Maze Solver Challenge: Engineer the Fastest Path to Success
Are you passionate about robotics, engineering, and solving complex challenges? Kreativity League 2026 presents RoboQuest Sr. – Maze Solver Challenge, an exciting robotics competition for students of Grades 9 to 12.
In this challenge, teams design and build a manually controlled robot capable of navigating a maze, identifying the shortest route, overcoming obstacles, and reaching the target zone in the least possible time. Success depends on smart engineering, precise control, strategic planning, and quick decision-making.
🚀 What is RoboQuest Sr.?
RoboQuest Sr. is a robotics competition where students design, construct, and operate a compact robot to solve a challenging maze.
The objective is simple—but challenging:
- Navigate through an unknown maze
- Identify the shortest and most efficient path
- Reach the destination zone as quickly as possible
- Earn bonus opportunities by reaching designated power markers
The competition tests both the robot's design and the team's ability to think and react under pressure.
👥 Who Can Participate?
- Grades: 9–12
- Team Size: Maximum 3 students per team
🚀 Competition Journey
The competition progresses through three stages:
👨🏫 Mentoring
Attend LMS sessions to understand the competition rules and receive expert guidance.
🏆 Zonal Competition
Compete in the maze-solving challenge against teams from your zone.
🌟 National Finale
The top 20% of teams from each zone, based on their scores, will qualify for the National Finale.
💡 Challenge Highlights
1. 🤖 Maze Solver Robot
Build a manually controlled robot that can:
- Navigate through a maze
- Make quick directional decisions
- Reach the destination in the shortest possible time
A compact, reliable, and well-designed robot will provide a competitive advantage.
2. 🧭 Navigation Strategy
The challenge is not just about speed—it is also about strategy.
Teams must:
- Identify the shortest route
- Handle multiple possible paths
- Make rapid navigation decisions
- Collect bonus opportunities by reaching designated power markers
3. 🚨 Disaster Rescue Simulation
The maze represents real-world environments encountered during rescue and exploration missions.
Students apply robotics concepts inspired by:
- Disaster response
- Search and rescue operations
- Tunnel navigation
- Collapsed structures
- Hazardous environments
This challenge demonstrates how robotics can assist in situations where human access is difficult or dangerous.
📋 Robot Specifications
To ensure fair competition, every robot must meet the following requirements.
Control System
- Robot must be wirelessly controlled using its designated remote controller.
- Mobile phones are not permitted for robot control.
Motors & Power
- BO DC motors only
- Maximum motor speed: 300 RPM
- Battery voltage must not exceed 12V
Robot Dimensions
- Maximum size:
- 16 cm × 16 cm × 15 cm
- Wheels are included in the measurement.
- 5% tolerance is permitted.
Arena
- Maze dimensions: 16 ft × 16 ft
- Wall separation: 20 cm
- The maze layout will be revealed only on the day of the Zonal Competition, making strategy and adaptability essential.
🎯 Skills You'll Develop
Participating in RoboQuest Sr. helps students strengthen valuable engineering and problem-solving skills, including:
- 🤖 Robot Engineering & Mechanical Design
- 🧭 Navigation & Precision Control
- ⚡ Speed & Operational Efficiency
- 🧠 Problem Solving Under Pressure
- 🔧 Strategic Planning & Decision Making
- 🤝 Teamwork & Collaboration
🌟 Why Participate?
RoboQuest Sr. offers students an exciting opportunity to apply engineering principles in a real-world robotics challenge. Participants gain practical experience in robot design, wireless control, navigation strategies, and quick decision-making while competing in a dynamic and unpredictable environment.
The competition encourages innovation, resilience, and teamwork while introducing students to robotics applications in disaster management, industrial automation, and autonomous navigation. It is an ideal platform for aspiring engineers and technology enthusiasts to showcase their creativity and technical skills.
Design. Navigate. Solve. Succeed.
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