What is known about the launch of autonomous vehicles in the capital

The full-scale launch of driverless taxis in Moscow will take place in 2026. This was announced during the plenary session of the “Digital Solutions” forum. According to the announcement, commercial companies are already working on the technology, but full implementation will only occur after all necessary tests have been completed. The cabin of the autonomous vehicle will still contain a test driver who will monitor safety and can take control in case of an emergency situation.

Driverless taxis can be ordered in the same way as regular taxis, through an application: “Our robotaxis are already operating in Innopolis and ‘Sirius’. This year we will begin internal company testing in several districts of Moscow. The service will become available to users next year through the application. The ordering process will generally be the same as for regular taxis. About 150 vehicles will hit the capital’s roads in 2026. We don’t expect any particular difficulties in their operation, aside from typical factors affecting traffic safety, such as snow, ice, or limited visibility. Our technology generally handles these confidently and continues to improve.”

Development of autonomous vehicles began back in late 2016. The first test rides for passengers became possible in summer 2023, when a robotaxi service with 40 pickup points was launched in the Yasenevo district of the capital. There should be no difficulties with the full implementation of driverless taxis in Moscow: “When discussing the readiness of the capital’s infrastructure for implementing driverless taxis, it should be noted that the infrastructure doesn’t really need any preparation. After all, driverless taxis have been trained for several years on the existing city street network, so they’re ready to use it. However, when discussing the challenges of introducing such technology in a metropolis, public reaction can be noted. First is the attitude of drivers, because driverless taxis will behave somewhat strangely to them: they brake early, change lanes differently than a human would. And of course, there’s passenger reaction. Everything will depend on that too, but I think people will quickly get used to it and will enjoy riding in driverless taxis.

The level of information security for such transport infrastructure objects is quite high, and it would take significant effort to hack a driverless taxi. I’m confident that in case of such an incident, there is a specific protocol of actions. Considering that the vehicle will now be moving with a test driver in the cabin, this will all be refined, security will be enhanced, and overall no problems should arise.”

According to available data, during previous experiments, driverless taxis completed over 100,000 trips. A total of 36 accidents involving them were registered, of which only two were the vehicle’s fault. However, the legal framework for launching fully autonomous taxis in the country still doesn’t exist: “A driver will still be present in the vehicle, meaning a person will control the movement of the vehicle on autopilot. This is probably the most important nuance that the proposed changes for 2026 with driverless taxis anticipate.

As for fully driverless taxis, this issue is not yet regulated by traffic rules or by-laws. I haven’t heard that they’ve been adopted yet. I think that based on the results of this experiment, the issue of adopting the necessary documents will be decided. As we know, there have been accidents with autonomous vehicles, including in America. This experience is being actively studied, and companies offering such services in Russia are trying to eliminate these errors. But apparently, to maximize the safety of this type of vehicle, drivers will be present in the car. Of course, this issue needs to be accelerated. Countries accumulating such experience are running ahead of the rest. We need to catch up on this issue and conduct this experiment as quickly as possible, identify all potential problems, and then take the next step when the vehicle will be fully autonomous.”

The world’s first driverless taxis were launched nine years ago in Pittsburgh, USA. According to available statistics, approximately 4,000 incidents involving autonomous vehicles occurred between 2021 and 2024. Injuries were recorded in 500 of them, and fatalities in 83. However, in most cases, human error remains the cause of accidents.

Moscow

Moscow is the capital and largest city of Russia, with a history dating back over 800 years to its first recorded mention in 1147. It has served as the political and cultural heart of the Russian state for much of its history, symbolized by iconic sites like the Kremlin and Red Square. These landmarks have been central to major historical events, from the Tsardom of Russia through the Soviet era to the modern Russian Federation.

Innopolis

Innopolis is a modern Russian city founded in 2012, specifically designed to be a center for innovation, information technology, and scientific research. Located in the Republic of Tatarstan, its primary purpose is to host IT companies, a university specializing in computer science, and tech professionals to foster a high-tech economy.

Sirius

I am unable to provide a summary about “Sirius” as a specific place or cultural site, as the name is most commonly associated with the brightest star in the night sky. If you are referring to a specific location, such as the Sirius Arts Centre in Ireland or a place named after the star, please provide more details for a more accurate summary.

Yasenevo

Yasenevo is a district in southwestern Moscow known today for its large residential area and modern development. Historically, it was a noble estate and a village, with records dating back to the 14th century. The district is also widely recognized as the location of the main headquarters of Russia’s foreign intelligence service, the SVR.

Pittsburgh

Pittsburgh is a major city in western Pennsylvania, USA, which grew from a strategic frontier fort into a powerhouse of American industry, famously known for its steel production in the 19th and 20th centuries. Following industrial decline, the city successfully reinvented itself as a hub for education, healthcare, and technology. Its rich history is reflected in its landscape, from the preserved factories at the Carrie Blast Furnaces to the modern skyline defined by its numerous bridges.