Rosatom, the state nuclear corporation of Russia, has taken another stride toward its entry into the automotive industry by showcasing operational prototypes of its domestically developed Voyt electric vehicle family. The Voyt LCV electric delivery van and the Voyt SUV crossover, both of which were introduced in Moscow in late June 2026, are built on a recently developed Russian electric vehicle platform that is specifically designed for the B/B+ segment.
Roman Voyt leads the project, developed within Rosatom’s Composite Division in collaboration with other subsidiaries, which is dedicated to creating practicable, affordable electric vehicles that incorporate a significant number of Russian-made components. In contrast to many concept vehicles that are primarily designed for exhibitions, the Voyt program aims for eventual commercial production. However, developers anticipate that serial manufacturing will be unlikely before 2028–2029.
A New Platform for Domestic Electric Vehicles
Developers refer to the Voyt family as a “Progressive Electric Architecture,” a universal platform that is designed to accommodate a variety of vehicle types in the B and B+ classes. These vehicles are approximately equivalent in size to the Lada Granta and Lada Vesta.
The platform is intended to accommodate a variety of body styles, such as delivery vans, hatchbacks, sedans, crossovers, and minibuses, rather than the development of a single model. The method allows Rosatom to spread development expenses across numerous products while keeping a shared electrical and structural framework.
The project’s extensive localization is one of its most distinguishing characteristics. According to the developers, over 90% of the vehicle’s content is manufactured in Russia, and approximately 60% of the components in the current prototypes were directly developed by Rosatom enterprises.
The traction battery, electric motor, digital control system, and composite structural materials utilized throughout the vehicle are all domestically developed.
Voyt LCV Concentrates on Urban Delivery Operations
The Voyt LCV, a compact electric cargo van designed for urban logistics and last-mile delivery services, is the first production-oriented vehicle.
In place of a conventional steel structure, the prototype is equipped with a lightweight composite monocoque body. According to the developers, the vehicle is capable of transporting payloads of up to 600 kilograms and has a cargo capacity of approximately three cubic meters. Additionally, it has two seats.
Renera, Rosatom’s battery manufacturing subsidiary, has developed a 32 kWh battery pack that provides power. The battery is estimated to have a traveling range of approximately 300 kilometers.
Developers have observed that the specified range already accommodates winter operating conditions, such as the increased energy consumption that is common in cold climates and the heating of cabins.
The vehicle has been specifically engineered for city operations, where delivery vehicles spend a significant amount of time in congested traffic. Electric propulsion is particularly suitable for this application due to its zero local emissions and reduced operating costs.
Focus on Cost Rather Than Premium Features
Rosatom’s approach is distinct from that of many electric vehicle projects that emphasize luxury features or premium performance.
The company is instead striving to render electric vehicles economically competitive with conventional internal combustion engine vehicles, particularly at relatively low production volumes.
Project representatives have previously stated that the economic model enables the production of electric vehicles at a cost that is comparable to gasoline-powered alternatives, even with an annual output of approximately 10,000 vehicles. Reducing dependence on imported components through domestic manufacturing is a critical part of achieving this objective.
At a time when access to foreign automotive components remains restricted, the high level of localization also improves the resilience of the supply chain.
Lightweight Voyt SUV Demonstrated on Public Roads
Rosatom also unveiled the latest prototype of the Voyt SUV electric crossover along with the delivery van.
For the first time, the vehicle was observed operating autonomously on Moscow’s public streets, which drew attention. A ceremonial circuit of Moscow’s Garden Ring was completed by the prototype in conjunction with thousands of other electric vehicles during an electric vehicle festival.
Rosatom’s Composite Division and Moscow Polytechnic University collaborated to create the crossover.
The SUV, like the delivery vehicle, is built on the Progressive Electric Architecture platform and uses a significant amount of composite materials to reduce its weight.
Composite Structure Reduces Vehicle Mass
The SUV’s hollow carbon-composite structural frame is one of its most distinctive engineering features.
Instead of merely functioning as body panels, the composite members serve as the primary load-bearing structure of the vehicle and also serve as the supporting frame for the traction battery.
This construction method, as per the developers, enables the prototype to weigh less than one metric ton, which includes the battery and polymer body.
This figure is significantly lower than the curb weights of the majority of contemporary battery-electric crossovers, which are often in excess of 1.5 tonnes. This is primarily due to the weight of the battery packs and the use of conventional steel structures.
The efficiency of a vehicle is improved by reducing its weight, which enables it to achieve a competitive driving range with a relatively modest battery capacity.
Driving Range and Battery Options
At present, the 42 kWh lithium-ion battery used by the prototype SUV is produced by Renera.
Under the WLTC testing cycle, developers expect a driving range of up to 337 kilometers.
Additionally, Rosatom is in the process of creating a larger 84 kWh battery pack that is intended for future crossover models. The projected driving range is increased to approximately 670 kilometers under WLTC testing with the higher-capacity battery.
Rosatom is able to incorporate the battery management system, power electronics, and software within a unified development program using batteries that are designed and manufactured domestically, rather than relying on imported solutions.
Platform Engineered to Support a Variety of Vehicles
The long-term objective encompasses more than two individual vehicles.
Developers have previously stated that the Voyt platform will accommodate an entire family of electric vehicles that cater to various market segments. The same fundamental architecture underpins hatchbacks, sedans, minibuses, and additional crossover variants.
When a common platform is used, it simplifies engineering, reduces production costs, and allows components to be shared across various variants.
The company also contends that the manufacturing concept does not necessitate the construction of extremely large automotive factories. In the event that demand warrants expansion, relatively modest assembly facilities capable of producing approximately 10,000 vehicles annually could be established in multiple Russian regions.
This decentralized production model is distinct from the high-volume manufacturing strategies implemented by major global manufacturers; however, it has the potential to decrease capital investment requirements while simultaneously catering to regional markets.
Production Schedule
Although the Voyt LCV and Voyt SUV are currently operational prototypes, the project is still in the development phase.
Before commercial production can start, engineers must still finalize prototype refinement, testing, validation, and certification.
According to the development team, serial production is likely to begin no earlier than 2028–2029.
The Voyt family would become one of Russia’s most highly localized electric vehicle programs. This program would combine domestically developed batteries, electric motors, digital control systems, and composite structures on a common platform that is designed to compete with conventional internal combustion vehicles on manufacturing cost rather than premium positioning, if those milestones are successful.
The project’s primary objective is to provide practical electric vehicles to both commercial operators and private purchasers, while simultaneously establishing a largely self-contained domestic supply chain, rather than focusing on high production volumes. The success of that strategy in the commercial market will ultimately be contingent upon the results of testing, certification, and the capacity to convert the current prototypes into cost-effective serial production over the next few years.