Kathmandu Podway Innovative Elevated Transit Solutions

1. Construction Cost

Under comparable natural, climatic, and infrastructural conditions, the construction cost of the Kathmandu Podway overpass is significantly lower than that of conventional transport systems.

• from 50% of the cost of construction of 1 km of cableway

• from 10% of the cost of construction of a light rail overpass

• from 4% of the cost of construction of 1 km of metro

2. Cost Determination Through Feasibility Analysis

The precise cost of each Podway transport complex in Nepal—including the cost per kilometer—can only be accurately determined through detailed pre-investment feasibility studies. The final cost is influenced by a range of technical and economic factors, including terrain, climate, route complexity, infrastructure requirements, and project scale.

• Type and purpose of the complex: suspended, hinged, passenger, cargo, cargo and passenger, urban, high-speed intercity,

• Estimated performance of the complex: per year, per day, during rush hours,

• Design speed,

• Terrain: plain, rugged terrain, foothills, mountains, etc.,

• Natural and climatic conditions and their specific features in the project region that affect the design and technological features of the complex (bearing capacity of soils, permafrost, extreme air temperatures and wind loads, heavy snowfalls and heavy rains, sandstorms and tornadoes, floods, earthquakes, etc.,

• Length of the route and spans, height of supports, height of passenger stations and cargo terminals,

• Number of passenger stations, number of loading and unloading cargo terminals on the route.

3. Cost of & infrastructure complex

The cost of a Kathmandu Podway complex covers all essential components, including elevated track infrastructure, model of Pods, stations, control systems, utilities, construction, and certification—delivering a complete turnkey transport solution.

• Second-level transport and logistics infrastructure – passenger stops and stations, cargo loading and unloading terminals, garages with repair shops, turnouts, etc.

• String rail transport overpass (single-track, double-track or multi-track)

• Rolling stock: steel-wheeled rail electric cars – Podway pods

• Automated control system

• Engineering networks and utilities, power supply and communications systems

• Design and survey work

• Civil and installation work

• Start-up

• Certification

4. Efficient Operations with Lower OPEX

The operating expenses (OPEX) of the Podway transport system is significantly lower than those of traditional transport solutions such as monorails, high-speed trams, subways, and ropeways. These costs vary based on factors such as route length, traffic volume, terrain, climate, and system configuration.

• Total number of Pods on the route and their carrying capacity

• Performance of the complex (per year, per day, during rush hours)

• Estimated on-route speed of the rolling stock

• Number of passenger stops, stations, cargo loading and unloading terminals in the complex and other infrastructure facilities of the “second level” in Kathmandu Podway Complex