The Trans-Siberian Railway
Building and Operating Nine Thousand Kilometres of Track
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The book explores how political upheaval shaped the line's development through war and revolution. Chapters cover the Russo-Japanese War's impact on construction, the Civil War's effects on operations, and World War II's challenges. Post-war developments include new shipping routes and the ambitious Baikal–Amur Mainline project that extends the railway further east.
Today's Trans-Siberian Railway serves as both a vital transport link and tourist attraction. The book details modern operations including crime issues on the line, shipping innovations, and Moscow's role in transportation planning. Travelers seeking to understand this engineering marvel will find this comprehensive guide essential reading.
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The Trans-Siberian Railway is most commonly known as the major transcontinental line that links cities across Russia, from Europe to Asia. Its route stretches 9,289 kilometers from Moscow to Vladivostok, crossing eight time zones. A full journey takes about eight days. At that length, it was the third-longest continuous rail service in the world, behind only the Moscow–Pyongyang line, which is 10,267 kilometers, and the former Kyiv–Vladivostok route, which at 11,085 kilometers was even longer. Both of those services follow much of the same path as the Trans-Siberian.
The Trans-Siberian Railway's primary line sets out from Moscow’s Yaroslavsky Vokzal, threading through Omsk, Novosibirsk, Krasnoyarsk, Irkutsk, Ulan-Ude, Chita, and Khabarovsk before reaching Vladivostok along southern Siberia. A second key route, the Trans-Manchurian, runs parallel to the main line east of Chita, extending as far as Tarskaya—roughly 1,000 kilometers beyond Lake Baikal. From Tarskaya, this branch moves southeast through China’s Northeastern provinces via the Harbin–Manzhouli and Harbin–Suifenhe rail lines, eventually rejoining the main route in Ussuriysk, just north of Vladivostok.
The third main route is the Trans-Mongolian Railway, which runs alongside the Trans-Siberian all the way to Ulan-Ude, on the eastern shore of Lake Baikal. From there, it heads south toward Ulaanbaatar and then turns southeast toward Beijing. In 1991, a fourth route was finally finished after more than fifty years of uneven construction. Called the Baikal–Amur Mainline, or BAM, this northern extension branches off the Trans-Siberian near Taishet, several hundred miles west of Lake Baikal. It passes by the lake’s northern tip, crosses the Amur River at Komsomolsk-na-Amure, and ends at Sovetskaya Gavan on the Tatar Strait.
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In the late 19th century, moving goods and people across Siberia was extremely difficult due to bad roads and limited transport options. Aside from the Great Siberian Route, there were very few roads suitable for wheeled vehicles. For about five months each year, rivers were the only reliable way to travel. Then during winter, when the rivers froze, people and cargo would use those same waterways as makeshift roads, moving on horse-drawn sledges.
In 1844, Nikita Myasnikov launched the first steamboat on the River Ob, named Osnova. But early attempts at steamboat shipping were slow to take off, and it wasn’t until 1857 that major development began on the Ob system. Steamboats followed later to the Yenisei in 1863 and to the Lena and Amur in the 1870s. While Western Siberia had good river connections, Eastern Siberia faced challenges. The Ob–Irtysh–Tobol–Chulym rivers were difficult to navigate, and the Yenisei’s upper Angara River had rapids that blocked travel. The Lena was mostly navigable only north to south, making west–east transport hard. An effort to build the Ob–Yenisei Canal didn’t work out well, leaving a clear need for a railway to connect the region.
After the Saint Petersburg–Moscow Railway opened in 1851, plans for railways in Siberia began to take shape. One of the earliest was the Irkutsk–Chita project, suggested by American entrepreneur Perry Collins and backed by Transport Minister Constantine Possiet. His goal was to link Moscow with the Amur River and eventually reach the Pacific Ocean. Governor Nikolay Muravyov-Amursky of Siberia wanted to push Russian settlement into the Far East, but his efforts were blocked because colonists were still relying on grain and food imports from China and Korea. It was Muravyov who initiated surveys for a railway in the Khabarovsk region.
Before 1880, the central government had largely overlooked railway projects in Siberia, citing weak local enterprises, a slow bureaucracy, and financial risk. By that year, many applications to build railways had been rejected or were pending, mostly aimed at connecting Siberia to the Pacific, not to Eastern Russia. This situation troubled the government, making it urgent to link Siberia with Central Russia instead. The planning process took ten years, during which not only the final route was decided, but also several alternative designs were considered.
The Trans-Siberian Railway line was split into seven sections, each tackled at the same time by around 62,000 workers. Financial support came from Baron Henri Hottinger of the Paris-based bank Hottinger & Cie. The project was initially estimated to cost £35 million, but the first section—stretching from Chelyabinsk to the River Ob—ended up costing £900,000 less than expected. Some railwaymen pushed back against ideas to cut costs, like using ferryboats instead of bridges over rivers, arguing that such shortcuts should only be considered once traffic picked up.
Unlike the private projects that had been rejected earlier and which aimed to connect existing cities, the Trans-Siberian Railway didn’t prioritize linking established settlements. To cut costs and prevent conflicts with landowners, planners chose to build the line outside of current towns. Near Tomsk, however, the swampy banks of the Ob River made building a bridge impractical, so that idea was also dropped.
The railway was built 70 kilometers to the south of the Ob River, bypassing Novonikolaevsk where it could have crossed the river; later renamed Novosibirsk, this decision meant the line did not go through the city. A separate branch line led to Tomsk, but it was a dead end, cutting off the city from potential transit traffic and trade that might have flowed through the main route.
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On March 9th, 1891, the Russian government made a bold decision, issuing an imperial rescript that announced plans to build a railway right across Siberia. The project was set in motion by Tsarevich Nicholas, who would later become Tsar Nicholas II. He officially began construction in Vladivostok on May 19th of that same year.
The Trans-Siberian Railway crossed Lake Baikal, which stretches more than 640 kilometers and reaches over 1,600 meters deep. Before the Circum–Baikal railway was built, train routes ended on both sides of the lake. To connect them, an ice-breaking train ferry named SS Baikal was constructed in 1897. A smaller ferry, SS Angara, was built around 1900. Together, these ferries made a four-hour journey across the water to link the two railheads.
Stepan Makarov, a Russian admiral and explorer who lived from 1849 to 1904, designed two river vessels called Baikal and Angara. But they weren’t built in Russia—they were constructed in Newcastle upon Tyne by Armstrong Whitworth. Each ship was disassembled into hundreds of numbered parts, shipped in kit form to Listvyanka, where a special shipyard was built just to reassemble them. Some components like the boilers and engines were made in Saint Petersburg and then transported there for installation. Baikal had 15 boilers, four funnels, and was 64 meters long; it could carry 24 railway coaches and one locomotive on its middle deck. Angara was smaller, with only two funnels.
The Circum-Baikal Railway was finished in 1904, which made the ferries unnecessary, but problems like derailments and rockfalls meant the ships were kept ready until 1916. During the Russian Civil War, the area around Baikal was destroyed, and the ferry there was burned out. The Angara ferry, however, survived. It has since been restored and is now permanently docked in Irkutsk, where it functions as both an office and a museum.
In winter, sleighs carried passengers and cargo across Lake Baikal until the completion of the spur line along its southern edge. When the Amur River Line was finished north of the Chinese border in 1916, it created a continuous railway from Petrograd to Vladivostok—the world’s second-longest rail line today. Electrification began in 1929 and wrapped up in 2002, which allowed train weights to double to 6,000 metric tons. Officials expected that electrification would boost rail traffic by forty percent.
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Beginning around 1869, Siberian agriculture started sending grain westward at low cost. This created economic pressure in Central Russia, which had just ended serfdom in 1861. To protect the central region from possible social unrest, the Tsarist government introduced the Chelyabinsk tariff-break in 1896. This policy placed a tariff barrier on grain passing through Chelyabinsk and another in Manchuria. The result was a shift in how exports were handled. Mills began producing bread from grain in areas like Altai Krai, Novosibirsk, and Tomsk, while many farms shifted to growing corn instead.
The railway quickly became packed with local shipments, especially wheat. From 1896 through 1913, Siberia exported an average of more than half a million metric tons of grain and flour every year. But during the Russo-Japanese War between 1904 and 1905, military trains heading east interrupted the regular flow of civilian cargo.
The construction of the Trans-Siberian Railway triggered a huge wave of movement, drawing in people from across Russia and Ukraine. From 1906 to 1914, the busiest years of this shift, around four million peasants traveled eastward into Siberia.
Historian Christian Wolmar argues that the railroad was a failure, built more for political gain than practical need, with poor planning and oversight. The costs were inflated to benefit greedy officials, and the project’s planners hoped it would encourage settlement, but the land in Siberia was too harsh and distant for that to happen. Very little development occurred beyond about 48 kilometers from the track. During wartime, the system proved too weak to handle heavy traffic, which is why the Japanese felt secure in their conflict with Russia in 1904. Wolmar concludes:
The Trans-Siberian Railway was built to a deficient standard throughout its length, with single track and only occasional passing loops. The permanent way was flimsy, using lightweight rails that broke easily, insufficient ballast, and ties often made from green wood that rotted within the first year. Small bridges were constructed from soft pine and also rotted quickly. Embankments were too shallow and narrow—sometimes just ten feet wide instead of the required sixteen—making them prone to washing away. The track featured steep gradients and tight curves that caused wheel flanges to wear out in as little as six weeks.
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In the Russo-Japanese War from 1904 to 1905, the Trans-Siberian Railway played a key role in Russia’s defeat. The line was single-track, which meant trains had to wait for opposing traffic to pass on crossing sidings. This slowed movement and limited how many troops or supplies could be sent at once. A train carrying wounded soldiers going west would delay another with fresh troops heading east. These supply problems left Russian forces short-handed while Japanese troops, with shorter lines of communication, were able to attack more effectively.
After the Russian Revolution of 1917, the Trans-Siberian Railway became a crucial lifeline during the Siberian Intervention of the Russian Civil War. The Czechoslovak Legion and allied forces who landed troops at Vladivostok used the line to support the White Russian government led by Admiral Alexander Kolchak, based in Omsk, as well as White Russian soldiers fighting the Bolsheviks on the Ural front. But the intervention was weakened and eventually defeated by partisan fighters who sabotaged the railway, especially in the region between Krasnoyarsk and Chita, blowing up bridges and sections of track.
Milan Rastislav Stefanik, a politician and leader of legions, made a journey from Moscow to Vladivostok in 1918, traveling between March and August of that year. He was heading toward Japan and the United States of America.
After the collapse of the imperial system, the Czechoslovak Legions found themselves among the last organized fighting forces in Russia. Using their discipline and the railway's infrastructure, they took control of vast stretches of track and territory. The armored trains they operated allowed them to dominate key sections of the Trans-Siberian Railway. This military advantage enabled them to carve out a temporary zone of influence before continuing their journey eastward toward Vladivostok, where many eventually made their way back to Czechoslovakia.
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During World War II, the Trans-Siberian Railway became vital for supplying the nations at war in Europe. From 1939 to 1941, it provided rubber to Germany through the USSR-Germany pact. When Germany’s merchant shipping was cut off, the railway—along with its Trans-Manchurian branch—connected Germany and Japan, especially for rubber. By March 1941, around 300 metric tons of rubber a day traveled along the Trans-Siberian Railway toward Germany.
While the Trans-Siberian Railway was being used by Nazi sympathizers, like pro-Nazi ethnic Germans from the Americas who traveled to Germany until June 1941, others found their way out of Europe using the same route. A number of Jews and anti-Nazis escaped across Siberia, including the mathematician Kurt Gödel and Betty Ehrlich Löwenstein, mother of actor Heinz Bernard. They made their way to Vladivostok, then took ship to the United States. Thousands were able to make this journey thanks to Curaçao visas issued by Dutch consul Jan Zwartendijk and Japanese visas from Japanese consul Chiune Sugihara in Kaunas, Lithuania.
After June 22, 1941, when Germany invaded the Soviet Union, the situation changed. That move cut off the USSR’s only reliable trade route to Japan. So instead, Germany had to rely on fast merchant ships and later large oceanic submarines to get around the Allied blockade. At the same time, the USSR began receiving Lend-Lease supplies from the United States. Even after Japan entered the war against the U.S., despite German complaints, Japan usually let Soviet ships pass unmolested between the U.S. and Vladivostok. As a result, the Pacific Route—going through the northern Pacific Ocean and the Trans-Siberian Railway—became the safest way for goods to travel from America to the Soviet Union.
The Trans-Siberian Railway carried as much freight as both the North Atlantic–Arctic and Iranian routes combined during the war, though the cargo was limited to raw materials and non-military goods. From 1941 to 1942, it played a key role in moving Soviet industries from European Russia to Siberia, as German forces advanced. The railway also transported Soviet troops westward from the Far East, helping them join the counter-offensive that began in December 1941.
In 1944 and 1945, the Trans-Siberian Railway played a key role in preparing for the Soviet–Japanese War that began in August 1945. During a visit by an Anglo-American delegation to Moscow in October 1944, General Antonov and Stalin himself told Alanbrooke that the railway could handle 36 pairs of trains per day, though only 26 of those were reliable for military use. Each train had the capacity to carry between 600 and 700 tons.
While the Japanese believed an attack would not happen until spring 1946, Stavka had already prepared for an offensive in mid-August 1945. They kept secret the assembling of ninety divisions, moving many of them across Siberia by vehicle rather than rail to prevent overloading the railway system.
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In 1969, during a border conflict between China and the Soviet Union, the Soviet government recognized a strategic weakness: the Trans-Siberian Railway ran close to the shared China-Russia border. This geographic reality made the railway vulnerable in case of war.
A trainload of containers can travel from Beijing to Hamburg using the Trans-Mongolian and Trans-Siberian routes in about 15 days, though typical cargo transit times are much longer. One report noted that shipping from Japan to major destinations in European Russia usually took around 25 days.
In 2009, a report showed that cargo trains traveling from Russia’s Pacific ports to its western border took about twelve days, covering around 900 kilometers per day at a top speed of eighty kilometers per hour. But Russian Railways soon introduced a new plan called "Trans-Siberian in Seven Days." The company said they would invest eleven billion dollars over five years to cut the travel time for goods trains across the full 9,000 kilometers to just seven days. By 2010–2012, the goal was to raise speeds to ninety kilometers per hour, and possibly up to one hundred kilometers per hour by 2015, allowing trains to move as far as fifteen hundred kilometers each day.
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The criminals exploited a gap in security at the border between China and Mongolia. Chinese police would step off the train before it crossed into Mongolia, but Mongolian police never boarded to take their place. Russian authorities didn’t board until the train had already been traveling through Siberia for a full day. During that time, there was no effective oversight or protection on the trains. Criminals with knives, sticks, and cattle prods faced no real resistance.
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On January 11, 2008, a group including China, Mongolia, Russia, Belarus, Poland, and Germany came together to plan a new cargo train route stretching from Beijing all the way to Hamburg. This collaboration marked a major step forward in international rail freight, linking Eastern and Western Europe through the vast network of the Trans-Siberian Railway. The agreement laid the groundwork for a long-distance shipping service that would carry goods across thousands of kilometers of track, connecting major economic centers across three continents.
The Trans-Siberian Railway cuts delivery time for containers to about a third or half of what a sea voyage requires. In late 2009, it introduced a 20 percent drop in container shipping prices. Under that same rate schedule, a forty-foot container bound for Poland from Yokohama would cost $2,820, while the price from Busan was $2,154.
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The Trans-Siberian Railroad reaches its highest point at Yablonovy pass, standing at 1,070 metres above sea level. This location sits within the Yablonoi Mountains in Transbaikal, primarily in Zabaykalsky Krai, deep in Siberia, Russia. The railway crosses these mountains near Chita and runs parallel to the mountain range before passing through a tunnel to avoid the steep terrain.
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Overview
The Baikal–Amur Mainline, or BAM, is a broad-gauge railway spanning 4,324 kilometers across Eastern Siberia and the Russian Far East. It runs roughly 610 to 770 kilometers north of the Trans-Siberian Railway, running parallel to it. The Soviet Union constructed the line as a strategic alternative, especially because parts near China’s border were considered vulnerable. The project cost $14 billion and used specially built tracks to withstand permafrost conditions. In 1974, Soviet leader Leonid Brezhnev called it “the construction project of the century.” If the permafrost beneath the tracks melts, the railway could sink into unstable boggy ground. Reports from 2016 and 2018 highlighted damage to infrastructure caused by thawing permafrost.
Route
The Baikal–Amur Mainline starts at Tayshet, branching from the Trans-Siberian Railway, and flows past Severobaikalsk on Lake Baikal, then through Tynda and Khani before crossing the Amur at Komsomolsk-on-Amur and ending at Sovetskaya Gavan on the Pacific Ocean. It crosses the Angara at Bratsk and the Lena at Ust-Kut, with 21 tunnels stretching 47 kilometers and over 4,200 bridges covering more than 400 kilometers. Only the 1,469-kilometer section from Tayshet to Taksimo is electrified, using 27.5 kV overhead lines at 6.5 meters high to allow double-stacked freight cars. At Tynda, the Amur–Yakutsk Mainline connects, heading north toward Neryungri and Tommot, with a new link to Nizhny Bestyakh opened in 2019. Passenger trains run from Moscow to Neryungri and Tommot, while daily trips operate from Tynda to Komsomolsk-on-Amur and onward to Sovetskaya Gavan via Vanino. Travel takes 48 hours from Tayshet to Tynda, 36 hours from Tynda to Komsomolsk-on-Amur, and 13 hours from there to the sea. Notable tunnels include the Severomuysky at over 15 kilometers and the Baikalsky at nearly 6.7 kilometers. The line crosses eleven major rivers including the Lena, Amur, Zeya, Vitim, Olyokma, Selemdzha, and Bureya, with a total of 2,230 bridges built along its path.
Early plans and start of construction
The Baikal–Amur Mainline, the route of today’s BAM, was first considered in the 1880s as a possible eastern extension of the Trans-Siberian Railway. In the 1930s, prisoners from the Gulag system, especially those in the Bamlag camp, built the section between Tayshet and Bratsk. For a brief time, from 1933 to 1935, the name BAM referred to a different project — doubling the Trans-Siberian line east of Lake Baikal, also built largely with forced labor. By 1945, plans were finalized to upgrade the BAM for diesel or electric trains instead of steam, and to handle heavier loads from new oil fields in Western Siberia. The redesign took twenty-five years and involved three thousand surveyors and engineers, with most of the detailed work done between 1967 and 1974.
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Overview
Overlanding is a kind of travel where people rely on their own resources to explore remote places, and the trip itself is what matters most. It’s usually done using vehicles built for rough terrain—like bikes, jeeps, or trucks—and often involves camping as the main way to sleep. These journeys can last for months or even years, and they often cross borders between countries. The focus isn’t just on getting to a destination, but on the experience of moving through wild and distant landscapes.
History
Overlanding, an Australian term for long-distance livestock transport, evolved into a modern pursuit using four-wheel-drive vehicles from the mid-1900s onward. In the 1940s and 1950s, Len Beadell built roads across the Outback, many still named after him, like the Anne Beadell Highway. Early pioneers traveled in basic trucks; in the 1920s, the Weston family crossed Africa in a converted US Commerce truck, a journey documented and now preserved in a museum. In 1949, Colonel Leblanc drove a new Land Rover from the UK to Abyssinia. The Automobile Association of South Africa published Trans-African Highways, a guide for such journeys. Barbara Toy made solo trips in Land Rovers, including one from Tangier to Baghdad in 1951–52. The Oxford and Cambridge Far Eastern Expedition also traveled overland to Singapore in Land Rovers during 1955–56. One of the most documented journeys was by Horatio Nelson Jackson in 1903. In 1954, Helen and Frank Schreider drove and sailed from Alaska to Ushuaia in a sea-going jeep. The Overlanding Association was formed in 2015 to support overlanders in Europe.
Modern overlanding
Overlanding has become increasingly popular in recent years, with the Camel Trophy event, running from 1980 to 2000, helping to boost its appeal through demanding routes across difficult landscapes. Today, overland groups often gather, including a yearly meeting in Ushuaia held at Christmas. The internet has made researching and planning trips overseas much easier, with online forums where travelers exchange advice and organize journeys. While some companies produce vehicles designed for overlanding, many enthusiasts see vehicle preparation as a key part of the adventure. Countries like the U.S., South Africa, and Australia have developed strong industries around overland travel gear.
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Air
Moscow is served by four main commercial airports: Sheremetyevo, Domodedovo, Zhukovsky, and Vnukovo. Sheremetyevo handles the most international flights, about sixty percent of all foreign passenger traffic. Domodedovo leads in total passenger numbers and serves as the main hub for long-haul domestic routes and destinations in the former Soviet Union, with international traffic nearly matching that of Sheremetyevo. The other airports focus more on regional and CIS flights. Each airport lies at a different distance from Moscow’s MKAD: Domodedovo is twenty-two kilometers out, Vnukovo eleven, and Sheremetyevo just ten. There are also smaller facilities like Myachkovo, used mainly for private jets, helicopters, and charter services.
Water
Moscow’s river transport includes two passenger terminals, the South and North River Terminals, with regular cruises along the Moskva and Oka rivers mostly for entertainment. The North River Terminal, built in 1937, serves as the main hub for long-distance river routes. There are also three freight ports in the city. In June 2023, Moscow began operating electric year-round river trams.
Metro
The Moscow Metro, famous for its art and ornate design, opened in 1935 with just two lines. Today it has grown to fifteen lines, with 271 stations mostly underground. Some of its stations are among the deepest in the world; Park Pobedy, finished in 2003, goes down 84 meters. Maryina Roscha has the longest escalators in Europe, rising 64.5 meters over a length of 130 meters. The system carries more than nine million passengers every day and is one of the busiest in the world. Moscow is planning further expansion to meet growing transportation needs.
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