Our Product
AquaCleaner
Sleek. Powerful. Efficient.
Autonomous Navigation
Equipped with advanced sensors, including sonar, LiDAR, and cameras, allowing efficient navigation through marine environments.
Modular Design
The robot features a modular design with interchangeable components, allowing for easy maintenance and customization to suit different cleanup tasks and environmental conditions. Modules include debris collection arms, suction pumps, and waste storage units.
Debris Collection Arms
The AquaCleaner is equipped with extendable robotic arms fitted with specialized grippers and sensors for efficiently collecting marine debris of various shapes and sizes. The arms can be maneuvered to target specific areas of debris accumulation, such as garbage patches or coastal areas.
Suction Pump System
Integrated into the robot's body is a powerful suction pump system capable of drawing in water and debris from the surrounding environment. The pump system filters out debris, separating it from the water, and transfers it to onboard storage compartments for later disposal.
Real-Time Monitoring
The robot is equipped with onboard computers and communication systems that provide real-time monitoring of environmental conditions, debris levels, and system performance. Operators can remotely control the robot and receive live video feeds and data updates from its sensors.
Renewable Energy
The AquaCleaner is powered by renewable energy sources such as solar panels and underwater turbines, ensuring sustainable and environmentally friendly operation without reliance on fossil fuels.
Real-Time Monitoring
The robot is equipped with onboard computers and communication systems that provide real-time monitoring of environmental conditions, debris levels, and system performance. Operators can remotely control the robot and receive live video feeds and data updates from its sensors.
Collaborative Operation
Multiple AquaCleaner robots can work together in coordinated teams to cover larger areas and tackle more significant cleanup challenges effectively. They communicate with each other via wireless networks and share data to optimize their cleaning efforts.
