Motorized Solar Scarecrow Bird Animal Repellent Birds are intelligent enough to recognize scarecrows as fake humans since they don’t move, hence scarecrows have rarely been successful in keeping them away from fields. The system uses a CONTROLLER, a DC motor, a battery, solar panels, gears, linkage joints, a microphone for sound detection, a pole, and a model frame to construct the system. On a metal pole in a field, the scarecrow is positioned. Due to the lack of a need for an external power source, it may be installed anyplace outside.
Variable Head Solar Grass Cutter Weed Trimmer The robotic vehicle achieves this process using a set of geared motors with wheels, a metal robotic frame, ultrasonic sensors, controller circuitry, batteries, and a solar panel. The technology employs ultrasonic motors with control electronics to travel across gardens and lawns with ease. The robotic vehicle has four-gear motors attached to it to provide the necessary torque for navigating gardens and lawns. We attach four substantial rubber wheels to the motor shafts so they won’t get caught in weeds and grass.
8 Leg Spider Robot by Theo Jansen Linkage Theo Jansen's connections control the kinematic motion used by the spider robot. This makes it possible to convert a DC motor’s rotating motion into an animal-like step motion. Two DC motors are used by the robot to drive the mechanism. The robotic chassis, or mainframe, has motors situated on two opposing sides. Using Jansen connections, the gear action is changed into a stepping motion. This connection arrangement enables the eight legs combined to move in any direction.
Goods Transport Stair Climber Robot The robotic vehicle utilizes a motorized tracked setup together with a Gripper setup that is controlled by a wireless remote controller. User movement orders are sent to the tracked robot via the wireless remote. An rf receiver and an Atmega328 microprocessor are coupled in the robot receiving circuitry. The microcontroller was given the movement orders that the rf receiver had picked up. This data is processed by the controller, which then controls 4 Motors to provide the required movement.
Oil Skimmer RC Boat This project creates a little RC drone boat that separates oil from water by acting as an oil skimmer. Working together, a swarm of these tiny drones can clean up oil spills and save the oil itself. The user uses an RC remote control to steer the boat, which is driven by a DC engine and has two rudders. A built-in oil skimmer mechanism on the RC boat separates the oil from the water and collects it in a different tank. This makes it possible to collect oil from the water in addition to cleaning it.
Wireless Master Joystick Controller for Robotics The controller, a wireless joystick, responds to human inputs and enables remote control of robotic equipment. Here, we employ a joystick to send steering-type signals from the user, and four push buttons to receive button press commands from the user. The user has a choice of communication methods, including Bluetooth and RF frequency. An internal switch on the controller remote lets the user choose their preferred communication method.
Off-Road Adventure Robot with Action Camera This robot’s straightforward mechanism makes it simple to use and maintain. This Robot’s batteries, microcontrollers, and circuits are protected from the elements by a closed, heavy-duty metal chassis, allowing it to function even in the worst conditions. It can even film and follow your off-road escapades in the first person with this Robot’s action camera mount.
Waterproof Action Camera Drone Most drones suffer from this deadly fault, which renders them useless during downpours and thunderstorms. The fragility of traditional drones is something that our waterproof action camera drone seeks to address. This drone, which has a range of up to a kilometer, may be used for both scouting and firing. This drone can easily hold any type of action camera because of its payload capacity of up to 500 grams.