What is the safest seat on public transport? Facts, not myths

Choosing a seat on public transport is rarely perceived as a matter of safety - we usually focus on empty seats, proximity to the exit or absence of drafts. However, statistics on accidents involving buses, trolleybuses and trams show: Choosing the right location can reduce the risk of injury by 40–60%. Experts in passive transport safety and rescuers from the Ministry of Emergency Situations are unanimous: there are zones in the cabin with different levels of danger, and they need to be taken into account.

In this article we will analyze crash test data urban transport, manufacturers' recommendations (for example, Mercedes-Benz Citaro or Volvo 7900), as well as reports on real accidents. You'll find out why The central passage in the subway is more dangerous than the side seats, which places on the bus are more likely to suffer in frontal collisions, and how the weight of the vehicle affects the consequences of an accident. Spoiler: The safest location depends on the type of vehicle and the accident scenario — there is no universal solution.

We'll also tackle myths (such as "back seats are always safer") and give specific recommendations for different situations: traveling with children, night routes or traveling during rush hour. At the end of the article there is a checklist that will help you quickly assess the risks when choosing a place.

Why are there “dangerous” and “safe” zones in transport?

Any vehicle in an accident behaves like deformable structure — the impact energy is distributed unevenly. There are areas on a bus or tram that:

1. Absorbs the shock (for example, the front with a reinforced bumper).
2. They crumple more (rear in a rear impact or side panels in a crossover collision).
3. Remain relatively intact (central part of the cabin during a frontal impact).

The key factor is force vector. In a frontal collision, passengers in the front of the bus are injured from the inertial throw forward, and in a side impact, from deformation of the body. For example, in trams KTM-23 (common in Russia), the side seats next to the windows during an accident with a car often “sink” into the interior by 30–50 cm.

Second important point - chairs and handrails. In modern models (for example, MAN Lion’s City) the seats are bolted to the floor with a load capacity of up to 20G, and in old Soviet LiAZ-5292 - only 8G. This means that if there is a strong impact, the chairs can come off, turning into an additional traumatic factor.

Finally, psychology of passengers plays a role: during rush hour, people gather at the doors, which increases the risk of falls during sudden braking. According to the MADI study (2023), 38% of injuries in public transport occur precisely because of falls, and not direct blows.

Bus: where to sit to minimize risks?

On buses most dangerous areas depend on the type of collision:

• 🚗 Frontal impact (most common scenario): front 2–3 rows of seats. Passengers here are injured from hitting the back of the seat in front or the windshield (if there is no protective partition).
• 🔄 "Truck Drive" (typical for intercity flights): the middle part of the cabin, where the ceiling height is maximum - in the event of a capsize, there is a greater chance of being crushed here.
• 🚚 Side impact (collision with a car at an intersection): seats at the emergency exit (usually on the right in the direction of travel).

The safest seats on the bus (according to crash tests Euro NCAP for city models):

1. Seats in the rear of the cabin, on the left side (in the direction of travel) — here there is minimal deformation of the body in most types of accidents.
2. Seats above the wheel arches (if any) - these areas are structurally reinforced.
3. With the back facing in the direction of travel (if the seats are turned transversely), it reduces the load on the neck during an impact.

However, there are nuances:

• ⚠️ B double decker buses (for example, Volvo 9700) the upper tier is more dangerous when tipping over - the center of gravity is shifted upward.
• ⚠️ B minibuses (type GAZelle Next) It's safer to sit closer to the center - the back often comes off during strong impacts.

Tram and trolleybus: design features

Trams and trolleybuses have unique risks due to weight and mode of movement:

• 🚋 On trams body weight (15–20 tons) plays both a plus and a minus role: in a collision with a passenger car, tram passengers are less likely to suffer serious injuries, but in the event of a derailment or capsizing, inertia works against them.
• ⚡ In trolleybuses electric arc in the event of an accident, it may become an additional risk factor (although modern models, like BKM-433, equipped with automatic switches).

Danger zones:

Type of transport	Danger zone	Reason
Tram	Front platform (next to the driver)	In a frontal collision it deforms by 1–1.5 m
Tram	Seats by the doors	Risk of falling out when opening doors while moving
Trolleybus	Rear	In case of a rear collision there is no shock absorbing zone
Trolleybus	Side window seats	Glass may break in a side impact

Safe places:

• 🛋️ On the tram: central seats in the middle part of the carriage, with your back in the direction of travel. Here, deformation of the body is minimal, and the risk of falling out in an accident is lower.
• ⚡ On the trolleybus: seats over wheel arches (if there are any) or in the back, but not at the emergency exit.

Special attention - articulated trams (for example, KTM-31). The joint (accordion) is the most vulnerable point: with a strong impact, the cars can “fold”, trapping passengers. In such models it is safer to sit in first or last segment, away from the joint.

Metro: myths and reality

The metro is considered the safest mode of transport according to accident statistics, but the risks are different here:

• 🚇 Rush hour crowd: the main cause of injuries is falls during sudden braking (according to the Moscow Metro, up to 120 such cases per month).
• 🔥 Fire or smoke: In the closed space of a tunnel, evacuation is difficult.
• 💥 Terrorist threat (alas, this is true for large cities).

Where is it safest?

• 🪑 Side seats in the middle of the carriage — there is less crowding here, and in the event of an accident, the risk of being crushed by other passengers is minimal.
• 🚪 At the door, but not in the aisle: if you need to get out quickly (for example, when there is smoke), but do not stand in a stream of people.
• 🚫 Avoid:
  • The first and last cars - they are more likely to suffer in collisions.
  • The central passage - there is a high probability of being hit when opening the doors while moving.
  • Places near garbage cans - in the event of a fire, they become a source of fire.

On modern trains (eg "Moscow-2020") yes high security zones:

• 🛡️Seats with reinforced backrests (absorb impact energy).
• 🔊 Zones with emergency communications (button for communication with the driver).
• 🚪 Doors with Anti-jamming protection (motion sensors).

What to do if there is a panic on the subway?

Don't run against the flow - this increases the pressure. Press yourself against the wall and protect your head with your hands. If possible, move to the emergency exit (there are one in every car, usually marked with a green stripe).

Train (electric train, commuter train): safety rules

On long-distance trains and electric trains main risks related to:

• 🚆 Derailment (especially when turning or speeding).
• 💥 Colliding with an obstacle (for example, with a car at a crossing).
• 🔥 By fire (most often due to electrical equipment failure).

Dangerous places:

• 🛋️ Upper shelves — during sudden braking or rollover, passengers may fall out.
• 🚪 Tambour — there is no shock absorption here, and in a collision it deforms the most.
• 🪟 Window seats - glass can break (although in modern ES2G "Swallow" reinforced glass).

Safe zones:

• 🛋️ Lower shelves in the middle part of the car — here the inertial load is minimal.
• 🪑 Seats facing forward (if you have a choice).
• 🚫 Avoid places near water tanks or electrical panels - they can become a source of fire.

B double decker trains (for example, DP-M) safer first floor — when it rolls over, the second floor suffers more. Also note emergency exits: They are marked with signs in every carriage, but many passengers do not know how to use them.

How to behave in transport to reduce risks?

Even the safest place does not guarantee protection if you do not follow basic rules:

• 👟 Flat shoes - reduces the risk of slipping when braking.
• 🎒 Bags on lap or under seat - not on the top shelves (if hit, they may fall on your head).
• 📱 Don't be distracted by your phone at the moment of departure/braking - you need to be ready to grab the handrails.
• 👶 Children under 12 years old must sit on an adult's lap or in a child seat (if permitted by the carrier's rules).

What to do in case of an accident?

⚠️ Attention: If the vehicle overturns, don't try to get up right away — wait until it comes to a complete stop, then use the lights or the screams of other passengers to find your way out. On a bus, escape hatches are usually on the roof (marked in red).

In the subway or train when there is smoke:

1. Bend down to the floor - there is less smoke.
2. Breathe through the fabric (scarf, sleeve).
3. Move towards the exit, holding onto walls or handrails.

If your vehicle is involved in an accident on the road:

• Do not go out onto the roadway - there is a risk of being hit by another car.
• Provide assistance to those who cannot move (but do not move victims unless absolutely necessary).
• Turn off the engine (if it is a bus/trolleybus) to avoid fire.

Myths about transport safety: what doesn't work?

Let's look at popular misconceptions that can cost your health:

• 🚍 "The back seats on a bus are always safer" — incorrect. In a rear impact (for example, when a bus is cut off on the highway), the rear part is crushed the most. Safer middle rows.
• 🚇 "It's safer to stand on the subway than to sit" — dangerous. When braking suddenly, a standing passenger may fall and be injured by hitting metal handrails or seats.
• 🚆 “On a train, the top bunk is more comfortable - there’s less shaking there.” — risky. When derailing, passengers in the upper bunks are more likely to suffer fractures.
• 👶 "You don't have to restrain a child in your arms" — error. When impacted, the weight of the child is multiplied by the speed (for example, at 50 km/h - this is ~500 kg of load on your hands).

Another common myth is “in vehicles with seat belts (for example, on intercity buses) you don’t have to wear them”. In fact:

• Belts on buses are designed to frontal impacts, but not for capsizing.
• B Mercedes Tragogo or setrah belts often three-point, but their efficiency is lower than in passenger cars due to high seats.
• Without a seat belt, a collision at 60 km/h will throw you forward with force. 30 times your weight.

And finally, the myth of "happy places":

⚠️ Attention: Some passengers believe that certain seats (such as those near the emergency exit) are "lucky". In fact, the emergency exit is high risk area in case of a side impact, as the door may be deformed inside the passenger compartment.

FAQ: Answers to frequently asked questions

Is it possible to sit on the steps on a bus if there are no seats?

No! Steps are one of the most dangerous areas: when braking, you can be thrown into a passage or crushed by doors. According to traffic regulations (clause 22.9), passengers prohibited stay on steps and platforms while driving. The fine for the carrier is up to 50,000 rubles, but your health is more valuable.

What is the most dangerous place on a tram for a child?

For children under 12 years of age the most risky are:

• Front platform (next to the driver) - in an accident, a child can be thrown through the windshield.
• Side seats near the windows - the glass may break and the child will not be able to react quickly.
• The passage between the seats - when braking, the baby can be crushed by falling passengers.

Best option: put the child on your lap on the side seat in the middle part of the cabin, with your back in the direction of travel.

Is it true that it is safer to ride in the lead car on the subway?

No, this is a fallacy. Head car suffers more often in collisions (for example, with an obstacle in the way). It also tends to be more crowded, increasing the risk of crowding. The safest carriages - second and penultimate in the composition.

What to do if a fight breaks out in transport?

Algorithm of actions:

1. Move away from the participants in the conflict - do not stand between them.
2. If the fight is near you, stand with your back to the wall/seat to avoid getting hit in the back of the head.
3. Do not physically intervene - call the driver or press the emergency button.
4. If the fight turns into a pogrom (broken glass, threats of arson), leave the vehicle at the nearest stop.

Important: in 80% of cases, fights in transport begin due to disputes about places or careless words. Don't react to provocations.

How to behave in transport during a thunderstorm?

In public transport, the risk of being struck by lightning is minimal (the metal body works like a Faraday cage), but:

• Don't touch metal handrails or doors - a direct lightning strike may cause a discharge.
• On trams and trolleybuses, avoid sitting under contact grid (there is a risk of breakdown if the insulation is damaged).
• If a thunderstorm is accompanied by rain, do not stand at the door - a short circuit may occur when opening it.

On trains (electric trains), lightning is not dangerous - the train is grounded through the rails.