those of France or Spain, ICE or slightly slower (max. speed 200 km/h) Intercity (IC) serve most major cities. Several extensions or upgrades to high speed lines are under construction or planned for the near future, some of them after decades of planning.

The fastest high-speed train operated by Deutsche Bahn, the InterCityExpress or ICE connects major German and neighbouring international centres such as Zürich, Vienna, Copenhagen, Paris, Amsterdam and Brussels. The rail network throughout Germany is extensive and provides services in most areas. On regular lines, at least one train every two hours will call even in the smallest of villages during the day. Nearly all larger metropolitan areas are served by S-Bahn, U-Bahn, Straßenbahn and/or bus networks.

The German government on 13 February 2018 announced plans to make public transportation free as a means to reduce road traffic and decrease air pollution to EU-mandated levels.^[10] The new policy will be put to the test by the end of the year in the cities of Bonn, Essen, Herrenberg, Reutlingen and Mannheim.^[11] Issues remain concerning the costs of such a move as ticket sales for public transportation constitute a major source of income for cities.^[12]

International freight trains

While Germany and most of contiguous Europe use 1,435 mm (4 ft 8+1⁄2 in) standard gauge, differences in signalling, rules and regulations, electrification voltages, etc. create obstacles for freight operations across borders. These obstacles are slowly being overcome, with international (in- and outgoing) and transit (through) traffic being responsible for a large part of the recent uptake in rail freight volume. EU regulations have done much to harmonize standards, making cross border operations easier. Maschen Marshalling Yard near Hamburg is the second biggest in the world and the biggest in Europe. It serves as a freight hub distributing goods from Scandinavia to southern Europe and from Central Europe to the port of Hamburg and overseas. Being a densely populated prosperous country in the center of Europe, there are many important transit routes through Germany. The Mannheim–Karlsruhe–Basel railway has undergone upgrades and refurbishments since the 1980s and will likely undergo further upgrades for decades to come as it is the main route from the North Sea Ports to northern Italy via the Gotthard Base Tunnel.

S-Bahn

Almost all major metro areas of Germany have suburban rail systems called S-Bahnen (Schnellbahnen). These usually connect larger agglomerations to their suburbs and often other regional towns, although the Rhein-Ruhr S-Bahn connects several large cities. An S-Bahn calls at all intermediate stations and runs more frequently than other trains. In Berlin and Hamburg the S-Bahn has a U-Bahn-like service and uses a third rail whereas all other S-Bahn services rely on catenary power supply.

Rapid transit (U-Bahn)

Train (MVG Class C) on the Munich U-Bahn

Relatively few cities have a full-fledged underground U-Bahn system; S-Bahn (suburban commuter railway) systems are far more common. In some cities the distinction between U-Bahn and S-Bahn systems is blurred; for instance, some S-Bahn systems run underground, have frequencies similar to U-Bahn, and form part of the same integrated transport network. A larger number of cities has upgraded their tramways to light rail standards. These systems are called Stadtbahn (not to be confused with S-Bahn).

Cities with U-Bahn systems are:

• Berlin (U-Bahn)
• Hamburg (U-Bahn)
• Munich (U-Bahn)
• Nuremberg/Fürth (U-Bahn)

Street car passengers and tram systems by German Länder

With the exception of Hamburg, all of those aforementioned cities also have a tram system, often with new lines built to light rail standards. Berlin and Hamburg (as well as the then independent city of Schöneberg whose lone subway line is today's line 4 of the Berlin U-Bahn) began building their networks before World War I whereas Nuremberg and Munich - despite earlier attempts in the 1930s and 1940s - only opened their networks in the 1970s (in time for the 1972 Summer Olympics in the case of Munich).

Logo of the Stadtbahn Stuttgart the prominence of the U-Bahn-like "U" compared to the "Stadtbahn" term makes the confusion understandable

Cities with Stadtbahn systems can be found in the article Trams in Germany. Locals sometimes confuse Stadtbahn and "proper" U-Bahn as the logo for the former sometimes employs a white U on a blue background similar to the logo of the latter (in most cases, however, the Stadtbahn-logo includes additions to that U-logo). Furthermore, Stadtbahn systems often include partially or wholly underground sections (especially in city centers) and in the case of Frankfurt U-Bahn what is properly a Stadtbahn is even officially called an U-Bahn. To some extent this confusion was deliberate at the time of the opening of the Stadtbahn networks, as it was seen at the time to be more desirable to have a "proper" U-Bahn system than a "mere" tram system and many cities which embarked on Stadtbahn building projects did so with the official goal of eventually converting the entire network to U-Bahn standards.

Trams (Straßenbahn)

Germany was among the first countries to have electric streetcars, and Berlin has one of the longest tram networks in the world. Many West German cities abandoned their previous tram systems in the 1960s and 1970s while others upgraded them to "Stadtbahn" (~light rail) standard, often including underground sections. In the East, most cities retained or even expanded their tram systems and since reunification a trend towards new tram construction can be observed in most of the country. Today the only major German city without a tram or light rail system is Hamburg. Tram-train systems like the Karlsruhe model first came to prominence in Germany in the early 1990s and are implemented or discussed in several cities, providing coverage far into the rural areas surrounding cities. Trams exist in all but two of the states of Germany (Hamburg and Schleswig Holstein being the exception) and in 13 of the 16 state capitals (Wiesbaden being the capital outside the aforementioned states without a tram system). While there have been attempts to (re)-establish tram systems in many cities that formerly had them (for example Aachen, Kiel, Hamburg) as well as in some cities that never had them, but are comparatively close to a city that does (for example Erlangen, Wolfsburg), only a handful of such proposals have come to fruition since World War II - the Saarbahn (trams defunct in 1965; Saarbahn established in 1997) in Saarbrücken, Heilbronn Stadtbahn (defunct in 1955, re-established as an extension of Stadtbahn Karlsruhe in 1998) and a few extensions across the border - the Strasbourg tramway to Kehl and the Trams in Basel to Weil am Rhein.

Airlines

see: List of airlines of Germany

Lufthansa and Air Berlin aircraft

Germany's largest airline is Lufthansa, which was privatised in the 1990s. Lufthansa also operates two regional subsidiaries under the Lufthansa Regional brand and a low-cost subsidiary, Eurowings, which operates independently. Lufthansa flies a dense network of domestic, European and intercontinental routes. Germany's second-largest airline was Air Berlin, which also operated a network of domestic and European destinations with a focus on leisure routes as well as some long-haul services. Air Berlin declared bankruptcy in 2017 with the last flight under its own name in October of that year.

Charter and leisure carriers include Condor, TUIfly, MHS Aviation and Sundair. Major German cargo operators are Lufthansa Cargo, European Air Transport Leipzig (which is a subsidiary of DHL) and AeroLogic (which is jointly owned by DHL and Lufthansa Cargo).

Airports

see: List of airports in Germany

Airports of Germany

Frankfurt Airport is Germany's largest airport, a major transportation hub in Europe and the world's twelfth busiest airport. It is one of the airports with the largest number of international destinations served worldwide. Depending on whether total passengers, flights or cargo traffic are used as a measure, it ranks first, second or third in Europe alongside London Heathrow Airport and Paris-Charles de Gaulle Airport. Germany's second biggest international airport is Munich Airport, followed by Berlin Brandenburg Airport and Düsseldorf Airport.^[14]

There are several more scheduled passenger airports throughout Germany, mainly serving European metropolitan and leisure destinations. Intercontinental long-haul routes are operated to and from the airports in Frankfurt, Munich, Berlin, Düsseldorf, Cologne/Bonn, Hamburg and Stuttgart.

Airports — with paved runways:

• total: 318
  • over 3,047 m: 14
  • 2,438 to 3,047 m: 49
  • 1,524 to 2,437 m: 60
  • 914 to 1,523 m: 70
  • under 914 m: 125 (2013 est.)

Airports — with unpaved runways:

• total: 221
  • over 3,047 m: 0
  • 2,438 to 3,047 m: 0
  • 1,524 to 2,437 m: 1
  • 914 to 1,523 m: 35
  • under 914 m: 185 (2013 est.)

Heliports: 23 (2013 est.)