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Agri Kisan Drone V2

Precision Agriculture Drones

Agri Kisan Drone V2

Product Overview

The Agri Kisan Drone V2 (GA-AD-V2) developed by Garuda Aerospace is a precision agriculture drone platform designed to support efficient crop spraying operations. The drone facilitates the uniform application of fertilizers, pesticides, and crop nutrients across agricultural fields. Equipped with sensor-enabled flight capabilities, including terrain-following and obstacle detection features, the platform supports controlled and accurate spraying operations. The system is designed to enhance operational efficiency while enabling more controlled and consistent agricultural spraying.

Technical Data

Model Name

GA-AD-V2

Rated Payload (kg)

8 kg

Gross Weight (kg)

24.9 kg

Rated Climb Rate

3 m/s

Rated Speed

10 m/s

Tested Endurance

11 mins

Rated Range

1.5 km

Design Altitude

25 m

Dimensions

1988 x 1804 x 580 mm

Rated Ceiling

120 m

System Features

Precision aerial spraying for crop protection and nutrition.

Terrain following sensors for stable flight over uneven farmland.

Obstacle detection sensors for agricultural operations.

Smart spray system with controlled flow distribution.

Flow sensors for consistent spraying output.

Stable flight platform optimized for agricultural missions.

Rapid deployment for large farm operations.

Payload & Sensor System

Spray System

Spray System

Integrated spraying system for fertilizers, pesticides, and nutrients.

Terrain Following Sensors

Terrain Following Sensors

Maintains consistent altitude above crops.

Obstacle Detection Sensors

Obstacle Detection Sensors

Avoids collisions during field operations.

Flow sensors

Flow Sensors

Controls liquid output for uniform spray distribution.

Applications

Farm management

Farm Management

Precision agriculture

Precision Agriculture

Crop protection

Crop Protection

Large farm operations

Large Farm Operations

Garuda's Advantage

Terrain-following sensors designed for stable flight over uneven farmland.

Precision flow control designed to reduce over-application of chemicals.

Obstacle-detection sensors designed to support collision avoidance in the field.

Engineered for rapid, large-scale farm deployment