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An IIT Madras Incubated
FLIGHT DYNAMICS & CONTROL SYSTEMS
Introducing Our Industry Grade Agri-Drone Flight Controller
1.2
India's First Industry Grade Flight Controller for Agriculture Drones
Designed for Precision Agriculture
Precision agriculture, often referred to as precision farming, is an innovative approach that integrates technology to optimize farming practices. One of the most impactful tools in this revolution is the use of agricultural drones. These unmanned aerial vehicles have transformed the way farmers gather critical data, monitor crops, and make informed decisions. In this article, we'll delve into the applications and benefits of precision agriculture with agricultural drones.
Features
Intelligent control
Predictive Control System is a Real-time control adjustment for enhanced drone flight stability and efficiency.
100 % Redundant Sensors
Triple IMU
Dual Baro
Complete sensor safety !
RC Fail Safe
Loss of RC signal triggers Return to Home
Position Lock
Maintains accurate drone positioning for stable flight even under adverse conditions.
Proprietary Firmware
Manual & Stabilized Mode
In-house custom built firmware for optimal drone performance.
Allows the user total control for exact and quick drone maneuvering.
Inbuilt Vibration Damping
A built-in vibration damping system in drones that minimizes vibrations for more stable and efficient flights.
Autonomous Navigation
Drone navigating and operating tasks independently.
ESC Telemetry
Real-time motor performance data for improved flight control and safety.
Altitude Hold
Maintains a consistent drone altitude automatically.
Geo Fencing
RTL
Automatically navigates the drone back to its launch position.
GPS-enabled virtual boundaries for safe and legal drone operations.
Ports
UART
4
1
PUMP OUT
1
INDICATOR
CAN
2
1
BUZZER
1
PMU
RC IN [S BUS]
1
1
FLOW SENSOR
MOTOR OUT
8
Crop Bird Package
Flight Controller
GPS
Indicator
PMU
APPLICATION
Agriculture Spraying Drones
The Crop Bird Flight Controller excels in precise pesticide spray applications, ensuring targeted and efficient distribution of pesticides, reducing environmental impact, and minimizing chemical usage. Its user-friendly interface and real-time feedback further enhance the accuracy and cost-effectiveness of pesticide spraying, making it an invaluable tool for modern precision agriculture.
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