The world of robotics is no longer confined to research laboratories and engineering colleges. Today, students as young as eight years old are designing robots, solving engineering challenges, and competing on national and international stages. The WSRO 2026 is one such opportunity that encourages young innovators to transform their ideas into working robotic solutions while developing critical engineering and problem-solving skills.
At The STEM Makers, we are excited to invite students from 8 to 16 years of age to participate in the various categories of the WSRO competition. Whether your child is taking the first step into robotics or already has experience building robots, our structured coaching program is designed to prepare every participant to perform with confidence.
What is WSRO?
The WSRO is a robotics competition that challenges students to design, build, program, and optimise robots capable of completing carefully designed engineering tasks. Unlike conventional examinations, these competitions reward creativity, teamwork, iterative design, and analytical thinking—skills that define successful engineers and innovators.
The competition features multiple exciting categories:
Competition Categories
Category | Grades / Age | Team Size | Registration Fees |
Blix Robo Sprint | 08-12 years | Min 01 Max 04 | 2000 |
Blix Robo Precision | 12-16 years | Min 01 Max 04 | 2000 |
STEM Balloon Car | 08 -16 years | Min 01 Max 02 | 2000 |
Jr. Robo Race | 08 -16 years | Min 01 Max 02 | 4000 |
Jr. Line Following(Non – Lego) | 08 -16 years | Min 01 Max 02 | 4000 |
Blix Robo Sprint (8–12 Years)
3D Animated Video For Robo-Sprint | Blix Robotix
Perfect for beginners and younger robotics enthusiasts, Robo Sprint introduces students to:
- Basic robot construction
- Mechanical design
- Motor control
- Speed optimisation
- Programming fundamentals
- Strategy development
Students learn how seemingly simple design choices can significantly influence robot performance.
Blix Robo Precision (12–16 Years)
3D Animated Video For Robo-Precision | Blix Robotix
Precision is the hallmark of great engineering. This category demands robots capable of navigating accurately while executing highly controlled movements.
Participants learn to:
- Design stable mechanical systems
- Improve task accuracy
- Tune robot performance
- Develop repeatable behaviour
- Analyse errors and improve reliability
This category bridges the gap between introductory robotics and advanced engineering design.
🎈 STEM Balloon Car (8–16 Years)
A fun, hands-on engineering challenge where students build a vehicle powered entirely by air from an inflated balloon.
Students will learn:
- Principles of force, thrust, and Newton’s Third Law of Motion
- Energy conversion from stored air pressure to motion
- Effects of friction and wheel alignment
- Vehicle stability and aerodynamics
- Design optimisation through repeated testing and improvement
🤖 Jr. Robo Race (8–16 Years)
An exciting entry-level robotics competition where students build and operate a remote-controlled robot to complete a race track in the shortest possible time.
Students will develop:
- Mechanical assembly and chassis design
- Motor and drivetrain selection
- Robot control and driving skills
- Strategic navigation of turns and obstacles
- Teamwork, problem-solving, and competition strategy
🚗 Jr. Line Following (Non-Lego) (8–16 Years)
Students build and program an autonomous robot using non-Lego components that follows a predefined path using sensors without human intervention.
Students gain experience in:
- Electronics assembly and circuit connections
- Sensor integration and calibration
- Embedded programming and control logic
- Mechanical design and weight distribution
- Robot tuning for speed, accuracy, and reliability
- Real-world applications of automation and autonomous systems
Blix – The Ultimate Maze (National Level)
3D Animated Video For The Ultimate Maze | Blix Robotix
The Ultimate Maze presents a significantly more complex engineering challenge where robots must navigate intricate pathways while making intelligent decisions.
Students experience concepts including:
- Algorithmic thinking
- Navigation strategies
- Sensor integration
- Autonomous decision making
- Efficient path planning
This event rewards careful engineering rather than merely fast robots.
Why Robotics Competitions Matter
Preparing for robotics competitions develops far more than technical skills.
Students naturally cultivate:
- Engineering design thinking
- Computational thinking
- Logical reasoning
- Programming confidence
- Team collaboration
- Time management
- Documentation skills
- Communication abilities
- Creative problem-solving
- Resilience through iterative improvement
These competencies align closely with modern competency-based education frameworks and prepare students for future careers in engineering, artificial intelligence, automation, and technology.
Why Train with The STEM Makers?
Since last four years more than 50 students have trained at The STEM Makers and participated in different competitions winning prizes. Participating in robotics competitions is not simply about assembling a kit. Success comes from understanding engineering principles, practising systematically, and learning how to improve designs through testing.
Our training philosophy focuses on developing engineers rather than merely competition participants.
1. Engineering Before Assembly
Students don’t just follow instruction manuals.
They understand:
- Why mechanisms work
- How different designs affect performance
- Trade-offs between speed and stability
- Mechanical efficiency
- Centre of gravity
- Gear ratios
- Friction and torque
These concepts remain valuable long after the competition ends.
2. Structured Design Process
Students experience the complete engineering design cycle:
- Understand the challenge
- Brainstorm solutions
- Prototype
- Test
- Analyse failures
- Improve
- Optimise
- Compete
This mirrors the workflow followed by professional engineering teams worldwide.
3. Strong Programming Foundation
Our mentors guide students through programming concepts gradually, enabling them to:
- Write efficient code
- Debug systematically
- Optimise robot performance
- Build confidence with autonomous robotics
4. Extensive Practice Environment
Competition success comes from repetition.
Students receive ample opportunities to:
- Practise on competition-like arenas
- Test multiple strategies
- Fine-tune robot performance
- Participate in mock competitions
- Learn from real-world engineering failures
5. Experienced Mentorship
The STEM Makers has successfully trained students in robotics, drones, electronics, programming, computational thinking, VEX Robotics, Arduino, and engineering design challenges.
Our emphasis has always been on deep conceptual understanding rather than superficial competition preparation.
Flexible Training Schedule
To accommodate school schedules, The STEM Makers offers both weekday and weekend training batches. Students practise regularly with dedicated mentor guidance and continued access to the practice facility before the competition. Training includes robot design, programming, strategy development, and repeated performance optimisation.
Regional competitions are scheduled across multiple cities (https://wsro.in/events/regional), with national events to follow.
More Than a Competition
Every robotics competition teaches students that failure is not the end—it is simply data for the next design iteration.
A robot that misses its target becomes an engineering lesson.
A programming bug becomes an opportunity to think critically.
A failed prototype becomes the foundation for a better solution.
These experiences shape confident learners who enjoy solving problems rather than fearing them.
Register Your Interest
If your child enjoys building, experimenting, programming, or simply wants to explore the exciting world of robotics, the WSRO Blixathon is an excellent platform to begin.
At TheStemMakers, we are committed to helping every participant grow into a confident problem solver and future innovator.
Join us, build your robot, challenge yourself, and experience the thrill of engineering in action.
The future belongs to creators. Let’s build it together.
Contact us for further details, training, and pricing information.