Multispectral Imaging and Unmanned Aerial Vehicles
Advisor(s)
Dr. Eric Smith, Illinois Mathematics and Science Academy
Location
Room A147
Start Date
26-4-2019 9:45 AM
End Date
26-4-2019 10:00 AM
Abstract
With recent technological advances, personal unmanned aerial vehicles are a cheap alternative for flight. The combination of UAVs and multispectral sensors have many benefits for the world. It can be used for search and rescue operations or even revolutionize calibrated photogrammetry 3D modeling. The research our group focuses on the benefits this combination has for agriculture. A drone can carry the sensors to analyze plots of farmland. The data received gives important information on crop stress, infestation, disease, nutrient deficiencies. It also enables farmers to act accordingly for a successful harvest. Our project works for the Morton Arboretum because of their interest in this ever-developing field of research. Using a commercially sold drone, we built onto its accessories for the camera and sensors. Utilizing Arduino, we can transmit and receive information with the drone. We can control the drone’s movement and camera angle as well. The addition of the antenna increased its radius of action. Using 3D printing, we designed and printed reliable parts. This enhancement lowers the drone’s overall weight and improves stability in flight. Stability is extremely important for high-quality photos and accurate data. In the future, we hope to use different materials and build upon our base.
Multispectral Imaging and Unmanned Aerial Vehicles
Room A147
With recent technological advances, personal unmanned aerial vehicles are a cheap alternative for flight. The combination of UAVs and multispectral sensors have many benefits for the world. It can be used for search and rescue operations or even revolutionize calibrated photogrammetry 3D modeling. The research our group focuses on the benefits this combination has for agriculture. A drone can carry the sensors to analyze plots of farmland. The data received gives important information on crop stress, infestation, disease, nutrient deficiencies. It also enables farmers to act accordingly for a successful harvest. Our project works for the Morton Arboretum because of their interest in this ever-developing field of research. Using a commercially sold drone, we built onto its accessories for the camera and sensors. Utilizing Arduino, we can transmit and receive information with the drone. We can control the drone’s movement and camera angle as well. The addition of the antenna increased its radius of action. Using 3D printing, we designed and printed reliable parts. This enhancement lowers the drone’s overall weight and improves stability in flight. Stability is extremely important for high-quality photos and accurate data. In the future, we hope to use different materials and build upon our base.