The metro driver's cabin is not just a workplace, but a high-tech control center, where every button and lever is responsible for the safety of thousands of passengers. Few ordinary subway users know what happens behind the closed doors of the cabin while the train rushes through the tunnels at speeds of up to 90 km/h. There is no room for mistakes here: not only the schedule, but also people’s lives depend on the driver’s reaction.
In this article we let's look at it in detail cabin design, we will talk about automation and manual control systems, and also reveal the nuances of the profession that are not written about in official instructions. You will find out why there is no gas pedal in the cabin, how the system works ALS-ARS (automatic locomotive alarm), and what the driver should do if the brake fails. The material was prepared taking into account the experience of Moscow, St. Petersburg and foreign metros - with an emphasis on modern train models "Oka", "Moscow" and "NeVa".
Design of the driver's cab: overview of consoles and instruments
Externally, the subway cabin looks compact, but inside it there are dozens of control elements. The main console is usually divided into three zones:
- 🔹 Central panel — the main controls are located here: the driver’s controller (analogous to the “gas handle”), door buttons, emergency toggle switches.
- 📊 Dashboard — displays with data on speed, pressure in the brake system, the state of the contact rail and alarm.
- ⚙️ Side panels — auxiliary switches (lighting, communication with the dispatcher, climate control control).
Particular attention is paid ALS-ARS system — it displays traffic light signals directly on the remote control, duplicating them with sound signals. For example, if ahead red signal, the system will automatically apply emergency braking if the driver does not react in time. On modern trains (eg "Moscow-2020") this system is integrated with driving — the computer itself adjusts the speed, but the final decision always remains with the person.
Fun fact: There is no traditional steering wheel or pedals in the cockpit. Control is carried out using driver controller (KM) - rotary handle with fixed positions. For example, in the model 81-717/714 The KM has 5 positions for moving forward and 3 for braking. And in the newest "Oka" controller replaced with joystick with touch control.
Safety systems: how the metro prevents accidents
The metro is one of the safest transport systems in the world, and this is largely due to its multi-level control systems. The main ones:
- Automatic blocking (AB) — they divide the track into block sections and do not allow two trains to be on the same section at the same time.
- Hitchhiking (ALS) — if the driver passes a prohibitory signal, the system urgently stops the train.
- Vigilance control (KB) — every 30–60 seconds the driver must confirm his functionality by pressing a button or moving the controller.
The Moscow and St. Petersburg metro uses a unique “driverless train operation” (DPBM) system on some lines, but even there there is always an operator on duty in the cab for emergency situations. For example, on Nekrasovskaya line trains run automatically, but the cabin is equipped with a button "Emergency stop", which instantly blocks all systems.
⚠️ Attention: If there is smoke in the tunnel, the driver is obliged to stop the train immediately, even if this disrupts the schedule. In such cases, the protocol works "ChS-Tunnel", and the train is evacuated according to a special scheme.
| Security system | Purpose | Trigger action |
|---|---|---|
| ALS-ARS | Traffic light control | Automatic braking to a complete stop |
| KB (Vigilance Control) | Checking the driver's reaction | Horn then emergency stop |
| AB (Auto-blocking) | Separation of block sections | Prohibition of movement into an occupied area |
| DPBM | Automatic driving | Switch to manual control in case of malfunction |
How to drive a subway train: step-by-step instructions
Driving a metro train is not only a skill, but also a strict algorithm of actions. Let's consider a typical driver's work cycle using the model as an example 81-717.5M:
Check the pressure in the brake system (normal: 4.5–5.0 kgf/cm²)
Activate the ALS-ARS system (button "On" on the remote)
Obtain permission from the dispatcher via radio communication
Close the doors and make sure there are no obstacles -->
1. Composition launch: The driver moves the controller to the position "T1" (first pull), and the train begins to move. The speed is regulated by switching positions on the KM - from T1 up to T5.
2. Speed control: The display shows the current speed and the permissible limit for this section. Exceeding more than 5 km/h results in automatic braking.
3. Stop at the station: 200–300 meters before the platform, the driver begins smooth braking (position "T" on the controller). Stopping accuracy is one of the key skills: it is ideal if the doors line up exactly opposite the markings on the platform.
4. Emergency situations: When triggered ALS or a signal from a passenger (button "Contact with the driver") the train stops, and the driver acts according to the emergency protocol.
On new trains "Moscow" Rear view cameras are installed, which help the driver monitor whether the doors are closed and that there are no jammed objects.
Requirements for metro drivers: who can drive the train
Becoming a metro driver is not as easy as it might seem. Strict requirements are imposed on candidates:
- 📋 Education: Secondary professional (specialty “Electric train driver”) or higher technical.
- 🩺 Medical commission: Absence of chronic diseases, ideal vision (glasses no more than ±3 diopters are allowed), test for psychological stability.
- 🕒 Experience: The minimum experience as an assistant driver is 1 year.
- 🧠 Exams: Theory (PTE - Technical Operation Rules), practice on a simulator, testing knowledge of metro maps.
Interestingly, in Moscow and St. Petersburg, drivers undergo monthly checks to be aware of changes in instructions. For example, after smoke incidents in 2023, fire protocols were tightened - now every driver must be able to use a fire extinguisher OP-4 and know the location of emergency exits at all stations on your line.
The salary of a driver depends on the length of service and region. In Moscow, a beginner specialist receives about 80–100 thousand rubles, and a machinist with more than 10 years of experience receives up to 150 thousand rubles. In St. Petersburg, salaries are 15–20% lower, but there are higher social guarantees (for example, free travel for the family).
⚠️ Attention: Subway drivers are not allowed to work more than 8 hours per shift. After 4 hours of continuous driving, a break of at least 30 minutes is required - this rule is enshrined in the orders of the Ministry of Transport.
Myths and reality: what really happens in the cockpit
There are many myths surrounding the profession of a driver. Let's look at the most popular:
- 🚇 "The drivers sleep in the cab" — lie. System KB will not let you fall asleep: if the driver does not confirm his vigilance, the train will automatically stop.
- 🎮 “Trains drive themselves, no driver is needed” — partly true. On lines with DPBM (for example, Butovskaya in Moscow) the trains are indeed controlled by a computer, but there is always an operator on duty in the cabin.
- 🚪 “Drivers can open doors on the move” — lie. The doors are locked at speeds above 5 km/h and can only be opened in emergency mode.
- 📵 “There is no mobile connection in the cabin” — true. Due to the shielding of the tunnels, the signal disappears, so communication with the dispatcher occurs through closed channels GSMR or Tetra.
Another common question: Why do drivers sometimes brake suddenly? The reasons may be different:
- 🛑 Trigger ALS due to a traffic light failure.
- 🚶 The passenger fell on the tracks (in this case, the driver is obliged to stop and report to the dispatcher).
- 🔥 Smoke in a tunnel or carriage.
What happens if the driver passes a red signal?
If the driver ignores the prohibiting signal, the system is activated ALS-ARS, which urgently brakes the train. After this, the composition is blocked until it is verified by the commission. The driver has been suspended and the incident is being investigated as a safety violation. In the history of the metro there are only a few such cases - the last one was recorded in St. Petersburg in 2019, when due to a failure in ALS The train ran through the red light, but there were no casualties.
The future of the driver's cab: automation and new technologies
Modern subways are actively introducing automation. Already today, in Moscow, Dubai and Singapore, lines operate without drivers, and only operators remain in the cabins for control. What does the future hold for the profession?
- 🤖 Full automation: By 2030, Moscow plans to switch to DPBM 5 more lines. This will reduce personnel costs, but will require retraining drivers into operators.
- 📡 5G and IoT: New trains (eg "Moscow-2026") are equipped with sensors that transmit real-time data on the condition of tracks and cars.
- 🔋 Energy efficiency: Regenerative braking systems are being introduced that return up to 30% of the energy to the grid when stopping.
However, experts agree that complete abandonment of drivers is unlikely. A person is still needed to make decisions in non-standard situations - for example, when evacuating passengers or troubleshooting problems. In addition, according to passenger surveys, the majority (68%) do not trust fully automated trains.
Even in the era of automation, the driver remains a key part of metro safety. His role will change, but there are no plans to completely eliminate humans from the train control process in the next 20 years.
FAQ: Frequently asked questions about the metro driver's cab
Is it possible for an ordinary passenger to get into the driver's cabin?
Officially, no. Access to the cabin is allowed only to metro personnel. However, sometimes there are excursions (for example, at the Moscow Metro Museum), where you can see the cabin simulator.
How long does it take to learn how to drive a subway train?
Training takes from 1.5 to 3 years: 6–12 months at a school or college + at least a year of internship as an assistant driver. After this, an exam is taken at the depot.
Why are there no female drivers on the subway?
This is a stereotype. Women drivers appeared in the Moscow metro back in the 1990s, and today they make up about 5% of the total number. The main limitations are physical stress (for example, hand braking on older model trains) and work schedule.
What to do if the driver loses consciousness in the cab?
In this case, the system is triggered KB (vigilance control) which stops the train. Passengers can use the button "Contact with the driver" or emergency brake (red handle in the carriage).
What is the maximum speed of a metro train?
In most Russian metropolitan areas, speed is limited to 80–90 km/h. However, in some areas (for example, between stations "Vykhino" and "Lermontovsky Prospekt" in Moscow) trains accelerate to 100 km/h.