Difference Between Bridge And Flyover

Bridge and Flyover can be differentiated based upon their function, purpose of usage, and the location where it is constructed.

Table of Contents

Bridge Vs Flyover: Differences

Differences between bridge and flyover is described in the table as given below:

Bridge	Flyover
Bridges are constructed to divert the traffic across the obstruction. The other purpose is to navigate pipelines and other forms of transport.	They are made for road vehicles.
It is made to connect the two different points.	It is built over the road.
The bridge can be constructed over rivers, canals, roads, etc.	It is always built over the roads as an overpass.
The bridge works as a bypass and does not reduce road traffic.	It is used to reduce traffic volume.
It can be built over natural structures such as hills.	It is always built over man-made structures such as roads.
It is usually constructed over the river, valley, etc.	It is constructed in those areas where the roads are congested.

difference between bridge and flyover

The drainage structure which serves as a communication path for carrying a road or railway traffic across an obstruction or depression with or without water is known as the bridge.
A bridge is a structure that is built over natural obstructions such as rivers, valleys to link two locations separated by these obstructions.
Bridges are further categorized on the basis of their purpose, lifespan, materials, span, etc.
Bridges are utilized for navigating traffic across the obstruction, navigating pipelines, and other forms of transport.

A flyover is an overpass, a high-level road bridge that crosses over a highway interchange or intersection.
It is a structure that joins two or more points which are divided by convenient routes or a man-made structure to cut the traffic for a faster mode of travel.
They are normally made over road junctions, roads, streets, etc.
The name itself indicates that you are flying over a traffic zone.
They are normally built for road vehicles.

Bridges connect two separated places, making it easy to move people, goods, and services.
Bridges improve transportation infrastructure, making it easier to travel between cities, towns, and rural areas.
Bridges contribute to economic growth by improving access to markets and increasing the mobility of goods, which boosts economic activity.
Bridges reduce travel time between two points, allowing people to reach their destinations more quickly and efficiently.
Bridges provide a safe and convenient way to cross rivers, valleys, and other obstacles, reducing the risk of accidents and injuries.
Bridges can be designed to be aesthetically pleasing, enhancing the visual appeal of a location and providing a sense of pride and identity.
Bridges can reduce the environmental impact of transportation by reducing congestion and emissions.
Bridges are flexible in terms of their design and can be adapted to different conditions, such as varying water levels, terrain, and traffic volumes.
Bridges can be designed to last for many years, providing a long-lasting solution for transportation needs.

Flyovers reduce travel time by providing a direct route over congested areas.
They help ease traffic congestion by diverting traffic flow to a higher level.
Flyovers improve road safety by separating vehicular and pedestrian traffic.
They enhance the overall aesthetics of the surrounding area by reducing the need for ground-level infrastructure.
Flyovers provide an efficient means of transportation for emergency services like ambulances and fire trucks.
They reduce noise pollution by elevating traffic above ground level.
Flyovers can increase property values by improving access to commercial areas and reducing traffic congestion.
They offer a reliable alternative route during road closures or maintenance work.
Flyovers promote economic development by improving access to important commercial and industrial areas.
They improve the overall efficiency of transportation systems by reducing travel times and increasing traffic flow.