L0 · MechanicalStarter product
Rubber Band Mechanical Fish
A direct and memorable way to understand stored energy, linkage motion, tail oscillation and propulsion in water.
No electronicsBuild & swimEntry STEM
View product →Families · Workshops
OceanMotion Lab Collection
Three ways to enter the water.
From visible mechanics to robotic sensing and advanced experimentation, each product is part of one coherent pathway—designed to make underwater intelligence easier to see, understand and explore.
L0Mechanical FishVisible motion
L1RoboFish EDUSensing & feedback
L2RoboFish ProAdvanced platform
L3Diving RoboFishComing soon
Current Collection
Distinct products. One design language.
The current collection is intentionally progressive: start with propulsion and visible mechanics, move into sensing and feedback, then advance toward richer robotic fish experiments.
L0 · Mechanical
L1 · EDU RobotEducational robotic fish
RoboFish EDU
An accessible robotic fish built around a protected core canister, variable speed, light sensing and visual feedback.
Core canisterLight sensingRGB feedback
View product →Schools · Camps
L2 · AdvancedAdvanced platform
RoboFish Pro
A dual-servo, surface-swimming platform designed for advanced demonstrations, pilot programs and sensor-ready experiments.
Dual-servoSensor-readyPilot platform
View product →Advanced programs
Capability Progression
From motion to autonomy.
The product family is designed as a progression rather than a collection of disconnected items. Every level adds one clear capability while preserving the connection between body, water and behavior.
L0
Mechanical motionUnderstand propulsion
See how stored energy and linkage motion become oscillation and thrust.
Explore Mechanical Fish →L1
Sensing & feedbackAdd robotic behavior
Introduce speed modes, light-sensitive response and visual feedback.
Explore RoboFish EDU →L2
Advanced experimentationExpand the platform
Move into dual-servo propulsion and sensor-ready water experiments.
Explore RoboFish Pro →L3
Coming soonControl depth
Active ascent and descent will extend the platform into deeper underwater robotics education.
Follow the roadmap →Selection Guide
Find the right fit.
A refined comparison for families, educators, program leaders and partners—organized around product value, audience and learning focus.
L0 · Mechanical Fish
Best first experience
Core valueVisible propulsion without electronics
Best fitFamilies, workshops and entry STEM
Learning focusEnergy, linkage, tail motion and thrust
L1 · RoboFish EDU
Best for introductory robotics
Core valueSensing, feedback and modular architecture
Best fitSchools, camps and demonstrations
Learning focusControl, response and embodied behavior
L2 · RoboFish Pro
Best for advanced programs
Core valueDual-servo propulsion and sensor payloads
Best fitAdvanced demos, pilots and projects
Learning focusActuation, sensing and system integration
L3 · Diving RoboFish
Future depth-control platform
Core valueActive ascent and descent
StatusComing soon
Learning focusDepth control and underwater autonomy
NOTE
Current RoboFish EDU and RoboFish Pro are surface-swimming platforms.
Ask about the roadmap →Active diving and surfacing will be introduced in the future L3 platform.
Need guidance?
Tell us your audience and use case.
We can help identify the most suitable product level for family use, school programs, workshops, pilot projects or distribution discussions.