ROBOTIC ARCHITECTURE & BLUEPRINT
Our Model Design
Designed in Tinkercad, our 3D blueprint integrates solar power, filtration, and autonomous navigation into one compact, efficient robot.
PWR-SOL0112V / 50W Output
Solar Power Array
Renewable Energy
High-efficiency photovoltaic panels convert sunlight into electricity, ensuring the robot operates autonomously for extended restoration missions.
Key Functions:
- Autonomous Charging
- Extended Mission Life
- Eco-Friendly Power
Specs: Output: 50W | Battery: 12V Li-ion
View Tech SpecsVerified Design
PMP-HYD02High Suction Flow
Internal Water Pump
Hydro-Dynamics
The heart of the system, this pump creates the suction required to draw polluted water into the internal cleaning chamber for processing.
Key Functions:
- Polluted Water Intake
- Flow Regulation
- System Circulation
Specs: Flow: 500 L/h | Suction: 0.5 Bar
View Tech SpecsVerified Design
FLT-ORG03Multi-Stage Mesh
Filtration Unit
Purification
A multi-layer system featuring mesh, activated carbon, and sponge to trap microplastics, debris, and harmful pollutants from the water.
Key Functions:
- Microplastic Removal
- Debris Trapping
- Water Clarification
Specs: Layers: 3 | Material: Carbon/Sponge
View Tech SpecsVerified Design
MOV-MUS04High Thrust
Twin Propellers
Hydro-Propulsion
Dual spinning propellers generate forward thrust, allowing the robot to navigate larger areas and reach pollution hotspots efficiently.
Key Functions:
- Forward Navigation
- Area Coverage
- Maneuverability
Specs: Speed: 2.5 m/s | Thrust: 15N
View Tech SpecsVerified Design
SEN-EYE05Echolocation
Ultrasonic Sensor
Navigation
Inspired by bat echolocation, this sensor emits sound waves to detect obstacles, enabling the robot to navigate safely without crashing.
Key Functions:
- Obstacle Avoidance
- Pathfinding
- Safe Navigation
Specs: Range: 0.02 – 4m | Accuracy: 3mm
View Tech SpecsVerified Design
BAT-CAP06High Capacity
Energy Storage
Power Storage
Robust battery storage that holds the energy generated by solar panels, providing consistent power to all onboard systems and sensors.
Key Functions:
- System Power Supply
- Sensor Energy
- Pump Operation
Specs: Capacity: 10,000 mAh | 12V
View Tech SpecsVerified Design
Need Detailed Blueprint Schematics?
Access our full Tinkercad design files, component lists, and assembly guides for the OceanLungs prototype.
Scientific Integration
Subject Integrations
OceanLungs combines physics, chemistry, biology, and AI to restore aquatic ecosystems through autonomous, solar-powered water cleaning.
01Physics Core
Hydrodynamic Flow
Calculates water flow, pressure, and photovoltaic efficiency to ensure the robot maintains optimal suction and power conversion rates.
FieldFluid Dynamics
CycleReal-time
ScopeFlow Mechanics
Suction Efficiency
98.5%
02Chemical Data
Water Chemistry
Monitors pH balance and dissolved oxygen levels, ensuring the filtration process restores water to a healthy, life-sustaining state.
FieldWater Quality
CycleContinuous
ScopepH & Oxygen
Oxygen Saturation
ISO 14001
03Bio-Support
Aquatic Biology
Creates oxygen-rich environments that support the survival, growth, and reproduction of fish, plants, and aquatic microorganisms.
FieldEcosystem Health
CycleDaily Cycle
ScopeBiodiversity
Habitat Recovery
SDG 14 Goal
AI Integration
"Artificial Intelligence analyzes real-time sensor data to detect pollution anomalies, enabling the system to make faster, smarter decisions for water restoration."
AI MODEL
NEURAL NET
SENSOR
ULTRASONIC
POWER
SOLAR PV
STATUS
AUTONOMOUS