Connecting the world in a matter of minutes
A global hyperloop network: the vision
Zeleros works hand in hand with forward-thinking Governments, mobility operators, investment funds, industries and researchers to develop the global hyperloop network. Together, we accelerate the transition towards a greener mobility.
The hyperloop infrastructure: scalability in the center.
With infrastructure costs accounting for up to 95% in similar construction projects, Zeleros and partners have designed the hyperloop infrastructure to minimize complexity and costs during construction and maintenance.
City center to city center
Hyperloop stations are multimodal hubs conveniently located in the city centers, where high-speed rail, underground, bus, and other transport modes converge.
Fast and secure boarding
Inside the station, passengers board the pods with a fast and secure process. Once the pod doors close, the passengers fasten their seatbelts and the journey starts.
Pressure balancing system
The pods enter an airlock, a tube section where the pumping system extracts the air, setting the desired level of operation. Meanwhile, inside the cabin passengers are comfortably seated at ambient pressure.
Smooth takeoff and landing
The airlock doors open and the pods are ready for take-off. Zeleros’ highly efficient switched reluctance linear motor accelerates gradually the pod to cruise speed. The system can also be used for braking.
Scalable hyperloop infrastructure
Infrastructure cost accounts for nearly 95% in projects like roads, high-speed rail, maglev, and also hyperloop. Reducing infrastructure cost per kilometer is one of the key benefits of Zeleros' system.
Simplified infrastructure maintenance
Operating at aviation pressure levels minimizes maintenance costs of Zeleros infrastructure, ensuring the low-pressure environment can be maintained sustainably along thousands of kilometers.
Zeleros hyperloop infrastructure maximizes service availability and minimizes disruptions thanks to its enclosed tube environment, ensuring operations in almost any weather condition.
Integration with the environment
Several infrastructure topologies like viaducts, tunnels or bridges have been designed to adapt to different orographies and integrate seamlessly with the environment.
The use of renewable energies to power the fully electric infrastructure makes it possible to achieve a zero-carbon system, that can even feed energy back to the grid.
Reduced expropriation needs
At surface level, instead of laying the tracks at ground level, Zeleros' hyperloop infrastructure is elevated, minimizing the expropriation needs and speeding up route deployment processes.