A number of light rail lines in the world are autonomous, for example the DLR in London.
The main issue that prevents the automation of heavy rail is the complexity of the railway system. The autonomous light rail systems mostly are simple two-way lines with no points or branch lines or interactions with non-autonomous vehicles.
You’d also need to install a significant amount of control equipment and remote sensing which would get ludicrously expensive for cross-country lines.
A number of light rail lines in the world are autonomous, for example the DLR in London.
The main issue that prevents the automation of heavy rail is the complexity of the railway system. The autonomous light rail systems mostly are simple two-way lines with no points or branch lines or interactions with non-autonomous vehicles.
You’d also need to install a significant amount of control equipment and remote sensing which would get ludicrously expensive for cross-country lines.
Aaaand the real answer: cost. A train machinist is only a fraction of the total operating cost of a train, therefore making trains driverless makes little sense from a cost-saving perspective and therefore low on the priority list for buyers and manufacturers. Think about it, 1 driver can literally move thousands of people.
Aaaand the real answer: cost. A train machinist is only a fraction of the total operating cost of a train, therefore making trains driverless makes little sense from a cost-saving perspective and therefore low on the priority list for buyers and manufacturers. Think about it, 1 driver can literally move thousands of people.
Aaaand the real answer: cost. A train machinist is only a fraction of the total operating cost of a train, therefore making trains driverless makes little sense from a cost-saving perspective and therefore low on the priority list for buyers and manufacturers. Think about it, 1 driver can literally move thousands of people.
Latest Answers