Coach Position and Seat Map

Train coach position refers to the coach's order in the train, while seat position specifies your seat within the coach compartment (e.g., upper, lower, window), which you can check here. A seat layout map visually displays the arrangement of seats within a coach, aiding passengers in selecting and locating their seats.

Enter train no above to get live coach position details for your train.

Example, 12617 coach position:

  1. 0 LPR
  2. 1 GEN
  3. 2 GEN
  4. 3 2AA1
  5. 4 2AA2
  6. 5 3EM1
  7. 6 3EM2
  8. 7 3AB1
  9. 8 3AB2
  10. 9 3AB3
  11. 10 3AB4
  12. 11 SLS1
  13. 12 PC
  14. 13 SLS2
  15. 14 SLS3
  16. 15 SLS4
  17. 16 SLS5
  18. 17 SLS6
  19. 18 SLS7
  20. 19 GEN
  21. 20 GEN
  22. 21 SLRD

Mangladweep Express coach order finalization: Today 09:26

Engine reversal stations: None

12617 train seat map: second 2 tier AC (2A), sleeper coach (SL), second seater (2S), chair car (CC)

Beware misleading coach positions: Third-party sites like TrainMan, RedBus, EaseMyTrip, Rinfo and Railofy often mislead by showing train rake composition instead of live coach position. This can lead to missed trains and significant financial and emotional losses. For accurate coach position, rely exclusively on official government sources: NTES website, NTES app and train app.

Train seat position

Train seat position refers to the specific location of your seat within the coach, such as upper, middle, lower, side, window, or aisle. Your ticket, the reservation chart, and markings inside the coach help you identify your seat position. Different classes offer various seating arrangements, from berths in sleeper and AC classes to standard seats in chair cars. We can check these layouts below using the images for each coach.

Seat layout map

A train seat layout map, also sometimes referred to as a coach layout or seating chart, is a visual representation of the seating arrangement within a specific train coach. These maps are valuable resources for passengers, helping them understand the different seat types, their locations, and their arrangements in the train bogie/compartment. Irctc train seat position:

h1 he1 coach (1A in train) (first class 1 tier ac) ha1 hae1 coach (1A 2A in train) (first second class ac) hb1 coach (1A 3A in train) (first third class ac) a1 ae1 av1 coach (2A in train) (second class 2 tier ac) ab1 coach (2A 3A in train) (second third class ac) b1 bv1 be1 coach (3A in train) (third class 3 tier AC) g1 coach (3A in train) (third class ac garib rath) m1 me1 coach (3E in train) (third class economy AC) e1 ev1 ex1 coach (EC in train) (executive chair car) cc coach (CC in train) (double decker chair car AC) f1 coach (FC in train) (first class non AC) s1 se1 coach (SL in train) (sleeper class) c1 j1 coach (CC in train) (chair car AC garib rath) d1 dv1 coach (2S in train) (second sitting)

Class to coach numbering pattern:

Berth Legend

How many seats in train?

The number of seats in a train coach varies significantly depending on the class and configuration. Sleeper class coaches typically have between 72 and 80 berths (including side berths). AC 3-tier coaches usually accommodate around 64 to 72 berths, while AC 2-tier coaches have around 46 to 54 berths. Chair car coaches can range from 70 to 100+ seats depending on the specific type and layout. These numbers can still vary slightly based on the specific coach design and the presence of amenities like lavatories or luggage compartments.

Train coach position

Train Coach position refers to the location of a specific coach within a train's formation/arrangement. It indicates the coach's order in relation to the engine and other coaches. It's about knowing where your coach will be when the train stops at the platform of the station and minimizes walking during onboarding. It contains position number and coach identifier (coach class & coach id).

Coach position format: [Sequence/order/position Number] [Coach identifier: [Coach class/type] [Coach number]]. Some display systems use hyphen to separate the coaches (omitting the sequence number) and order is inferred from left to right. For example, if your coach position is 5.b2, it signifies that it is 5th coach in position from the engine (or the designated front of the train) and is the second coach of 3A (Air-conditioned 3-tier sleeper) type. In digital display we prefer hyphen as it is easier to grasp and in digital display's, sequence number is desired.

Platform coach position specifically refers to the planned stopping location of a specific coach along the platform. This information is displayed on mini-boards on the platform where the train would arrive. In old stations, where digital display is not available, it is announced. However, it's often an estimate and can vary due to train length, platform length, operational adjustments, and changes in coach composition.

Train bogie order refers to the arrangement and positioning of bogies underneath a train's coaches or wagons. Bogies are wheeled undercarriages that support and guide the rail vehicle. Understanding bogie order is primarily relevant for engineers and maintenance personnel, rather than passengers. General passengers are often confused in the terminology and think train bogie as train compartment or coach order.

How to find your coach and seat number in train

Your coach and seat number are printed on your ticket and also available on the reservation chart displayed at the station. Checking your PNR status online or via SMS/app provides this information too. If you need assistance, railway staff at the station can help you locate your coach and seat using your ticket or PNR.

  1. Your Ticket: The most direct way. Whether it is physical or e-ticket, your train ticket clearly mentions your coach and seat number (e.g., S5/45, where S is sleeper coach, 5 is the 5th sleeper coach and 45 is the seat number). Indian railways also sends SMS after chart is prepared about these details.
  2. Online PNR Status: You can check the pnr status in train website or train app, it includes your assigned coach and seat/berth number for each passenger.
  3. Reservation Chart: These charts are usually pasted outside the reserved coaches near the doors or on notice boards at the platform. Look for your PNR (Passenger Name Record) or name to identify your coach and seat number.

How to check coach position

Finally, be mindful of
Engine reversal zones: Trains do change their engine front to change direction/route/track at few stations/zones/crossings and therefore the whole coach position and direction get reversed. It's critical information, as it can impact you in the last minute, and this data is only provided by Indian Railways and is found only on this website as E-Reversal.

How many coaches/bogies are there in train?

The number of coaches on a train varies depending on its route, length, and passenger demand. Longer routes and higher demand typically result in more coaches. The train's designated purpose also plays a role; express trains might have fewer coaches than local or passenger trains.

Typically a train consists of 12 bogies, each bogie being 18 metre long and depending on the route and train type, it can range from 12 to maximum of 24 coaches. You can find number of coaches/bogies in reservation chart api, online coach position website and digital displays on the station.

How to know a coach in train and find my seat

We can know a coach by looking at the class mentioned the ticket or looking at the type of ticket. For example, GN specifies general coach and SL is a sleeper coach type of train. As there are multiple coaches of same type and multiple seats in each coach, our ticket would contain the coach and seat number too. Example: S4/25, where S is sleeper coach, 5 is the 5th sleeper coach and 25 is the seat number.

ICF vs LHB


LHB (Linke Hofmann Busch) and ICF (Integral Coach Factory) coaches represent two distinct types of rail cars used by Indian Railways, each with unique characteristics. LHB coaches, originally designed in Germany but manufactured in India, are known for their advanced safety features, including an anti-climbing mechanism and center buffer coupling that significantly reduce the risk of derailments during collisions. They offer a smoother ride due to better suspension systems like air springs, have more aerodynamic designs for higher speeds (up to 160 km/h potential, though usually operated at lower speeds), and provide improved comfort with wider windows and better lighting. However, they are more expensive to produce and require specific infrastructure, which has been a consideration in their adoption.

On the other hand, ICF coaches are the older, more traditional design from the Integral Coach Factory in Chennai, characterized by their screw coupling system, which does not offer the same safety benefits as LHB coaches. They are generally less comfortable due to less advanced suspension systems and are designed for lower operational speeds, around 110 km/h. Despite these drawbacks, ICF coaches are cost-effective, simpler to maintain, and have been widely used across India's vast railway network for decades. While Indian Railways has been transitioning towards LHB coaches for mainline services due to their safety and comfort, ICF coaches remain prevalent in local, short-distance, and non-premium services due to their cost and availability. This transition reflects a broader move towards modernizing India's railway infrastructure while balancing economic considerations.