Moscow Metro

Moscow Metro
Metro1935 · Public domain · source
Name	Moscow Metro
Locale	Moscow, Russia
Transit type	Rapid transit
Began operation	15 May 1935
Lines	17
Stations	275
Ridership	~6 million daily (2023)
Track gauge	1520 mm
Operator	Moskovsky Metropoliten
Website	mosmetro.ru

Moscow Metro. It is the busiest rapid transit system in Europe and one of the world's deepest, serving the capital of Russia. Opened in 1935, the network is renowned for its opulent Stalinist station designs, often described as "palaces for the people." Operated by the state-owned Moskovsky Metropoliten, it is a critical component of the city's infrastructure, with extensive expansion plans continuing into the 21st century.

History

The system's first line opened under the direction of Lazar Kaganovich, connecting Sokolniki to Park Kultury. Its construction was a monumental project of the First Five-Year Plan, symbolizing the industrial might of the Soviet Union. During the Great Patriotic War, stations like Mayakovskaya served as air-raid shelters and the site of a historic address by Joseph Stalin. Post-war expansion under architects like Alexey Dushkin saw the creation of the iconic Ring Line, completed in 1954. The late Soviet era, under leaders like Leonid Brezhnev, focused on functional expansion to new residential districts like Bibirevo. Since the dissolution of the Soviet Union, major projects have included the Moscow Central Circle and the Bolshaya Koltsevaya Line, overseen by Sergei Sobyanin and Moscow City Hall.

Network and stations

The network consists of seventeen lines, including the classic Sokolnicheskaya Line, the circular Koltsevaya Line, and newer additions like the Solntsevskaya Line. It interchanges with surface transport systems such as the Moscow Central Circle, the Moscow Monorail, and the Moscow Central Diameters. Key interchange hubs include Komsomolskaya, with its grand hall designed by Alexey Shchusev, and Biblioteka Imeni Lenina. The system serves major landmarks like the Kremlin, VDNKh, and Luzhniki Stadium. Stations are famously deep; Park Pobedy on the Arbatsko-Pokrovskaya Line boasts some of the longest escalators globally, descending to the Arbatskaya platform level.

Operations and service

It operates from approximately 5:30 a.m. to 1:00 a.m., with an average headway of 90 seconds during peak hours on core lines. Fares are collected via the unified Troika card, which is also valid on the Moscow Central Circle and Moscow Tram network. The system is integrated with the Russian Railways network at stations like Kiyevsky railway station. Security is managed by the Moscow Police and monitored extensively via CCTV. During major events at venues like Olimpiyskiy Stadium or VTB Arena, special service patterns are implemented. The operational control center is a key facility for managing the vast fleet and infrastructure.

Architecture and design

The architecture is celebrated globally, with 48 stations designated as cultural heritage sites. Early stations like Kropotkinskaya, designed by Alexey Dushkin, and Ploshchad Revolyutsii, with sculptures by Matvey Manizer, exemplify the socialist realist style. The post-war "Stalinist Empire" style culminated in stations on the Koltsevaya Line such as Novoslobodskaya, famed for its stained glass by Pavel Korin. Later eras introduced modernist designs, seen at Tverskaya, and high-tech elements at newer stations like Savelovskaya. The system's distinct "M" entrance portals and ornate chandeliers, like those at Mayakovskaya, are iconic symbols of the city.

Rolling stock and technology

The rolling stock primarily consists of trains manufactured by Metrovagonmash, based at depots like Izmaylovo Depot. The current workhorse models are the 81-717/714 and the newer 81-765 "Moscow" series. The system uses a 1,520 mm Russian gauge and a 750 V DC third-rail for power supply. Signalling has evolved from traditional Automatic block signaling to advanced systems like CBTC, enabling high-frequency operations. Deep-tunnel construction has often utilized shielded tunneling methods, particularly for lines beneath the Moskva River. Future technological initiatives include testing fully automated trains and further integration with the Moscow Intelligent Transport System.