Students' Robotics Association (Koło Naukowe Robotyków KNR)

What Students' Robotics Association (Koło Naukowe Robotyków KNR) does

Students' Robotics Association (Koło Naukowe Robotyków KNR) is a student scientific club at the Faculty of Mechanical, Energy and Aviation Engineering (Wydział MEiL) of Warsaw University of Technology, operating for nearly 30 years since its founding around 1996. It serves primarily Warsaw University of Technology students across multiple faculties (MEiL, Mechatronics, Electronics and Information Technology, Mathematics and Information Science), with approximately 100+ active members organized into four main project sections: the KNR Rover Team (HAL-062 Mars rover), the Walking Robots Team (Melson, Melania, Melchior humanoids and Meldog quadruped), the 3D Printing Section (Zbigniew 5D printer), and KNR Drone (Orzeł 1, Sparrow, Czarna Mamba, TR1 Stork VTOL). Additional archived projects include the OKOŃ AUV, Selfie autonomous car, Omnidirectional vehicle, e-MaksPower mobility vehicle, Pomidor competition robot, and Leon ball-balancing robot.

The technical stack spans ROS 2-based autonomous software, computer vision with AI-based object detection, embedded systems on platforms like NVIDIA Jetson, FDM 3D printing including a proprietary 5-axis design, and engineering simulation tools (Ansys, Altair FlightStream). Members compete in international robotics competitions including the University Rover Challenge (USA), European Rover Challenge, Carolo-Cup (Germany), IARRC (Canada), RoboChallenge (Romania), Droniada, and KOKOS, with documented top placements including 9th/102 at ERC 2025, 28th/114 at URC 2025, 1st place at IARRC 2018, and 1st place at Carolo-Cup Basic 2021.

KNR is structured as a non-profit academic organization under the Warsaw University of Technology umbrella and does not generate commercial revenue. Its financial model consists of small recruitment fees from members, corporate sponsorships (Lockheed Martin, Volkswagen Financial Services, FedEx, Prusa Research, STMicroelectronics, maxon, Altium, and others), government grants from the Ministry of Science and Higher Education (under 'Studenckie Koła Naukowe Tworzę Innowacje' and 'Najlepsi z Najlepszych 4.0' programs), and foundation grants including the ORLEN Foundation TURBOgrant. Knowledge outputs include open-source repositories on GitHub, peer-reviewed publications, and science outreach demonstrations at events like the Polish Radio Science Picnic and Night at the Aviation Institute.

Name

Students' Robotics Association (Koło Naukowe Robotyków KNR)

Legal name

Koło Naukowe Robotyków KNR (Koło Naukowe Robotyków przy Wydziale Mechanicznym Energetyki i Lotnictwa Politechniki Warszawskiej)

Website

https://knr.edu.pl

Company type

Private

Founded year

1996

Operating status

Operating

Headcount range

11–50 employees

Short description

Koło Naukowe Robotyków KNR is a nearly 30-year-old student robotics club at Warsaw University of Technology, where 100+ members develop Mars rovers, drones, walking robots, and 3D printers, competing internationally while funded by sponsorships and government grants.

Ownership category

akta.pro rank

Product category

Student Robotics Research & Engineering Education

NAICS

Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology) (541715)

akta.pro industry

PRIMARYEDAMADAA

Robotics After-School & Enrichment Clubs

Education/Supplemental & Enrichment Programs (Arts, STEM, Language)/Robotics, Engineering & Makerspaces

SECONDARYEDAMADAE

Competition Robotics Teams & Coaching (FLL/FTC/FRC, VEX)

Education/Supplemental & Enrichment Programs (Arts, STEM, Language)/Robotics, Engineering & Makerspaces

Keywords

• Robotics engineering projects
• Autonomous systems development
• Unmanned aerial vehicles
• Humanoid robot development
• Additive manufacturing technology

Headquarters

HQ city

Warsaw

HQ country

Poland

HQ region

Europe

Offices1 record

Markets served

GTM type

B2C

Offering type

Services

Cost components

Technology or R&D, Operations, Infrastructure, Marketing or Sales, Personnel

Revenue model

1. Sponsorships and Grants: Funding from corporate sponsors (Lockheed Martin, Volkswagen Financial Services, FedEx, Prusa Research, STMicroelectronics, maxon, Botland, Altium, TME, and others) and government grants (Ministry of Education and Science, 'Studenckie Koła Naukowe Tworzą Innowacje' program, TURBOgrant ORLEN Foundation).
2. Membership Fees: Small recruitment/membership fee charged to new members to cover project materials and prevent disorganization.
3. Competition Winnings: Prize money and accolades from national and international robotics competitions.

Pricing tiers

Go-to-market motion2 records

Distribution channels3 records

Marketing channels5 records

Core offering

KNR is a non-profit student scientific club that designs, prototypes, and builds advanced robotic systems including Mars rovers, autonomous drones, walking robots (humanoid and quadruped), autonomous vehicles, underwater vehicles, and 5-axis 3D printers. Members participate in hands-on engineering projects across mechanical, electronic, software, and autonomous systems disciplines, with outputs showcased and competed at national and international robotics competitions. The club provides structured project-based learning, access to professional workshop equipment and industry tools, and pathways to academic publications and theses.

Product overview

KNR (Koło Naukowe Robotyków) is a student research association at the Faculty of Mechanical, Energetic and Aerospace Engineering of Warsaw University of Technology. The organization operates as a multi-project robotics hub with four main project areas: Mars rovers (HAL-062), drones (KNR Drone with multiple platforms including Orzeł 1, Sparrow, Czarna Mamba, and TR1 Stork), walking robots (Melson, Melania, Melchior, and Meldog quadruped), and 3D printing technology (Zbigniew 5D printer). Additional projects include the OKOŃ autonomous underwater vehicle, Selfie autonomous car, Omnidirectional vehicle, e-MaksPower electric vehicle for mobility-impaired users, Pomidor competition robot, and Leon ball-balancing robot. The portfolio spans humanoid robots, quadruped robots, UAVs, AUVs, autonomous vehicles, and specialized 3D printing solutions, all developed for international competitions and research purposes.

Differentiator

Problem solved

Functional benefit

Brands

• KNR Rover Team: The Mars rover team responsible for building and competing with the HAL-062 planetary rover at international competitions including University Rover Challenge, European Rover Challenge, and Anatolian Rover Challenge.
• KNR Drone
• Zespół Robotów Kroczących (Walking Robots Team)
• Sekcja druku 3D (3D Printing Section)

Products and services

• HAL-062 Mars Rover A planetary exploration rover with aluminum construction, Rocker-Bogie suspension, differential drive, and 6-DOF manipulator arm. Features autonomous navigation using depth camera vision system combined with IMU and GNSS modules. Competes in international Mars rover competitions.
• KNR Drone Platform Family A family of autonomous UAV platforms including Orzeł 1 (2kg, 20-25 min flight), Sparrow (0.7kg testing platform), Czarna Mamba (5kg photogrammetric), and TR1 Stork VTOL tilt-rotor. Features ROS 2 integration, autonomous navigation, trajectory planning, AI-based computer vision, and GPU-based simulation.
• Walking Robots Program (Melson, Melania, Melchior, Meldog) A collection of humanoid and quadruped walking robots using 3D-printed components and high-class servos. Melson uses 19 servo drives for SUMO and freestyle competitions. Melania features aluminum construction with face recognition and emotion detection. Melchior incorporates pressure sensors for gait research via inverse kinematics and machine learning. Meldog quadruped uses custom BLDC motor drives and planetary gearboxes.
• Zbigniew 5D 3D Printer A proprietary 5-axis FDM 3D printer with rotating head and variable workplane for angled layer deposition, improving interlayer shear strength. Features CoreXY kinematics, liquid cooling, and is designed for technical filaments (PA12, PETG+CF, PA12+CF).
• OKOŃ Autonomous Underwater Vehicle (AUV) A fully autonomous underwater robot capable of remote operator control and autonomous underwater task execution. Includes custom OKOŃ simulation system enabling control algorithm development and neural network training without physical pool access. Developed for Singapore AUV Challenge and other international competitions.
• Selfie Autonomous Car A 1:10 scale autonomous vehicle platform for international competitions including Carolo-Cup and F1 TENTH. Features 4 independent steering axles, custom vision systems with depth cameras, autonomous navigation algorithms, and open-source ROS-based architecture available on GitHub.
• e-MaksPower Electric Assistive Vehicle A specialized electric vehicle for individuals with limited mobility (specifically designed for a boy with muscular dystrophy), fully controllable with a single joystick controlling drive, steering, and braking systems. Built collaboratively with SKAP, ADK, and Międzywydziałowe Koło Naukowe SmartCity student organizations.

Quantifiable outcome

• 9th place out of 102 teams at European Rover Challenge 2025; won Probing competition at ERC 2025
• +6 more outcomes

Segments1 record

Ideal customer profiles2 records

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

AI capability12 records

Feature7 records

Partnerships

14 partnerships are on record, tiered major, moderate, core and minor.

• Prusa ResearchmajorTechnology or IntegrationCzech 3D printing manufacturer providing 3D printing equipment and sponsorship. Their printers are used in KNR's 3D printing section and projects.
• STMicroelectronicsmajorTechnology or IntegrationSemiconductor manufacturer providing electronic components and technical sponsorship for KNR's electronic systems.
• PIAP / Łukasiewicz NetworkmoderateTechnology or IntegrationPolish research institute (Łukasiewicz-PIAP) specializing in robotics and industrial automation, providing sponsorship and technical collaboration.
• AstronikamoderateTechnology or IntegrationPolish space technology company (part of the Polish Space Agency ecosystem) providing sponsorship and potentially technical expertise.
• maxonmajorTechnology or IntegrationSwiss precision motor manufacturer providing high-quality motors and drives for robotics applications. Key supplier for walking robots and rover projects.
• BotlandmoderateTechnology or IntegrationPolish electronics components distributor providing electronic parts and sponsorship.
• AltiummajorTechnology or IntegrationElectronics design software provider offering PCB design software licenses used for KNR's electronic circuit design.
• TME (Transfer Multisort Elektronik)moderateTechnology or IntegrationPolish global electronic components distributor providing components and sponsorship.
• Wydział Mechaniczny Energetyki i Lotnictwa PW (MEiL Faculty)coreStrategic or Co-development PartnerThe home faculty of KNR, providing institutional support, workshop space (Warsztat 027, Boks B2.01), wind tunnels, lab facilities, and administrative backing.
• Wydział Mechatroniki PWcoreStrategic or Co-development PartnerFaculty of Mechatronics at Warsaw University of Technology providing institutional sponsorship and support.
• Wydział Matematyki i Nauk Informacyjnych PW (MINI)moderateStrategic or Co-development PartnerFaculty of Mathematics and Information Science at Warsaw University of Technology providing sponsorship and academic collaboration.
• Wydział Elektroniki i Technik Informacyjnych PW (WEITI)moderateStrategic or Co-development PartnerFaculty of Electronics and Information Technology at Warsaw University of Technology providing institutional sponsorship.
• Politechnika Warszawska (Warsaw University of Technology)coreStrategic or Co-development PartnerThe parent university providing institutional framework, facilities, academic supervision, and support for KNR activities. Students can earn credits, scholarships, and complete thesis projects through the university.
• SKAP, ADK, Międzywydziałowe Koło Naukowe SmartCityminorStrategic or Co-development PartnerOther student organizations at Warsaw University of Technology that collaborated with KNR on the e-MaksPower electric bolid project, bringing together multidisciplinary expertise.

Scale indicators6 records

Recent moves6 records

Expansion highlights5 records

Broad incumbents

• Boston Dynamics: Industry leader in humanoid (Atlas) and quadruped (Spot) legged robots — directly comparable technology domain to KNR's Walking Robots Team (Melson, Melania, Melchior, Meldog).
• NASA JPL Robotics: JPL designs and operates Mars rovers (Curiosity, Perseverance) and planetary robotics — directly comparable domain to KNR's HAL-062 rover program, though at vastly larger scale.

Direct peers

• MIT Robotics Team: MIT student robotics teams spanning autonomous vehicles, humanoid, and drone projects that compete in international robotics competitions — directly comparable as a multi-discipline university robotics program.
• Stanford Robotics Club: Stanford's student robotics organization develops autonomous vehicles, drones, and humanoid projects for international competitions — similar multi-discipline student-led portfolio to KNR.
• Carnegie Mellon Robotics Club: CMU's student robotics teams and Robotics Institute spinoffs participate in RoboCup, autonomous racing, and humanoid competitions — a top-tier comparable in scale and ambition to KNR.
• AGH University of Science and Technology Robotics (Poland): AGH's student robotics teams are direct domestic Polish competitors at ERC and other international competitions; share similar university-club structure, Polish ministry funding pathways, and competition circuit.
• ETH Zurich Robotics (ASL / RSL): ETH Zurich hosts leading student robotics research in autonomous systems, legged robots, and drones with strong competition participation — closest European peer in technical depth.
• Wrocław University of Science and Technology Robotics: Another major Polish technical university with student robotics teams competing at the same national and international circuits as KNR — direct domestic peer.
• TU Braunschweig (Carolo-Cup host): TU Braunschweig hosts the Carolo-Cup autonomous-driving competition and runs student teams that compete in it — directly comparable in autonomous-vehicle student robotics activity.
• Caltech Robotics: Caltech's student robotics teams work on autonomous systems, legged locomotion, and drones for international competitions — comparable in scale and multi-discipline structure.

Market position

Strengths4 records

Weaknesses4 records

Competitive moat4 records

Key risks5 records

Key highlights6 records

Customer concentration

• GitHubgithub.com/KNR-PW
• LinkedInlinkedin.com/company/knr-pw
• Facebookfacebook.com/knr.pw
• YouTubeyoutube.com/@kolo_naukowe_robotykw_pw

Revenue estimate

Valuation estimate

Number of profiles

Profiles3 records

Funding overview

Funding rounds

Investors

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M&A

Investments

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Frequently asked questions about Students' Robotics Association (Koło Naukowe Robotyków KNR)