OceanMotion Lab · RoboFish PlatformModular learning platform
One visible body, many learning layers.Motion, sensing, shell variation and feedback are designed to be seen, tested and discussed.
View RoboFish EDU →
Embodied intelligence for the water world
Where mechanics become behavior.
OceanMotion Lab transforms underwater motion, sensing and control into premium learning products—helping learners progress from seeing a fish swim to understanding how a body senses, acts and adapts in water.
Mechanics → RoboticsA clear and scalable learning progression
Build → Test → UnderstandReal motion in real water, not just on screen
To C + To BFamilies, schools, workshops and partners
Why OceanMotion Lab
We make underwater intelligence tangible.
Most people first encounter robotics as code on a screen. We begin with something more intuitive: a body moving through water. By making propulsion, morphology, sensing and feedback visible, our products connect fluid mechanics, engineering design and embodied intelligence in one memorable experience.
01
Visible mechanics
Users can directly observe how stored energy or actuation becomes tail motion, thrust and directional behavior.
02
Progressive learning
Each product level adds one clear capability—from motion to sensing, from sensing to robotic experimentation.
03
Research-inspired design
Products are informed by real questions in biomimetics, hydrodynamics and underwater robotics.
04
Real water testing
Learning happens through building, launching, observing, comparing and improving in a real aquatic environment.
Roadmap
From first motion to underwater autonomy.
One coherent product family. Each level adds capability while preserving the educational logic: see motion, add sensing, expand experiments, then move toward active depth control.
L0
Mechanical motion
Rubber Band Mechanical Fish
A first entry into aquatic locomotion through visible propulsion, linkage motion and water interaction—without electronics.
Explore L0 →L1
Sensing & feedback
RoboFish EDU
An entry robotic fish with protected core canister, speed variation, light-sensitive response and programmable feedback.
Explore L1 →L2
Advanced experimentation
RoboFish Pro
A more advanced surface-swimming platform designed for dual-servo propulsion and sensor-ready demonstrations in water.
Explore L2 →L3
Coming soon
Diving RoboFish
The next level will introduce active ascent and descent for more complete underwater robotics education.
Follow the roadmap →Built for different journeys
One product family, multiple ways to engage.
OceanMotion Lab supports multiple pathways: hands-on family learning, structured classroom progression, museum-style engagement and future partnership or distribution programs.
Start with motion.
Low-barrier products that create immediate curiosity through building and launching.
Teach through progression.
A structured pathway from mechanical understanding to sensing, feedback and embodied robotics.
Make science visible.
Short-format programs centered on interaction, comparison and observable behavior in water.
Scale a compelling program.
Product, training and curriculum directions suitable for education and program collaboration.
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Our belief