telecabina

A telecabina, also known as a cable car or gondola lift, is a type of aerial lift system that transports people or goods in cabins suspended from a continuously moving cable. These systems are commonly found in mountainous regions, ski resorts, and urban areas where traversing steep terrain or crossing obstacles is necessary. The cabins, typically seating between two and twenty people, are attached to the cable at regular intervals. The cable itself is powered by an electric motor at one of the stations, usually the terminal station, and runs through a series of towers that support its weight and guide its path.

Telecabinas operate on a circulating system, meaning the cable moves continuously, carrying cabins up and down the line. Passengers board and disembark at stations where the cabins slow down or detach from the main cable to allow for easy entry and exit. The speed of the cabins can vary depending on the system's design and purpose, but they generally move at a pace that allows for comfortable travel and scenic views. Some advanced telecabina systems feature detachable cabins, which can be unhooked from the main cable at stations, allowing for slower loading and unloading while the main cable continues to move at a higher speed. This significantly increases the capacity and efficiency of the system.

The construction of a telecabina involves significant engineering, including the installation of towers, stations, and the main cable. The cabins are designed to be robust and safe, often featuring large windows for panoramic views. Telecabinas are recognized for their efficiency in transporting large numbers of people over difficult terrain with a relatively low environmental impact compared to road construction. They are a popular mode of transport for tourism, recreation, and sometimes as a form of public transit.