Our Projects
SOLAR POWERED RADIO CONTROLLED PLANE
Renewable solar energy powers the RC plane motor, which requires 6-7 volts and 40-60 amps. To meet this demand, 14 solar cells with 0.5 volts and 6 amps panels were installed on the aircraft for energy generation.
Solar Powered radio controlled plane
UMANTIS
Unmanned aerial navigation and terrestrial vehicle developed with aerial and terrestrial surveillance vehicle. A prototype was developed of the hybrid version.
UMANTIS
HAAPS
High Altitude Aeronautical Platform Station. They are operated in 17-22 km altitude of stratospheric layer. It is developed for long range wireless narrow band and broadband telecommunications as well as broadcasting.
HAAPS
AERIAL CROP YIELD ESTIMATOR
Developing a precise aerial crop yield estimator using data from UAVs and advanced deep learning techniques, such as convolutional neural networks.
Aerial Crop Yield Estimator
AERIAL CROP HEALTH MONITORING SYSTEM
Utilising the NDVI approach, crop health is monitored based on the light reflection of healthy and unhealthy plants.
Aerial Crop Health Monitoring System
AERIAL PESTICIDE SPRAYER
This aircraft can access sensitive and hard-to-reach areas, enabling the development of an aerial pesticide sprayer for precise crop protection at a fixed altitude.
Aerial Pesticide Sprayer
HOT AIRFOIL CUTTER
It is a device based on heating principle. The hot wire enables to pass through the specific material. It was designed and fabricated to obtain airfoil structure for the wings.
Hot Wire Airfoil Cutter
SURVELLIANCE DRONE
The autonomous drone, weighing approximately 2.5 kg, is configured in an H shape for optimal stability during perimeter surveillance. It employs a Pixhawk flight controller for precise autonomous operations, with Mission Planner serving as the ground control station (GCS). The onboard Raspberry Pi enhances computational capabilities, and the drone is versatile enough for payload dropping.
Surveillance Drone
AUTONOMOUS PLANE
An autonomous fixed wing UAV for payload dropping and medical kit is an unmanned aerial vehicle that has a fixed wing design and can fly without human intervention to deliver medical supplies or equipment to a desired location. Autonomous fixed wing UAVs can be useful for emergency situations, rural areas, or remote locations where conventional delivery methods are not feasible or safe.
Autonomous Plane
V-TOL
Vertical Takeoff Landing is of the successful team project accomplished by Aero Club Nitte. It had won the "Best project of the year award" at the major Project Expro exhibition and competition, 2024. It is fully hand-crafted.
V-TOL Project