Problem Statement
Traditional fishing gear result Low productivity fishery is a great concern for both fisheries and policymakers.
Poor Quality fish cached cause the tools and commodity treatment are not as standard result to low price.
We design and explore every potential , resources to maximize fabrication aspect.
- AFR is able to count the number of fish gathered around FADs and inform fishermen on land.
- AFR can provide recommendations for optimal FAD coordinate locations based on fishing statistical data and oceanographic parameters.
- AFR can operate Fishing Equipment. Fishermen who arrive at the FAD location just have to withdraw the fish that eat the bait.
Prototype Fishing Robot
- Body and Frame structure
- Steering and wheel propeller construction
- Construction for holder battery, control CPU, monitor and electric motor
CCTV Monitoring
- Sytem design and implementation
- implementation CCTV intallation
- Reporting system by Hand Phone device
Electric Propeller
- Construction and system electric propeller
- Steering construction to flexible propeller
Network installation
- Networking integrationn system
- Wiring system and installation
- Wiring holder and line
Design Power Supply & Storage
Strategic insights
- Battery
- Solar Cell
- Wind
- Sea Wave
Strategic Planning for Innovative Products
Development of innovative products that have been carried out. The Autonomous Fishing Robot (AFR) development stages consist of:
- Ability as a Fish Aggregating Devices (Smart Rumpon)
- Ability to operate fishing gear (gear throwing)
- Ability to such as GPS tracking (positionign)
- Ability to sail and monitor a group of Rumpon locations (Sailing Routing)
- Ability to count the number of fish around the Rumpon (Counting)
- Ability to provide suggestions for new Rumpon positions (Positioning)
