Design
Turn ambition into a testable mechanism, program, strategy, or learning experiment.
The Age of Wonder // FTC Team 36009
Challenge
Accepted.
Powered by curiosity, OtterBots brings students, mentors, families, and community together to imagine more, learn faster, and build things that once felt beyond possible.
Powered by Curiosity
You are the next Frontier.
Every breakthrough begins with someone wondering, “What if?” Students bring the questions. Mentors share experience. Families create opportunity. Community gives ideas room to grow. Frontier tools help young builders explore farther while imagination, effort, and courage lead the way.
Small Hands. Big Futures.When young people learn to ask better questions, build with others, and trust their ability to solve hard problems, the frontier moves forward.
Born to Build
Dream. Design. Discover.
Big ideas become real through a simple rhythm: design, measure, analyze, improve, and control. Every attempt reveals something new. Every lesson becomes a stronger beginning for the next student.
Measure
Capture timing, accuracy, reliability, behavior, constraints, and unexpected outcomes.
Analyze
Compare evidence with the goal. Find the bottleneck, contradiction, or failed assumption.
Improve
Change one meaningful variable, test again, and retain only measured progress.
Control
Make the improvement repeatable through feedback, documentation, training, and safe limits.
Find Your Spark // Agency
Your ideas can move the world.
Students define the goal, make the decision, test the machine, and accept responsibility for the result. Mentors and Frontier tools expand what they can attempt without taking ownership away.
Real Life Magic // Ubiquitous Intelligence
Insight, right when curiosity strikes.
Microsoft Scout connects research, code, design tools, testing, and publishing so students can bring the right context into the moment they are solving a problem.
Every Great Story Starts Small // Shared Intelligence
One discovery becomes the next beginning.
Our LLMWiki transforms sources, decisions, experiments, contradictions, and procedures into durable team knowledge. Every student inherits a stronger starting point and leaves one behind.
Digital Twins // The Age of Wonder
Discover the extraordinary.
A robot does not move in abstractions. Mass, torque, traction, inertia, geometry, timing, and uncertainty all meet on the field. Digital Twins help students see those relationships sooner—and arrive at the physical robot with better questions.
Born to Build
What’s Your Superpower?
Field-scale physics
Understand the system.
Geometry, travel distance, sightlines, traffic, scoring state, and alliance timing shape every mechanism.
Robot physics
Model the forces.
Motor curves, gearing, mass, traction, inertia, launch geometry, and timing become testable hypotheses.
Measured reality
Calibrate the model.
Simulation proposes. Testing decides. Every difference becomes another opportunity to learn.
Growth Mindset
Imagine. Create. Inspire.
Try something brave. Observe honestly. Keep what works. Learn from what does not. Mentors guide without taking ownership, and teammates challenge and support one another. The result is more than a better robot—it is a young person ready to learn, adapt, and lead through change.
01
Code
Open every block.
Interactive diagrams, full comments, downloadable Blocks files, JavaScript, and student-friendly math explainers.
Visit Code Lab →02Our Work
Follow the whole journey.
Engineering decisions, control systems, professional learning, community resources, sustainability, and student ownership.
See what we are building →03Roblox Simulation
Test the strategy.
Use our Roblox Simulation to explore scoring cycles, traffic, parking, and alliance decisions.
Launch Roblox Simulation →Our season loop
Unleash What’s Next.
Every choice becomes more valuable when students can explain what they tried, what they discovered, and what they will do next. Frontier tools help them move faster; the dream always belongs to the student.
student@otterbots:~$ season-loop
01 → Ask a precise question.
02 → Design and document alternatives.
03 → Test the Roblox Simulation and physical robot.
04 → Measure, learn, and iterate.
05 → Let every student explain the evidence.