Rolling Stock
kathmandu podway complexes ensure passenger and cargo transportation by means of rolling stock, namely, unmanned steel-wheeled rail electric cars (uPods)
kathmandu podway complexes ensure passenger and cargo transportation by means of rolling stock, namely, unmanned steel-wheeled rail electric cars (uPods)
Basic Modules
The Kathmandu Podway system integrates advanced traction, functional, and control modules to deliver efficient and versatile transportation solutions.
1. Traction module
2. Functional module (cargo/passenger/cargo and passenger)
3. Onboard control system (OCS)
Traction module
Provides all travel modes of uPod along the track structure of the transport complex
1. Traction drive system
2. Braking system
3. Heading-hold system
4. Vehicle evacuation system and fire extinguishing system
Passenger module
Designed to locate passengers and their luggage, protect and create safe and comfortable conditions for their stay inside while traveling and at stops, including emergency ones
1. Entrance system (door system)
2. Ventilation and microclimate system
3. Interior with seats (if needed), handrails, handicapped space
4. Passenger information system (video and duplex communication with the operator)
5. Lighting system (working and emergency)
6. Information plates, indicator lights
7. Passenger evacuation system to the ground
8. Fire fighting equipment (fire extinguishers)
Onboard control system
OCS is a set of hardware and software designed to control uPod and ensure safe traffic conditions. OCS consists of several functional systems that perform all necessary control and safety functions
1. Automatic uPod protection system
2. Automatic uPod train operation (ATO)
3. Automatic uPod train control and management system (TCMS)
Kathmandu Podway
Onboard control system
Podway
automated guidance system
Communication system
Safety check system
Positioning System
Power suplpy system
Power supply to traction drive system
Power supply to other systems
Passenger module
Entrance system
Interior
Ventilation and microclimate system
Positioning System
Lighting system
Passenger information system
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Passenger evacuation system
Fire extinguishing system
Passenger module
Traction drive system
Braking system
Heading-hold system
uPod evacuation system
Fire extinguishing system
Implemented Configurations of Rail Electric Vehicles
Kathmandu Podway has developed a comprehensive set of standardized, certified structural and
technological solutions for creating advanced transport complexes. These solutions are designed
to address a wide range of passenger and cargo transportation needs, with configurations
tailored to customer requirements and climatic conditions.
Passenger Podcars, including train formations, can accommodate varying capacities—from 2 to 250
passengers per unit. When organized into small trains, these systems can transport up to 50,000
passengers per hour. Cargo systems are equally robust, capable of handling up to 100 million
tons annually.
The modular design allows individual units to be coupled into trains using rigid or electronic
couplers, with the number of sections and capacities adjusted based on expected demand. Electric
traction drives power the vehicles, while an automated control system ensures precise speed and
route management, enabling speeds of up to 150 km/h.
Kathmandu Podway systems are versatile, supporting the transport of various cargo types,
including bulk, liquid, breakbulk, special materials, and 20- to 40-foot sea containers. Loading
and unloading processes are fully automated, ensuring efficiency and reliability.
Passenger Transport
uBike U4-621
Double-rail suspended passenger uPod of small capacity. In the basic configuration, the seats are located sequentially providing zoning of seats and an increased comfort. The optimal weight of uBike allows to use it on a lightweight track structure, that makes it possible to use this transport as part of complexes with a minimum material consumption of the structure. uBike can be used for transportation in recreation areas, on tourist and other routes. In addition to on-board (and external) energy sources, it is possible to install a bicycle generator, thanks to which uBike can be driven by the passengers’ muscular power.
Features
Passenger Capacity
2 people
Design speed
150 km/h
Power consumption at 100 km/h
2,8 kW∙h/100 km (0,7 l/100 km)
Load capacity
150 kg
Maximum weight (with passengers)
970 kg
Cargo Transport
uTruck U4-131
Double-rail suspended cargo uPod intended for transportation of bulk, piece, liquid, dangerous and perishable cargo. Loading and unloading of uTruck can be prformed automatically. The rail electric vehicle is designed for use in industrial facilities, ports and mining sites.
Features
Design speed
500 km/h
Power consumption at 100 km/h
15,2 kW∙h/100 km (3,8 l/100 km)
Load capacity
630 kg
Maximum weight (with passengers)
4750 kg
By integrating these features, Kathmandu Podway fully satisfies the demands of modern intercity passenger transport systems.
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Podway is an innovative, elevated transport system based on string rail technology developed by Unitsky String Technologies (UST). It consists of automated, driverless pods that travel on specially designed suspended tracks above ground, offering a sustainable, safe, and efficient alternative to traditional urban and intercity transportation.
Unlike conventional systems, Podway:
Reduces land use and environmental impact
Minimizes traffic congestion
Operates with high energy efficiency
Is scalable for both low-density and high-capacity routes
The system is ideal for modern smart cities, tourism zones, mountainous regions, and areas where conventional transport faces infrastructure challenges.
Podway is an innovative, elevated transport system based on string rail technology developed by Unitsky String Technologies (UST). It consists of automated, driverless pods that travel on specially designed suspended tracks above ground, offering a sustainable, safe, and efficient alternative to traditional urban and intercity transportation.
Unlike conventional systems, Podway:
Reduces land use and environmental impact
Minimizes traffic congestion
Operates with high energy efficiency
Is scalable for both low-density and high-capacity routes
The system is ideal for modern smart cities, tourism zones, mountainous regions, and areas where conventional transport faces infrastructure challenges.
