The Moscow Metro is considered one of the busiest and most technically complex transport systems in the world. Every day, the services of the subway are used by millions of passengers who do not even think about what a colossal work is behind the uninterrupted transportation of people. One of the most common questions that arises among statisticians and engineers is the question of the exact number of rolling stock in operation.
The answer to it is not as simple as it may seem at first glance, because the park is constantly updated, old models are written off, and new ones come to the line with enviable regularity. Total number of wagons It is calculated in thousands of units, and the exact number changes literally every month. In this article, we will take a detailed look at the structure of the park, look at the basic models and try to understand the scale of logistics required to service such a giant.
It is worth noting that official statistics often operate on the number of cars, not entire trains, as the coupling can vary depending on the line and time of day. Mobile train It is distributed to different depots, each of which is responsible for its own area of work and type of equipment. Understanding these processes allows you to better assess the reliability of the entire system.
Park size and general statistics
If we consider dry figures, the Moscow metro park is one of the largest in the world. The depot is currently being stored and maintained more 5,000 wagons. This figure includes both active trains that go on line daily, and backup, as well as those that are in scheduled repairs. This number is necessary to ensure the intervals of movement during rush hour, which on some lines are less than 90 seconds.
It is important to understand that the concept of "train" in the subway is often conditional. Usually, the composition is formed from several cars, linked together. On different lines, the number of cars in a train may differ: somewhere it is a standard 6 or 8 cars, and on new lines, such as the IDC or BCL, longer trains are used. Precise configuration It depends on the length of the platforms at the station.
⚠️ Attention: The numbers for rolling stock are dynamic. They vary depending on the schedule of purchases of new models and the decommissioning of old series, so it is worth relying on average official data.
For clarity, consider the distribution of types of cars in the overall structure of the park. The data is presented in the table below, showing the dominance of certain series.
| Type of wagon | Approximate number (s) | Status of operation |
|---|---|---|
| "Moscow" series | ~2500 | Main Work Park |
| The Oka series. | ~1200 | Actively used |
| Rusich series. | ~800 | Light metro and new lines |
| Series "Ezh3" and modifications | ~300 | Decommissioned |
As can be seen from the table, the lion’s share is made up of modern models, but old time-tested cars can still be found in some areas. Park renewal It is a continuous process that requires huge financial investments and coordination of the production plants.
Main rolling stock models
The variety of models in the Moscow metro is impressive. Here you can find both veterans who remember Soviet times, and the latest developments of domestic engineering. The most popular and recognizable model in recent years was the series. "Moscow". These cars are distinguished by a modern design, improved air conditioning system and the possibility of through passage between cars, which significantly increases the comfort of passengers.
Another popular series is "Okay.". These trains run on many lines and have proven themselves as a reliable workhorse. They are slightly inferior to the Moscow series in terms of comfort, but remain an important element of the transport system. We also cannot forget the series. "Rusich."Originally designed for light metro lines with less passenger traffic, it is now found on the main branches.
- 🚇 "Moscow" series: equipped with a through passage system, USB charging and improved noise insulation.
- 🚃 The Oka series.: classic layout, high reliability, proven years of operation.
- 🚋 Rusich series.Lightweight construction, ideal for lines with frequent stops.
- 🚅 "Moscow 2020" series: the latest modification with increased capacity and modern security systems.
Each model has its own technical features and maintenance requirements. Depot engineers must be qualified to work with different types of electrical equipment and mechanics. Maintenance It is strictly regulated, which guarantees traffic safety.
Life cycle of a subway car
The journey of the car from the factory to the write-off is a long history that lasts for decades. After manufacturing at the plant (for example, Mytishchinsky Machine-Building Plant), the new car is run-in. Only after successful completion of all tests, it enters the depot for passenger transportation. Average service life The modern metro car is about 30-40 years, subject to major repairs.
During its life cycle, the car undergoes several types of repairs. There are ongoing repairs that are performed daily or weekly, and major repairs that are carried out every few years. During the overhaul. rolling stock In fact, it is disassembled to the ground: electrical equipment is replaced, trolleys are moved, the cabin is updated.
What happens to the cars after they are decommissioned?
Some of the cars are transferred to other cities (for example, to Nizhny Novgorod or Samara), some are sent for scrap metal, and some become museum exhibits or are used for training staff and filming.
When the car is completely exhausted, it is decommissioned. This is a complex process that requires documentation and recycling of materials. Modern ecological processing of up to 95% of the materials of the old car. Recycling It is carried out in specialized enterprises.
⚠️ Note: Operation of wagons beyond the regulatory period without major repairs is strictly prohibited by the rules of technical operation.
Logistics and depot distribution
The Moscow Metro is divided into many lines, each of which is served by one or more depots. The depot is not just a garage for trains, it is a full-fledged repair and maintenance plant. There are hundreds of specialists here: from mechanics to electricians and washers. Distribution of composition This is done so that there are enough reserve trains on each line.
The logistics of moving trains between depots and lines is a separate science. Trains can be distilled along connecting branches that are not visible to ordinary passengers. These tunnels allow the rolling stock to be transferred from one line to another or sent to a depot for repairs. Connecting branches These are the arteries that link the whole system together.
- 🏭 PM-1 Falcon: one of the oldest depots, serves the Zamoskvoretskaya line.
- 🏭 PM-2 Falcon: specializes in the maintenance of new series of cars.
- 🏭 PM-12 Novogireevo: serves the Kalinin line and part of Nekrasovskaya.
- 🏭 PM-17 Printers: one of the largest and most modern depots in Europe.
At night, when the metro is closed to passengers, the depots turn into noisy workshops. This time is being held night-sludge Technical inspection of each car that enters the line during the day. No train can enter the line in the morning without a night check.
☑️ Night check of subway car
Records and interesting facts
The Moscow metro holds many records. For example, it was here that the world’s first self-driving trains (albeit with a driver in the cab) were launched. The number of trains simultaneously in motion during rush hour is in the hundreds. Traffic interval 90 seconds on the ring line is an achievement that is not possible for every subway in the world.
In Moscow there are special "golden" trains that are used for transportation of VIP-persons or excursions. They don't get on the line in normal mode. Also in the park there are special technical trains: track gauges, cars-laboratories, contact-battery electric locomotives for working in tunnels without a contact wire.
If you want to see rare models of trains, follow the announcements of excursions in the subway - sometimes organized trips on retro trains or new models before they go on the line.
Another interesting fact is about the color. For a long time, all cars had a standard gray or white-blue color. However, with the advent of new models, the color scheme has become more diverse. Design of wagons It is now designed with the passenger psychology and the overall style of the lines in mind.
Future of rolling stock
The development of the metro does not stand still. The plans include a full transition to cars with a through passage, which will increase the capacity of trains by 10-15% without increasing their length. There are also developments in the field of artificial intelligence, which will help the driver or take over the entire management of the train.
Particular attention is paid to energy efficiency. The new models consume less electricity due to regenerative braking when braking energy is returned to the grid. Environmental friendliness Transportation is becoming the number one priority.
⚠️ The introduction of fully automatic trains without a driver in the cabin in Moscow is not planned yet due to high passenger traffic and safety requirements.
In the future, we may see even quieter and more comfortable trains. Engineers are working on new materials for wheel pairs that will reduce noise in tunnels. Technological progress It makes the subway journeys more enjoyable.
The main goal of modernizing the fleet is not only to increase the number of trains, but also to increase the comfort, safety and energy efficiency of transportation.
Frequently Asked Questions (FAQ)
How many lines are there in the Moscow metro and how many depots are there?
At the moment, there are more than 15 lines in the Moscow metro (not counting the MCC and the IDC). They're served by about 20 depots. Each line is usually assigned to a specific depot, but there are exceptions when the depot serves sections of different lines or several depots work on one very long line.
Are old cars being transferred to other cities?
Yes, it's a common practice. When E-series cars or earlier versions are written off in Moscow, they are often overhauled and sent to work in the metros of other cities of Russia and CIS countries, where rolling stock requirements may differ or where the fleet is updated more slowly.
Can a subway driver sleep in the cabin?
No, it's strictly forbidden. The driver’s cab is equipped with an attention control system (the so-called “dead hand” or safety pedal). The driver must constantly confirm his attentiveness by pressing the pedal or button. Otherwise, the train will automatically stop.
What is the maximum speed of a subway train in the tunnel?
The design speed of most modern cars of the Moscow metro is about 90 km / h. However, in operating conditions with frequent stops, the average commercial speed is much lower and is about 40-45 km / h, taking into account the time at the parking lot in the doors.
Why did the new trains have a pass through?
The through passage (as in the trains of the Moscow series) allows passengers to be evenly distributed throughout the train. This reduces the stampede at the doors at central stations and speeds up the boarding and disembarking process, which is critical to keeping the rush hour schedule on track.