ROBOQuest Junior by Kr8ivity League
by Kr8ivity League, ABL Education LLP
Trip to the iconic Museum of the Future in Dubai
ROBOQuest Junior is a national robotics competition by Kr8ivity League, challenging young Indian minds to design, build, and program robots for complex tasks, fostering innovation and technical skills.
Mode
Hybrid
Fee
₹600
Participation format
Individual and team
Teams of 1 to 3
Duration
Final round 2 days
Eligibility
Open to students in Grades 6-8(ages 11-13) across India. Participants must form teams of 3 maximum, with a mandatory mentor. Key requirements include using the RoboQuest Controller and adhering to specified robot dimensions and motor types.
- Grade level
- Grade 6 to 8
- Age range
- 11 to 13 years
- Eligibility region
- Available nationwide across India
- Academic requirement
- Currently enrolled in a school of any board.
- Prerequisites
- Basic understanding of science and mathematics concepts.
- Interest in robotics, coding, and problem-solving.
- Familiarity with basic coding concepts is beneficial but not strictly required as mentorship is provided.
See if your child qualifies.
Rewards and recognition
Award
Cash prizes will be awarded to teams placed 2nd and 3rd in the Grand Finale. Specific amounts will be announced on the website. Scholarships for STEM courses are also offered.
Prizes
Trip to the iconic Museum of the Future in Dubai
The winning team receives an exclusive trip to the iconic Museum of the Future in Dubai. Trophies are awarded to winners, and prizes are given for special categories such as Kr8ive Design, Best Presentation, and Best Flag & Slogan.
Certificate
Certificate of Excellence & Participation
Certificates of excellence will be awarded to the top teams. E-Certificates of participation will be given to all teams whose robot successfully completes at least 3 tasks.
Opens doors to
Provides a significant competitive edge for admissions to top engineering and technology programs in India and abroad, demonstrating practical skills, a strong portfolio, and a genuine interest in STEM disciplines.
Career pathways
Opens doors to high-demand careers in robotics engineering, Artificial Intelligence and Machine Learning, mechatronics, automation, software development, and various other high-demand STEM fields.
Recognition
National Recognition
Skills your child builds
Key dates
- Registration opened
- 15 Jul 2026
- Registration closed
- 21 Sept 2026
- Competition
- 25 Sept 2026 to 14 Nov 2026
Zonal Rounds
Offline zonal evaluations will be conducted in multiple cities from 29 Sep to 14th Nov 2026.
IIT Delhi Main Campus, New Delhi, Delhi
How to apply
- 1Register online on the official Kr8ivity League website.
- 2Schools can register multiple teams, or students can register independently with a pre-formed team.
- 3Download and accurately fill in team details in the provided Excel template.
- 4Upload the completed Excel file and proceed with the registration fee payment (if applicable) to confirm participation.
Rules and guidelines
- Teams must consist of 3 members.
- Mentors are mandatory for each team.
- Ready-made mechanical assemblies are not allowed; robots must be built using multiple-piece chassis.
- AC power supply will not be provided or allowed during the competition; teams must bring their own power supply (max 12V DC battery).
- Robot dimensions must adhere to specified limits (25 cm x 25 cm x 20 cm L x W x H, excluding dragging part but including wheels, with a ±5% tolerance).
- Only one BotBuilder Board is allowed for programming and control.
- Only mobile phones can be used for robot control (no RC remotes).
- Robots must use BO DC motors with a maximum speed of 150 RPM.
- Robots must be pre-programmed before each round; no reprogramming allowed once the competition starts.
- Teachers and mentors are not allowed in the competition arena during rounds.
Technology requirements
- Access to a computer/laptop with internet connection for online assessment and mentorship.
- RoboQuest Controller (mandatory for robot control).
- Robot building kit (multiple-piece chassis, metal/plastic parts, or RoboQuest kit).
- BO DC motors (max 150 RPM).
- Mobile phone for robot control (Bluetooth module for RoboQuest Controller).
- Power supply (max 12V DC battery) for the robot.
Fees and financial support
Fee details
₹400 per student (if participating through school) ₹600 per student (if participating independently)
Financial support
Full-year scholarships for STEM programs are available for deserving participants, as per their grade. Details regarding scholarship application and eligibility will be provided on the official website.
Refund policy
No refunds are offered for registration fees once submitted.
About this opportunity
ROBOQuest Junior, part of the prestigious Kr8ivity League, is an exciting national robotics competition designed to ignite creativity, innovation, and technical prowess in young Indian students. Participants will dive into the world of robotics by designing, building, and programming robots to tackle a series of complex challenges.
This competition provides a stimulating environment for both novices and seasoned robotics enthusiasts to test their skills and push the boundaries of what robots can achieve. It emphasizes hands-on learning, problem-solving, and critical thinking, preparing students for future careers in STEM fields.
The competition features multiple rounds, including an online assessment, a mentorship stage, zonal rounds, and a grand finale, ensuring a comprehensive and engaging experience.
ROBOQuest aims to cultivate the next generation of innovators and leaders in science and technology, offering a unique blend of excitement and education. The competition focuses on practical application of STEM principles, encouraging participants to develop innovative solutions to real-world problems through robotics. It's an ideal platform for students passionate about technology and engineering to showcase their talent on a national stage.
Rounds and format
The competition consists of four rounds: Aankalan (Round 1): An online assessment testing scientific literacy, coding, mathematical skills, logical thinking, and creativity. This is a non-elimination round. Margadarshan (Mentorship Stage): Online mentorship sessions for students using Kr8ivity League kits. Parikshan (Zonal Round): A knockout round where participants showcase their innovation and creativity. Udaan (Finale): The top 20% team from each zone will advance to compete in the finale.
How entries are judged
Innovation, feasibility, functionality, and presentation of the robot and solution. Points are awarded based on completion time and successful task placements.
Selection process
Teams scoring the highest points in the zonal rounds will qualify for the Grand Finale.
How to prepare
- Kr8ivity League kits
- Online mentorship sessions
- Problem statement and detailed rules and regulations available for download
Academic details
Difficulty: Mixed Levels
What's covered
The competition curriculum is challenge-based, focusing on the practical application of STEM principles. It includes an online assessment covering scientific literacy, coding, mathematical skills, logical thinking, and creativity. Mentorship sessions guide participants in robot design and programming for specific problem statements, fostering a hands-on learning approach.
Frequently asked questions
What are the most effective strategies for students to succeed in the ROBOQuest competition?
Success in ROBOQuest often stems from a combination of strong teamwork, thorough understanding of the problem statement, innovative robot design, and rigorous practice. Participants should focus on mastering basic coding principles, mechanical assembly, and strategic planning for task completion. Effective time management during the competition rounds is also crucial for optimal performance.
How can participants manage competitive pressure and performance anxiety during the various rounds?
Managing competitive pressure involves adequate preparation, practicing under timed conditions, and maintaining a positive team dynamic. Participants are encouraged to view challenges as learning opportunities and focus on their own progress rather than solely on competitors. Mentors can provide valuable guidance on stress reduction techniques and fostering a resilient mindset.
What common mistakes should students avoid during the robot building and programming phases?
Common mistakes include overlooking detailed rule specifications, inadequate testing of robot functionalities, poor cable management leading to disconnections, and last-minute programming changes without proper validation. Participants should prioritize robust design, modular programming, and extensive testing of their robot's capabilities in various scenarios before competition day.
How are the robots judged, and what factors contribute most to a higher ranking in the competition?
Robots are judged on innovation, feasibility, functionality, and the presentation of the solution. Key factors for higher ranking include efficient task completion, adherence to design specifications, strategic navigation, and the ability to adapt to unexpected challenges. Points are awarded based on successful task placements and the time taken to complete the objectives.
What are the long-term benefits for students participating in a national robotics competition like ROBOQuest?
Participating in ROBOQuest provides students with invaluable hands-on experience in STEM, fostering critical thinking, problem-solving, and teamwork skills. It enhances their academic profiles, offering a competitive edge for higher education admissions in engineering and technology. The national recognition and mentorship opportunities also open doors to future career prospects in high-demand fields like robotics and AI.
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