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Is the DLR a driverless train?

The Docklands Light Railway (DLR) is a driverless train network that serves parts of east and south-east London. These trains have interchanges with the London Underground at some major Tube stations, including Bank, Tower Gateway (Tower Hill) and Canary Wharf.



Yes, the Docklands Light Railway (DLR) in London is a fully automated, driverless train system. Since its inception in 1987, it has utilized a sophisticated computer-based train control system to manage acceleration, braking, and station stops. While there is no driver in a front-facing cab, every train is staffed by a Passenger Service Agent (PSA), also known as a "Train Captain." The PSA is responsible for safety, checking tickets, and manually operating the doors. In the event of a technical fault, the PSA can open a small control panel at the front of the train to drive it manually. A favorite activity for tourists and children is to sit in the very front seats of the DLR, which offer an unobstructed view through the large front window, providing the sensation of "driving" the train as it snakes through the skyscrapers of Canary Wharf and toward Greenwich.

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The DLR isn't really driverless 'While our trains are mostly automated, a passenger service agent like me drives them to and from the depot and has to operate them manually if they break down. There are hidden controls at the front, where everyone wants to sit.

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Driverless trains: The DLR was one of the first transport systems in the world to use fully automated trains without drivers. The trains are controlled by a central computer system that monitors their speed, location, direction, doors, brakes, etc.

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Normal operations are automated, so there is minimal staffing on the 149 trains (which have no driving cabs) and at major interchange stations; the four below-ground stations are staffed, to comply with underground station health and safety regulations.

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Better yet, the DLR is London's only automated train. This means you can sit right at the front, compared to Tubes where of course the driver is the furthest forward. However the main difference between the two is in who owns them.

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DLR technology is single fault tolerant. The network fails on multiple simultaneous faults in the ring. Another disadvantage of DLR is additional complexity. The DLR object must be configured at each ring node.

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You can use Oyster or contactless pay as you go (PAYG) to travel at any time on National Rail services (which includes Elizabeth line and London Overground), as well as London Underground, DLR, London Buses and London Trams.

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The Docklands Light Railway (DLR) is a driverless train network that serves parts of east and south-east London.

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London's second rapid-transit system, the Docklands Light Railway (DLR), has operated with driverless trains since its opening in 1987. Boris Johnson promised in 2012 that there would be driverless Tube trains within 10 years.

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We can advise that the lines are electrified with a four-rail Direct Current (DC) system. The configuration and potential of the conductor rails varies across the network.

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Transport for London (TfL) said that the change is being delivered by redistributing existing resources to better support how customers use the DLR – particularly now the Elizabeth line has opened. The ability to run more trains is being delivered by running shorter trains at times.

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GoA4 – Americas First completely driverless metro line in Latin America. The longest driverless network in the Americas, at 79.6 km.

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One user replied with a simple explanation for the wobbling: “The DLR is wobbly because of the type of wheels that are used. The wheels are angled against the tracks and don't meet at the tracks at a right angle.”

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