Transportation: 1.passenger Areas A. Ticketing and Queuing B. Passenger Waiting Areas
Transportation: 1.passenger Areas A. Ticketing and Queuing B. Passenger Waiting Areas
Transportation: 1.passenger Areas A. Ticketing and Queuing B. Passenger Waiting Areas
ISBT stands for Inter-State Bus Terminal. It is one of the types of Bus Terminals which incorporates the
vehicular movement of inter-state as well as local buses.
•Concentration
•Dispersion
•Interchange of mode
•Maintenance of vehicles
•Documentation of movement
•Information system
•Accessibility
•Safety
•Easy processing
Accommodation/DORMATORY
1.Passenger areas
a. Ticketing and queuing
b. Passenger waiting areas
c. Passenger conveniences (drinking water facili-ties and toilets)
d. Passenger circulation
e. Boarding/Departing areas
f. Facility entry
g. Tourist information
h. Security, including CCTV cameras
i. Retail, concessions and lease space
j. Dormitories and lodging (if required)
k. Cloak room
l. Railway reservation
2.Areas for terminal staff
a. Revenue office
b. Security and information
c. Ticketing booth
d. Resting room
e. Staff conveniences (drinking water facilities and toilets)
f. Canteen
g. Maintenance staff (chairs and lockers)
h. Control room (CCTV surveillance)
TYPE 1 SHUNTING
Size:
Volvo Bus
4.Design Following points should be kept in mind for efficient workability of terminal-
The main characteristic of bus terminals is their conver-gence function, because they serve as important
nodes of transfer between different modes. These nodes are the focus of passenger activity, which is a
potential in-gredient for a vibrant city space. Needless to say, high level of passenger activity attracts
business and retail functions, which generates secondary footfall and pro-pels a mere terminal site into
an attractive urban des-tination.
2 For details of bay arrangements Refer to the Interim Report – Section 2.4.2.1
Common bays – As per this allocation type, buses park at a common bay, and load, unload and rest in
idle state all at the same location. Common bays allow only for fixed route bay allocation for buses, and
are planned mostly for local bus ter-minals with short layover time.
Segregated Bays – As per this allocation type, bays are segregated by activity, i.e. as loading bays, idle
bays, and unloading bays. Buses move between these three lo-cations/bay types sequentially. Such bay
planning helps save space and works best with longer layover time; it is thus ob-served mainly at
interstate bus terminals. Segregated bays can be planned for both fixed route and dynamic bay
allocation.
2. Bus boarding bay arrangement3: This relates to types of boarding bay arrangements, and is
influenced by the bus demand, circulation pat-tern, curb length limitations, and space availa-bility in the
terminal. There are five types:
• Saw tooth bays: This arrangement works well with one-way driveway (along the bays), and allows
easy pulling in and pull-ing out of buses, without the need to re-verse. Additionally, it ensures reduced
gap between bus and platform while docking.
• Linear/parallel bays: A long linear plat-form serves multiple buses. Linear bays usually include an
overtaking lane which acts as a driveway. They work with one-way driveway, occupy long curb length
per bus, but require minimal driveway width. Linear bays find it difficult to allow drivers to reduce gaps
between bus and platform while docking.
Layover time is the time a bus spends inside the terminal, from entry to exit. Higher the layover time,
higher the accumulation of buses inside the terminal, and higher the ca-pacity requirement to
accommodate them. Layover time is usually pre-defined by bus op-erators based on their operational
and service requirements. However, planned and actual layover time have been observed to vary sig-
nificantly. Therefore, it is important to capture both planned and observed layover time, be-fore
initiating the planning process. The latter is usually estimated at off peak time when the layover time is
expected to be longer.