Mining Expedition
Explore a simulated mining mission where students program and control robots to detect, extract, and collect valuable minerals through strategy and problem-solving.
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About This Challenge
In Mining Expedition, students take on the role of young explorers searching for valuable energy resources. In this simulated environment, participants program and control robots to detect, extract, and collect mysterious minerals.
This challenge combines robotics, strategy, and problem-solving in an engaging mission that builds real-world STEM skills.
What You Will Do
- Design and build a competition robot
- Program autonomous and manual movements
- Detect and release mineral elements
- Collect and transport blocks to scoring zones
- Optimize performance within the time limit
How Scoring Works
Teams earn points by completing tasks during each match:
- Points for each element released from platforms
- Points for collecting elements into the collection zone
- Points for completing battery replacement tasks
- Bonus points for smooth runs with fewer retries
Final rankings are based on total accumulated points across all runs.
Game Strategy
Success in this competition requires planning and adaptability:
- Efficient robot design for precise movements
- Smart programming for autonomous phase (first 60 seconds)
- Effective transition to manual control
- Time management and quick decision-making
Robot Requirements
- Maximum size: 30 × 30 × 30 cm at start
- Maximum 4 motors allowed
- Powered by onboard battery (max 5V)
- No external power sources allowed
Competition Format
Each match lasts 180 seconds:
- 0–60 seconds: Fully autonomous phase
- 60–180 seconds: Manual or assisted control
Teams complete multiple runs, and all scores are combined to determine final rankings.
Road to China
Top-performing teams may qualify for the international ENJOY AI finals in China.
This initiative connects students from Curaçao to global opportunities in robotics and artificial intelligence.
Why Join
- Learn robotics and programming skills
- Develop logical thinking and problem-solving
- Gain real competition experience
- Compete for international opportunities
Competition Details
Competition Fee: 37,50 XCG
* Participation fee only — robot not included.
8–12 years
FO & VO
Beginner to Intermediate
Required Robot
WhalesBot Rocky
Road to China
Top teams qualify for the international finals in China
Everything participants need to fully prepare for the competition, including educational material, resources, and official rules.
Competition Video
Competition Details
Competition Fee: 37,50 XCG
* Participation fee only — robot not included.
8–12 years
FO & VO
Beginner to Intermediate
Required Robot
WhalesBot Rocky
Road to China
Top teams qualify for the international finals in China
Everything participants need to fully prepare for the competition, including educational material, resources, and official rules.
Competition Video
About This Challenge
In Mining Expedition, students take on the role of young explorers searching for valuable energy resources. In this simulated environment, participants program and control robots to detect, extract, and collect mysterious minerals.
This challenge combines robotics, strategy, and problem-solving in an engaging mission that builds real-world STEM skills.
What You Will Do
- Design and build a competition robot
- Program autonomous and manual movements
- Detect and release mineral elements
- Collect and transport blocks to scoring zones
- Optimize performance within the time limit
How Scoring Works
Teams earn points by completing tasks during each match:
- Points for each element released from platforms
- Points for collecting elements into the collection zone
- Points for completing battery replacement tasks
- Bonus points for smooth runs with fewer retries
Final rankings are based on total accumulated points across all runs.
Game Strategy
Success in this competition requires planning and adaptability:
- Efficient robot design for precise movements
- Smart programming for autonomous phase (first 60 seconds)
- Effective transition to manual control
- Time management and quick decision-making
Robot Requirements
- Maximum size: 30 × 30 × 30 cm at start
- Maximum 4 motors allowed
- Powered by onboard battery (max 5V)
- No external power sources allowed
Competition Format
Each match lasts 180 seconds:
- 0–60 seconds: Fully autonomous phase
- 60–180 seconds: Manual or assisted control
Teams complete multiple runs, and all scores are combined to determine final rankings.
Road to China
Top-performing teams may qualify for the international ENJOY AI finals in China.
This initiative connects students from Curaçao to global opportunities in robotics and artificial intelligence.
Why Join
- Learn robotics and programming skills
- Develop logical thinking and problem-solving
- Gain real competition experience
- Compete for international opportunities
