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The Solar Ray project at the University of Florida focuses on designing an autonomous flapping underwater robot. This innovative robot is capable of avoiding obstacles, capturing video footage, and storing it on an SD card. It can dive up to 10 feet for 2 hours, recharging automatically with solar energy. The hardware includes a microcontroller, a powerful battery system, various sensors for obstacle avoidance, and a high-resolution camera. The project aims to advance intelligent machine designs in underwater exploration and environmental monitoring.
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Solar RayRobert Loverdlove@ufl.eduUniversity of FloridaDepartment of Mechanical and Aerospace Engineering EEL 5666C – Intelligent Machines Design Lab A.A. Arroyo, E.M. Schwartz, M. Pridgen, T. Vermeer
Solar Ray - Project Goals • Autonomous Flapping Underwater Robot • Avoids Obstacles • Obtains Video, Stores on SD Card • 2 hour Dive, 10+ ft deep • Automatic Recharge with Solar Energy
Solar Ray - Hardware • Microcontroller: PV Board • 8V Power Harness: 18 AA, 2300mAh Energizer Batteries • Powerfilm R15-30 Solar Charger (300mA)
Solar Ray - Hardware • Sensors • 2 Waterproof On/Off Switches: Power On/Off, Feedback • 2 CdS Cells: Sense Light • 2 Hawkeye D11S Depth Finders: Obstacle Avoidance • 1 DVR + 1/3” Color CMOS 1.5 Lux Bullet Camera • Actuators: Servos • Flapping: 2 Hitec HS-7950TG (486 oz-in) • Pitch: 2 Hitec HS-65HB (25 oz-in)
Questions? DVR Weight Tuning PV Board, LCD CdS Cells On/Off Switch Programming Extension Battery Packs (Up to 30 AA’s) Flapping Ctrl Hawkeye D11S Depth Sounders AOA Tuning Pitch/Yaw Ctrl Bullet Camera (720x480,110min) Jacket: TBA