Autonomous Surveillance Drone
By Trish Kanana
The objective of this project is to design an autonomous surveillance drone that can monitor and detect any potential threats from illegal hunters and poachers to wildlife in Kenya's national parks and game reserves. The drone will be equipped with advanced sensors and cameras to search for signs of danger and will be operated remotely by park rangers.
The main goal of the design is to maintain and monitor the well-being of wildlife and endangered species in Kenya. By using an autonomous drone, the surveillance process will become more efficient and effective, reducing the risk of illegal activities that may threaten the safety of animals in national parks and game reserves.
The design concept for the drone is inspired by the morphing of a hi-tech bird with a rugged exterior that can camouflage with the environment for unnoticeable detection. The drone will be designed to fly quietly, mimicking the movements and behaviors of a bird, allowing it to blend in seamlessly with the environment and avoid detection by poachers.
The drone will be equipped with high-resolution cameras and advanced sensors that can detect the presence of humans, animals, and vehicles from a distance. It will also have thermal imaging technology to detect heat signatures, which will be helpful in identifying poachers in the dark.
The project will involve designing and prototyping the drone, testing its functionality and efficiency, and fine-tuning its design for optimal performance. The drone will be tested in real-world conditions in national parks and game reserves, where it will be used to detect potential threats to wildlife and help park rangers respond in a timely manner.
Ultimately, the design of an autonomous surveillance drone for wildlife monitoring in Kenya's national parks and game reserves will be an important step towards protecting endangered species and maintaining the biodiversity of the region. The use of advanced technology in this project will not only make the surveillance process more efficient but will also reduce the risk of harm to park rangers who work tirelessly to protect the wildlife in these areas.
Concept Development
3D Model
Prototype Construction
Final Design
