The Longest Train Routes in the World: 9,289 Kilometres by Rail

The longest train route on Earth is the Trans-Siberian Railway, running 9,289 kilometres (5,772 miles) from Moscow to Vladivostok on Russia's Pacific coast. A nonstop journey takes roughly seven days and crosses eight time zones, more than a third of the planet's total. No other continuous rail line comes close: the next-longest scheduled routes, in Canada and Australia, cover less than half that distance. This guide explains how the Trans-Siberian earned its record, what riding it actually involves, and how the world's other marathon train routes stack up.

The short answer: the world's longest train routes ranked

Before the history and the engineering, here is the actual scoreboard. "Longest train route" can mean the longest single continuous rail line or the longest scheduled passenger service that runs on it end to end — the Trans-Siberian is both, which is part of why it dominates every version of this list.

Rank	Route	Distance	Countries	Typical Journey Time
1	Trans-Siberian Railway (Moscow–Vladivostok)	9,289 km (5,772 mi)	Russia	~7 days
2	The Canadian (Toronto–Vancouver)	4,466 km (2,775 mi)	Canada	~4 days
3	Indian Pacific (Sydney–Perth)	4,352 km (2,704 mi)	Australia	~4 days
4	The Ghan (Adelaide–Darwin)	2,979 km (1,851 mi)	Australia	~54 hours
5	California Zephyr (Chicago–San Francisco)	3,924 km (2,438 mi)	United States	~52 hours

The Trans-Siberian is more than double the length of any other regularly scheduled passenger train route on the planet.

Two clarifications matter for accuracy. First, the Trans-Siberian Railway network has branch lines — through Mongolia to Beijing, or via Manchuria — that are sometimes marketed as "the Trans-Siberian Railway" but are shorter or longer than the classic Moscow–Vladivostok trunk line depending on which branch is used. The 9,289 km figure is specifically the original Moscow-to-Vladivostok route. Second, distances for the other routes above vary slightly by source depending on which exact stations and track alignments are measured, similar to the source-and-mouth ambiguity that makes ranking the longest rivers in the world surprisingly contentious.

A single Trans-Siberian journey crosses eight time zones, more than the distance from London to Tokyo covers in longitude. A passenger who boards in Moscow on Monday morning and eats breakfast at a fixed onboard schedule will, by the time they reach Vladivostok, have watched the sun rise and set at wildly different local clock times without the train ever slowing down for it.

Why the Trans-Siberian Railway is the longest train route in the world

The Trans-Siberian's record comes down to one blunt fact: Russia is the largest country on Earth by land area, spanning roughly 9,000 km east to west, and a single unbroken rail corridor was built to connect its European capital to its Pacific coast. No other nation has both the raw east-west landmass and a single continuous domestic railway crossing all of it.

Construction began in 1891 under Tsar Alexander III, who ordered the project largely for military and economic reasons: Russia needed a way to move troops, settlers, and freight to its far eastern territories faster than by horse, cart, or river barge, which could take months. Tsarevich Nicholas, the future Nicholas II, broke ground on the Far Eastern section in Vladivostok that same year.

Building it took 25 years and was completed in 1916, under difficult conditions that included harsh winters, mountainous terrain around Lake Baikal, and a labor force that relied heavily on convict and exile workers. Some western sections, like the roughly 1,700 km stretch between Moscow and Chelyabinsk, had already existed as separate regional lines before being incorporated into the unified trunk route. The last major obstacle, a bridge over the Amur River near Khabarovsk, was not finished until 1916, which is the year most historians mark as the line's true completion.

What makes a train route "the longest" in the first place?

A route earns the record either by having the longest unbroken track (Trans-Siberian) or by running the longest single scheduled passenger service without a change of train (also the Trans-Siberian). Some rankings separately track "longest railway network" by total track kilometres, a category the United States and China actually lead because of their vast branching systems, but that measures a different thing: total infrastructure, not one continuous journey.

How the modern Trans-Siberian journey actually works

A nonstop Trans-Siberian journey from Moscow to Vladivostok takes approximately seven days, or more precisely around 146 to 152 hours depending on the specific train and timetable. Most travelers do not ride it straight through; they break the trip into stages, stopping at cities like Yekaterinburg, Irkutsk, and Lake Baikal, turning a week of continuous train time into a two-to-four-week overland trip across Russia.

The train crosses eight time zones along the way, which creates a genuinely disorienting practical problem: Russian railways run their entire national timetable on Moscow time, regardless of local time at any given station. A passenger checking a printed schedule in Vladivostok, seven time zones ahead of Moscow, has to do mental arithmetic just to know when their train departs.

How many time zones does the Trans-Siberian Railway cross?

The Trans-Siberian Railway crosses eight time zones between Moscow and Vladivostok. That is a larger time-zone span than flying from New York to Rome, even though the entire trip happens without leaving a single country.

What is it actually like to sleep and eat on a week-long train?

Long-distance Russian trains use compartment sleeper cars, typically four-berth "kupe" compartments, with a dining car serving hot meals and stations along the route offering food vendors during longer stops. Passengers settle into a rhythm of reading, sleeping, watching Siberian taiga scroll past the window, and timing meals to station stops rather than to local daylight, since the sun's position becomes an increasingly unreliable clock the farther east the train travels.

The isolation is part of the appeal for many riders. For days at a stretch, the train passes through birch and pine forest with no towns, no roads, and no cell signal, which is a strange and now rare experience in a world where almost nowhere is genuinely disconnected. It shares that remoteness with a handful of other extreme environments on Earth, like the driest and wettest places on Earth, where distance from infrastructure defines the place as much as climate does.

The engineering problem of building 9,289 kilometres of track

Building a railway across Siberia was not simply a matter of laying more track than anyone else had; the terrain itself fought back at nearly every stage. Three challenges in particular defined the project, and two of them still shape how the line is maintained today.

Permafrost. Much of the route east of Lake Baikal crosses ground that stays frozen year-round just below the surface. Track laid directly on permafrost is unstable: warming from surface disturbance, sunlight, or even the heat of passing trains can thaw the upper layer, causing the ground beneath the rails to shift, sink, or heave unevenly. Sections of the line, particularly around Chita and toward Blagoveshchensk, cross permafrost zones where engineers have had to manage this thaw-and-refreeze cycle rather than eliminate it, since the alternative, tunneling deep below the frost line for thousands of kilometres, was never realistic.

Extreme cold and remoteness. Siberian winters regularly drop below -40°C, conditions that make steel rails brittle and prone to fracture, and that made 19th-century construction brutally dangerous for laborers working with hand tools and horse-drawn equipment. Because so much of the route runs through sparsely populated territory, every rail, tie, and tool had to be hauled in over enormous distances before a single kilometre of track could be laid, an logistics problem as large as the engineering one.

Lake Baikal. The world's deepest freshwater lake sits directly in the route's path, and early construction couldn't fully skirt it. For several years after the rest of the line opened, trains crossed Baikal itself by ferry, including, in winter, a temporary track laid directly on the lake's frozen surface, before a permanent line was blasted and tunneled around the lake's southern shore.

The Baikal-Amur Mainline: Russia's second transcontinental line

The Trans-Siberian is not Russia's only transcontinental railway, and understanding the second one clarifies why the classic route stays the record holder. The Baikal-Amur Mainline (BAM) runs roughly 4,300 km further north, skirting Lake Baikal's northern shore rather than its southern one, and reconnecting with the Trans-Siberian corridor near the Pacific coast. Soviet planners built it in stages from the 1930s through the 1980s, partly as a strategic backup route further from the Chinese border and partly to open resource-rich territory in Russia's far east.

BAM is shorter than the Moscow–Vladivostok trunk line and carries mostly freight rather than the tourist-heavy passenger traffic the classic route is known for, which is why it rarely appears in "longest train route" rankings even though it is, in its own right, one of the most demanding rail projects ever completed. Its construction crossed even more severe permafrost and seismically active terrain than the original line, including multiple tunnels bored directly through active fault zones. The distinction matters for accuracy: when people say "the Trans-Siberian Railway," they are almost always referring to the original Moscow–Vladivostok route, not BAM, even though both lines are technically part of Russia's broader Trans-Siberian rail network.

Freight, not just passengers: the economic backbone

Passenger trains get the attention, but the Trans-Siberian's day-to-day importance is overwhelmingly about freight. The line is the primary land corridor connecting European Russia to Pacific ports, and by extension, a major artery for container traffic moving between East Asia and Europe as an alternative to all-sea shipping routes. A container that departs a Pacific port bound for Moscow or onward into Europe can move by rail in roughly two weeks, faster than the multi-week sea voyage around Asia through the Suez Canal, though at generally higher cost per container.

This freight role is a large part of why the Russian government has continued to invest in double-tracking, electrification, and capacity upgrades along the corridor over the decades since 1916, even as passenger numbers on the full-length route have shrunk relative to domestic short-haul and regional rail travel. Understanding the Trans-Siberian purely as a scenic passenger journey undersells its actual function: it is closer in importance to a national highway or shipping lane than to a tourist attraction that happens to also move freight.

How tickets, classes, and the journey are actually structured

Travelers booking the Trans-Siberian choose among a handful of accommodation classes that shape both cost and comfort over a week aboard. Kupe compartments, the most common choice for foreign travelers, sleep four people in a lockable compartment with two facing bench seats that fold down into bunks. Platskart, a more budget-oriented open-carriage format without compartment doors, sleeps considerably more passengers per car and is far more common among Russian domestic travelers than tourists. A smaller number of premium spalny vagon (SV) compartments sleep two and cost substantially more.

Nearly every long-distance Russian train includes a dining car, and every carriage has a provodnitsa or provodnik — a car attendant responsible for tickets, cleanliness, and, notably, a samovar of hot water kept running around the clock for tea and instant noodles, a small detail that becomes a genuine survival tool by day four of a week-long trip. Longer station stops, sometimes 20 to 40 minutes at major cities, give passengers a chance to buy food from platform vendors, an informal economy that has served Trans-Siberian travelers for well over a century.

Do you have to book the whole 9,289 km in one ticket?

No. Very few travelers ride Moscow to Vladivostok on a single unbroken ticket. Most break the journey into segments with stopovers in cities like Yekaterinburg, Irkutsk, or Ulan-Ude, buying separate tickets for each leg, which turns a physically demanding week of continuous travel into a more flexible multi-week itinerary.

Is the Trans-Siberian Railway still the fastest way to cross Russia?

No, flying is faster; a nonstop flight from Moscow to Vladivostok takes roughly eight to nine hours compared to a week by rail. The railway's significance was never about speed. It exists because, especially before commercial aviation, it was the only practical way to move people, troops, and freight reliably across a landmass too vast to traverse quickly by any other means available at the time of its construction.

How the other longest train routes compare

The Trans-Siberian's competitors are not close on raw distance, but each holds its own regional record and solves a different geographic problem. Canada's the Canadian runs 4,466 km between Toronto and Vancouver, crossing the country in roughly four days and traversing the Canadian Shield, the prairies, and the Rocky Mountains. Australia offers two long-distance icons: the Indian Pacific, at 4,352 km between Sydney and Perth, which includes the longest dead-straight stretch of railway track anywhere on Earth, a 478 km run across the treeless Nullarbor Plain; and the Ghan, at 2,979 km between Adelaide and Darwin, named after the Afghan cameleers whose camel trains once served the same north-south route before rail replaced them.

In the United States, Amtrak's California Zephyr covers 3,924 km between Chicago and San Francisco's Bay Area over roughly 52 hours, crossing seven states and the Rocky Mountains through Colorado. None of these routes approach 9,289 km, but each demonstrates the same underlying principle: the longest train routes exist where a single country's landmass is wide enough, and its population sparse enough between endpoints, to make one continuous rail corridor worth building instead of a network of shorter connecting lines.

That principle connects directly to a country's overall geography. It is not a coincidence that the top long-distance rail routes cluster in Russia, Canada, Australia, and the United States — vast landmasses where a train genuinely needs days, not hours, to cross from one coast to another, and where the engineering trade-offs echo the ones behind the longest bridges in the world.

What people get wrong about "the world's longest train"

The most common mix-up is confusing the Trans-Siberian Railway with the Trans-Mongolian or Trans-Manchurian routes, which are separate branch lines that share track with the Trans-Siberian for part of their journey but terminate in Beijing rather than Vladivostok. Depending on which branch a traveler books, the total distance and even the country count differ from the classic Moscow–Vladivostok trunk route, so "I rode the Trans-Siberian" can describe several genuinely different trips.

A second confusion is treating "longest train route" and "longest railway network" as the same record. A country can have an enormous total railway network, measured in cumulative track kilometres, without having any single continuous route that comes close to 9,289 km. The United States and China both have railway networks far larger than Russia's in total track length, because they operate dense webs of interconnected shorter lines rather than one dominant trunk route across sparsely settled territory. Network size measures infrastructure investment; route length measures one specific unbroken journey, and those are not the same competition.

A third mistake is assuming the Trans-Siberian's record is under serious threat. High-speed rail projects elsewhere in the world are extraordinary engineering achievements, but virtually all of them are built for speed over short-to-medium distances between dense population centers, not for covering the sheer distance a single conventional line across underpopulated territory requires. Building something to challenge the Trans-Siberian's length would mean connecting two coasts across a landmass as vast and thinly populated as Siberia, a combination of scale and low population density that exists in very few places on Earth.

Frequently asked questions

Q: What is the longest train route in the world? A: The Trans-Siberian Railway, running 9,289 km (5,772 mi) from Moscow to Vladivostok on Russia's Pacific coast. It is both the longest continuous rail line and the longest regularly scheduled passenger train journey on Earth, more than double the length of the next-longest scheduled routes in Canada and Australia.

Q: How long does it take to ride the Trans-Siberian Railway end to end? A: A nonstop journey takes approximately seven days, or roughly 146 to 152 hours depending on the specific train. Most travelers break the trip into stages over two to four weeks, stopping at cities like Yekaterinburg, Irkutsk, and Lake Baikal along the way rather than riding straight through.

Q: When was the Trans-Siberian Railway built? A: Construction began in 1891 under Tsar Alexander III and was completed in 1916, a 25-year project. Some western sections existed as separate regional railways before being incorporated into the unified trunk line, and the final major obstacle, an Amur River bridge near Khabarovsk, was not finished until the completion year.

Q: How many time zones does the Trans-Siberian Railway cross? A: Eight time zones, from Moscow in the west to Vladivostok on Russia's Pacific coast. Despite that span, Russian railway timetables run on Moscow time throughout the entire route, so passengers have to convert to local time manually at each stop.

Q: What is the second-longest train route in the world? A: Via Rail Canada's the Canadian, which covers 4,466 km (2,775 mi) between Toronto and Vancouver in roughly four days. Australia's Indian Pacific, at 4,352 km between Sydney and Perth, is a close third.

Q: Is the Trans-Siberian Railway used for freight or passengers? A: Primarily freight. The line is Russia's main land corridor connecting European Russia to Pacific ports and serves as a key artery for container traffic between East Asia and Europe, moving goods faster than all-sea shipping routes, even though its passenger service is what draws international attention.

The takeaway

The Trans-Siberian Railway holds its record for a simple structural reason: Russia is enormous, thinly populated across its middle, and connected end to end by one deliberately built trunk line rather than a patchwork of shorter routes. Its 9,289 km and eight time zones aren't just a travel curiosity, they are a direct expression of the country's geography and a 25-year engineering response to permafrost, extreme cold, and remoteness that no other rail project on Earth has had to solve at the same scale. Every other entry on this list, from the Nullarbor Plain to the Rocky Mountains, is a genuine record in its own right, but none of them had to cross a continent this wide to earn it.

Sources

• Encyclopædia Britannica — Trans-Siberian Railroad entry (history, construction timeline, route)
• Via Rail Canada — the Canadian route and distance documentation
• Journey Beyond Rail (operator of the Ghan and Indian Pacific) — official route distances and timetables
• Amtrak — California Zephyr route information

Last verified: July 2026

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