WELCOME to
MSUROVER Team
o
An interdisciplinary, cross-college team of innovative students passionate about designing and building autonomous robots to explore Earth, space and beyond. Building robots since 2021.
We are the first SILVER MEDALIST of CANADIAN INTERNATIONAL ROVER CHALLENGE in Russia.
Our CIRC 2025 score:
We are the first finalists from Russia in INTERNATIONAL ROVER CHALLENGE.
Our IRC 2025 score:
  • 6th globally among 25 finalists.
  • 4th in Autonomous field Mission.
  • 1 of 6 individual awards for ROVER DEVELOPMENT globally among more than 300 participants of the competition.

Our robots

Our robots

In September 2022, we began studying practical robotics with engineering experiments with the suspension and with the software development for the MSU Rover, a prototype rover assembled at the Research Institute of Mechanics of Moscow State University.

The first generation of our EUREKA rover was released in 2023. It was an all-terrain vehicle with video cameras, a robotic arm and the ability to carry additional payloads. EUREKA is controlled remotely from a wireless station. With this rover we became 8th place in IRC 2024.

In 2024, we introduced “EUREKA 2.0”, an autonomous all-terrain vehicle with video cameras, the robotics arm, geological and meteorological modules. We are 6th in the IRC 2025 global ranking with this rover.

We are currently continuing our research in the field of motion control and working on the third generation of our autonomous rover – “LANCER EVO I”. We were awarded 🥈 Second Place at CIRC 2025 with this rover. We design, build and develop all the components, systems, modules and software of our robots ourselves.

Rover EUREKA project

This is a student-run project, the main goal of which is to design and build robots for participation in the international student team engineering competitions like “International Rover Challenge”, “Canadian International Rover Challenge”, “University Rover Challenge”, “European Rover Challenge” or “Russian Rover Challenge”. The competition is aimed at developing engineering skills, interdisciplinary cooperation and the ability to work in a team.

 

Now, in 2025, our team consists of everyone from freshmen to graduate students from various disciplines from Moscow State University, National Research University “Moscow Power Engineering Institute”, Skolkovo Institute of Science and Technology (Skoltech), Moscow Institute of Physics and Technology and Moscow Technical University of Communications and Informatics. We aim to inspire and educate students about robotics and space exploration. We guide students to become word-class engineers.


Is your goal a STEM-based career? JOIN OUR TEAM

Our scientific supervisors

Budanov VM

Vladimir M. Budanov

Acting Head of the Robotics Laboratory of the Research Institute of Mechanics of MSU, Associate Professor of the Department of APPLIED MECHANICS AND CONTROL of the faculty of Mechanics and Mathematics of MSU, PhD in Physics and Mathematics. (MSU Rover Team University Advisor)

Chertopolohov VA

Viktor A. Chertopolokhov

Researcher at the Department of APPLIED MECHANICS AND CONTROL of the Faculty of Mechanics and Mathematics of MSU, PhD in Physics and Mathematics.

Jorge-Isaac-Chairez-Oria11-min

Jorge Isaac Chairez Oria

PhD on Automatic Control Sciences, Departamento de Mecatrónica y Automatización, Tecnológico de Monterrey, Mexico

KlimovKV

Konstantin V. Klimov

Leading specialist of the robotics laboratory of the Research Institute of Mechanics of MSU

Budanov VM

Буданов Владимир Михайлович

И.о. заведующего лаборатории робототехники НИИ МЕХАНИКИ МГУ, доцент кафедры ПРИКЛАДНОЙ МЕХАНИКИ И УПРАВЛЕНИЯ механико-математического факультета МГУ, к.ф.-м.н.

Chertopolohov VA

Чертополохов Виктор Александрович

Научный сотрудник кафедры ПРИКЛАДНОЙ МЕХАНИКИ И УПРАВЛЕНИЯ механико-математического факультета МГУ, к.ф.-м.н.

Jorge-Isaac-Chairez-Oria11-min

Jorge Isaac Chairez Oria

Researcher, DR., Unidad Profesional Interdisciplinaria de Biotecnología (UPIBI), Instituto Politécnico Nacional (IPN)

Project team

AndreyS

Andrei Smirnov

6th year student, the Mechanics Department of the Mechanics and Mathematics Faculty of MSU.
Project lead,
Mechanical engineer, Electronic engineer.

Vsevolod Egorov

Vsevolod Egorov

Master's student, National Research University ``Moscow Power Engineering Institute``.
Chief software department, Embedded Software engineer, ROS specialist.

1414939804282852931

Dmitry Kozhanov

Postgraduate student, Faculty of Geology, MSU.
Chief geologist.

Iaroslav Kolomiets

Iaroslav Kolomiets

Мaster's student, Skolkovo Institute of Science and Technology (Skoltech).
Software engineer, ROS navigation stack and SLAM specialist.

Iaroslav Sheipak

Iaroslav Sheipak

Postgraduate student, Moscow Institute of Physics and Technology (National Research University).
Software engineer, AI and Computer Vision specialist.

Mikhail Reppo

Mikhail Reppo

3rd year student, Moscow Technical University of Communications and Informatics.
Software engineer, Computer Vision specialist.

Get in touch

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    Russian Rover Challenge for school students
    copyright certificate
    Children's scientific and educational festival "NAUCHFEST" (SCIENCE Festival) and our new rover "LANCER EVO I"

    Knowledge Day, Moscow State University, Moscow, September 2023.

    Our new rover EUREKA at the Scientific and Practical Conference "Manned Space Flights", Astronaut Training Center, Star City, November 2023.

    Цель конкурса «Rover Challenge» — дать студентам возможность получить реальный инженерный опыт, сочетающийся с навыками бизнес-планирования и управления проектами. Конкурс проходит минимум в три этапа.
     
    1. ASTROBIOLOGY EXPEDITION (ABEx). В этом этапе Ровер должен функционировать как мобильная научная лаборатория сбора и анализа проб из окружающей среды на предмет наличия в них следов жизни.
    2. RECONNAISSANCE AND DELIVERY OPERATION (RDO). Этап проводится на открытой местности на расстоянии не более 500м от базовой станции. Ровер должен найти, подобрать и доставить в определенные места разбросанные по полю предметы и/или подобрать и хранить предметы до конца миссии.
    3. Reconnaissance. Ровер проводит разведку территории с целью поиска и определения местоположения различных объектов вокруг места проведения соревнований.
      Delivery. Доставка Ровером груза массой не более 5кг из одного места в другое.
    4. AUTONOMOUS EXPEDITION (AutEx). На этом этапе Ровер должен автономно, без участия оператора, передвигаться между маркерами по умеренно пересеченной местности.
     
    На всех этапах соревнования, кроме AUTONOMOUS EXPEDITION (AutEx), команда может управлять Ровером только с базовой станции. Базовая станция изолирована так, что операторы не видят полигона, на котором проводятся соревнования.
    Nauka 0+ 2023

    We are pleased to present "Russian Rover Challenge" for school students where we were special guests.
    Institute of Mechanics, Moscow State University, Moscow, July 2025.
    Welcome to CIRC! This competition is designed to challenge students to design, build, and operate a rover that can navigate and complete tasks on a simulated Martian surface alongside human settlement. These tasks are intended to be challenging and require teams to use their problem-solving skills and technical knowledge to succeed.

     

    1. Arm Dexterity. The rovers traverses a short distance to operate on a mock-up instrument panel to perform a set of precise operations to fuel, prepare and launch the shuttle.
    2. Boneyard Salvage. The rover must explore the boneyard to locate and identify the mothballed reactor, control rods, coolant lines, transformer, and any other pieces of equipment not related to the reactor. Simultaneously a rover should be assessing the boneyard for hazards to the salvage crew such as possible rockslide areas, ozone and hydrogen leaks from equipment stored there, and radiation. All teams are provided with a Geiger counter for installation on the rover, to help assess radiation hazards. At the end of the task, teams should submit a brief inspection report form to conclude if the reactor can be salvaged and if the site is safe for human salvage crews.
    3. M&M. An astronaut’s life support unit is signaling they have sustained a grave injury. Rovers are tasked with locating the astronaut, determining if they are still alive and returning them to the med bay for evaluation. Rovers also need to survey the incident area and collect evidence before it is destroyed by the solar storm. Based on the evidence, teams will determine the primary suspect.
    4. Reactor Maintenance. The settlement Modular Advanced Rafalowski System Deuterium Reactor (MARSDU Reactor) is in need of a fueling cycle. Teams should dispatch a rover to the reactor, eject the depleted fuel rods and insert fresh replacements. While doing this, Teams will also have to carefully manage the reactor criticality – avoiding both subcritical stall outs and dangerous supercritical conditions. Rovers will also have to handle all fuel bundles with care and avoid dropping them.
    5. Traversal. This task takes place during nighttime when it is dark. Rovers must travel to different locations and identify the number on the Environmental Monitoring Station. Some of the Environmental Monitoring Stations have partially working GPS transponders, and others have a trail of lights leading to them. Missing digits in the GPS coordinates will need to be filled in with information gathered from other Environmental Monitoring Stations. Environmental Monitoring Stations are marked with an Aruco marker which must be recognized automatically.

     

    On all tasks the operators do not have a line of sight with the rover. They control it using only sensor and camera data.

    Россия К ТВ. Международный фестиваль НАУКА 0+ 2024,
    Фундаментальная библиотека МГУ, Москва, октябрь 2024.

    1TV. International festival NAUKA (SCIENCE) 0+,
    Fundamental Library of MSU, Moscow, October 2024.
    NTV. International festival NAUKA (SCIENCE) 0+,
    Fundamental Library of MSU, Moscow, October 2024.

    International festival NAUKA (SCIENCE) 0+,
    Fundamental Library of MSU, Moscow, October 2024.

    Knowledge Day 2024, Moscow State University, Moscow, September 2024.

    Команда «МГУ РОВЕР» на II-м конгрессе молодых ученых, Образовательный центр «Сириус», Сочи, декабрь 2022.

    Open Day, Moscow State University, Moscow, March 2023.
    The «Rover Challenge» competition provides an environment for students to gain real-world engineering and project management experience. The contest consists of five tasks.
     
    1. ASTROBIOLOGY EXPEDITION (ABEx) & Scientific Presentation. The rover fills the role of mobile science laboratory, searching for signs of life with the vatiety of atmospheric and geological equipment.
    2. RECONNAISSANCE AND DELIVERY OPERATION (RDO). The Rover has to traverse challenging terrain to locate and several objects of interest and deliver them to designated coordinates.
    3. Reconnaissance. In this stage, the rover will have a maximum of 10 minutes to reconnaissance through an area to search and locate various objects around the competition site.
      Delivery. In this stage, the rover will have 20 minutes to pick up and deliver the objects to designated locations. Objects will include small, lightweight hand tools (e.g., screwdriver, hammer, wrench), supply containers (e.g., toolbox), or rocks up to 5 kg in mass. All items will be graspable, with diameters no greater than 7 cm. The maximum dimensions will be 40 cm x 40 cm x 40 cm, but teams should expect a variety of sizes and weights. The terrain will vary from soft sandy surface to rough stony terrain and may contain rocks and boulders, vertical drops, sand dunes, and slopes. The difficulty of the task will increase with further levels.
    4. AUTONOMOUS EXPEDITION (AutEx). During this stage the rover has to autonomously drive through several checkpoints, marked by visual clues.
    5. INSTRUMENT DEPLOYMENT AND MAINTENANCE OPERATION (ID&MO). The rovers traverses a short distance to operate on a mock-up instrument panel to perform a set of precise operations.
    6. PIMA. Project Implementation and Management Assessment.
     
    On all stages the operators do not have a line of sight with the rover. They control it using only sensor and camera data.