Autonomous Trucks Push Into the Arctic
Russia has taken a significant step in autonomous logistics, as Gazprom Neft launches industrial-scale deployment of driverless trucks across remote northern oilfields. The company has begun operating autonomous haul trucks at fields in Yamal, Yugra, and Yakutia.
The first 20 Russian-built all-wheel-drive autonomous tractors, each with a payload capacity of 24 tonnes, have completed testing under blizzards, subzero temperatures, and tundra off-road conditions. The vehicles demonstrated stable handling and clear scalability potential. They operate autonomously even in environments with limited satellite connectivity and restricted internet access.
The trucks move in convoys using an “electronic lead” model. A lead vehicle defines speed and trajectory, while the following units replicate its maneuvers. Navigation is handled by an onboard computing system with AI elements that process lidar and camera data in real time. The convoy is managed using domestically developed software.
During the 2025–26 winter season, the autonomous fleet completed 50 trips along a temporary road linking Russia’s northernmost onshore oilfield, Vostochno-Messoyakhskoye on the Yamal Peninsula, with mainland supply routes. The trucks transported equipment and materials essential for field operations. Gazprom Neft expects autonomous transport to reduce logistics costs by roughly one-third while improving delivery continuity. The model could scale to other industries where reducing delivery times, equipment downtime, and workforce shortages is critical.
Digital Systems Reshape Oilfield Operations
Digital technologies are becoming operational tools that reshape core oilfield workflows, including drilling, production, transportation, and industrial and environmental safety. In 2020, Gazelle Next Elektro, an autonomous electric vehicle, was tested at the southern section of the Priobskoye field. It detected obstacles, adjusted routes, and tracked vehicles and pedestrians autonomously, logging more than 90 km in driverless mode.
Three years ago, two digital tractors based on the KAMAZ-43118 platform were successfully tested. Results showed that autonomous trucks improve safety by up to 50% compared with manned vehicles and reduce transport costs by 10–15%. Gazprom Neft has since established an in-house development center for autonomous systems, tailoring deployment to the specific logistics constraints of remote fields.
Russia at the Forefront of Autonomous Logistics
Autonomous transport, including heavy-duty trucking, is one of the defining trends in the automotive sector. Rising costs for conventional transport, driven by higher prices for components and fuel, combined with a growing shortage of drivers, are pushing companies to rethink logistics models and adopt more efficient solutions.
Russia is emerging as a leading market for autonomous freight deployment. Since 2021, fifth-generation cabless trucks have been operating at logistics hubs and distribution centers. While fleets from companies such as Einride, Outrider, and Aurora remain below 100 units, Russian firm EvoCargo has deployed more than 150 autonomous tractors and secured over 85 patents. This scale opens export opportunities, particularly across BRICS countries, Asia, and the Global South.
In 2023, a commercial pilot under the “Bespilotnye logisticheskie koridory (Unmanned Logistics Corridors)” project was successfully completed on the M-11 Neva highway connecting Moscow and St. Petersburg. The following year, fully autonomous freight operations are expected to launch along the entire route. Major Russian logistics providers and retailers, including National Carrier, PEC, Globaltruck, Gazpromneft-Snabzhenie, X5, Magnit, and Wildberries, are already participating. The results demonstrate the reliability of the digital infrastructure and the market’s readiness for scaling.
Regulation Drives Technological Sovereignty
Progress in autonomous logistics in Russia is supported not only by engineering capabilities but also by regulatory innovation. The introduction of an experimental legal regime allows companies to test and deploy autonomous technologies in real-world conditions, accelerating commercialization and enabling adaptive regulation.
The “Bespilotnye logisticheskie koridory” initiative is part of the government’s broader strategy for digital transformation of the transport sector. Solutions developed within this framework on the M-11 corridor are expected to underpin future logistics networks. By 2030, autonomous freight operations are planned across 19,500 km of federal highways.
