Real-water validationRoboFish Pro / L2
L2 · Research-oriented robotic fish platform
RoboFish Pro
A compact experimental platform for propulsion, sensing and embodied behavior in water.
Designed for advanced demonstrations, research communication and pilot-style programs, RoboFish Pro combines dual-servo actuation, payload-ready architecture and real-water behavior in one refined body.
Current configurationSurface-swimming experimental platform. Active depth control belongs to the future L3 Diving RoboFish.
Research theme 01Propulsion & hydrodynamicsBody–tail–water interaction
Research theme 02Sensing & payloadsEnvironmental measurement concepts
Research theme 03System integrationActuation, electronics and architecture
Collaboration modeDemos, pilots & programsEducation, outreach and partner engagement
Platform positioning
More than a product display.
RoboFish Pro is positioned as a compact experimental platform: visually refined enough for public and partner-facing demonstrations, technically structured enough to support higher-level conversations around propulsion, sensing and embodied systems.
01
Propulsion and body–fluid interaction
Use tail motion, body response and real-water behavior to discuss how actuation is transformed into aquatic locomotion.
Research prompt: how does morphology influence propulsion?
02
Sensing and payload integration
Introduce water-quality, turbidity or related measurement concepts through a visible, compact and extensible architecture.
Research prompt: how does sensing become behavior?
03
System-level experimentation
Connect actuation, protected electronics, communication and payload pathways as one integrated underwater system.
Research prompt: how do subsystems work as one body?
04
Research communication
Translate complex underwater robotics ideas into a physical platform that can be understood by students, visitors and partners.
Research prompt: how can a platform make intelligence visible?
Compact system architectureProtected core, tail-drive assembly and payload-oriented body layout.
Architecture view
Platform architecture
Designed to make the system legible.
The visual openness of RoboFish Pro helps audiences understand how propulsion, protected electronics and sensing pathways are organized inside one compact body.
01
Protected core canisterOrganizes control electronics and power within a visible, protected central architecture.
02
Dual-servo propulsionProvides a richer actuation pathway for more advanced motion and control discussion.
03
Payload-oriented layoutCreates a credible basis for demonstrating water-quality, turbidity and related sensing concepts.
04
Modular experimental bodySupports iterative demonstrations, pilot activities and future platform extension.
RoboFish Pro · Water demonstration
Real-water validation
Behavior is the evidence.
In water, RoboFish Pro becomes more than a designed object. The moving body, visible response and compact architecture create a direct bridge between system design and observable behavior.
This makes the platform effective for advanced classes, laboratory-style demonstrations, capstone showcases, partner visits and early-stage pilot exploration.
Collaboration pathways
A platform for programs, pilots and conversations.
RoboFish Pro can support different forms of engagement—from advanced teaching and technical communication to joint demonstrations and early pilot activities.
Course and capstone demonstrations
Use the platform to connect hydrodynamics, actuation, sensing and system integration in one visible experimental object.
Lab, visitor and partner showcases
Present underwater robotics concepts in a form that is technically credible, visually clear and easy to discuss.
Sensor and program co-development
Use RoboFish Pro as a starting point for payload demonstrations, workshop formats or early-stage collaborative pilots.
Research and partnership inquiry
Discuss a demonstration, pilot or advanced program.
Tell us about your audience, technical focus or intended application, and we can explore how RoboFish Pro fits within a broader education, research communication or partnership pathway.