Course Content
How to Use These for a Training Programme
1. Introduction to Kisan Drone Operations Overview of drones in agriculture Role and responsibilities of a Kisan Drone Operator Types of agricultural drones Benefits of drone-based farm operations (spraying, mapping, monitoring) 2. Basic Drone Technology Parts of a drone (frame, motors, ESC, propellers, GPS, IMU, flight controller) Types of batteries and charging safety Payload systems and sprayer mechanism Sensors used in agriculture (RGB, multispectral) 3. DGCA Rules & Drone Regulations Categories of drones (Nano, Micro, Small, Medium) UIN (Unique Identification Number) UAOP (Operator Permit) / Digital Sky platform No-fly zones and airspace restrictions Safety guidelines and compliance procedures 4. Pre-Flight Preparation Site assessment and field layout Drone inspection checklist Battery check, propeller check, payload check Understanding weather conditions Mission planning using flight apps 5. Basic Flying Skills Manual and autonomous flying Takeoff and landing procedures Hovering, directional control, altitude management Emergency landing exercises Using remote controller & mobile app/ground control software 6. Advanced Drone Operations GPS mission planning Waypoint navigation Automated spraying routes Obstacle detection and avoidance Return-to-Home (RTH) functions 7. Agricultural Spraying Operations Types of pesticides, fertilizers, and their spray requirements Tank filling, mixing, calibration, and dosage control Nozzle selection and spray droplet control Drift management and safety gear Field coverage calculation and spray efficiency 8. Crop Monitoring & Mapping Basics of aerial imaging Creating field maps NDVI / multispectral data basics Assessing crop health, plant stress & water needs Generating reports and farmer communication 9. Maintenance of Drones Routine cleaning & servicing Battery maintenance and storage Propeller balancing and replacement Troubleshooting common technical issues Drone logbook management 10. Safety, Risk Management & Emergency Handling Pre-flight and post-flight checklists Chemical handling and PPE Weather considerations Fail-safe systems Managing mid-air failures, signal loss, battery failure 11. Simulator Training Virtual flight practice Manual control exercises Automated mission simulations Emergency drills using simulator 12. Soft Skills & Professional Skills Communication with farmers Recordkeeping and reporting Customer service and field demonstration Entrepreneurship opportunities in agri-drone services 13. Assessment & Certification Practical flying test Theory exam (safety, technology, spraying) Troubleshooting assessment Logbook and documentation verification
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kisan drone operator

Basic Flying Skills

  1. Remote Controller Functions

The remote controller (RC) is the main device used to operate the drone. It includes:

  • Left joystick: Controls altitude (up/down) and rotation (yaw).
  • Right joystick: Controls forward/backward and left/right movement.
  • Mode switches: For changing between manual and GPS/auto modes.
  • RTH (Return-to-Home) button: Automatically brings the drone back.
  • Display/mobile screen: Shows battery levels, GPS strength, flight mode, and camera view.
    Understanding these controls is essential for safe and accurate flying.
  1. Manual Flying: Take-off, Landing, Hovering

Manual flying builds basic pilot skills.

  • Take-off:
    Smoothly raise the drone to a safe height while maintaining balance.
  • Hovering:
    Keeping the drone steady in one position without drifting. This helps improve control.
  • Landing:
    Slowly bring the drone down while ensuring the landing area is clear and stable.
    These skills ensure the operator can control the drone even without automation.
  1. Autonomous Flying: GPS & Waypoint Navigation

Agricultural drones often fly autonomously:

  • GPS Mode:
    The drone uses satellite signals for stable position holding.
  • Waypoint Navigation:
    The operator sets points on a map in the flight app.
    The drone then follows the path automatically for spraying or mapping.
    Autonomous flying helps achieve uniform coverage and saves time in large fields.
  1. Return-to-Home (RTH) Mode

RTH is a built-in safety function.

  • When activated, the drone automatically returns to its take-off point.
  • Triggers include:
    • Low battery
    • Signal loss
    • Manual RTH button press
  • The drone climbs to a safe altitude and flies back avoiding obstacles.
    RTH protects the drone from crashes or getting lost.
  1. Emergency Flight Handling

In emergency situations, the operator must respond quickly:

  • Loss of GPS: Switch to manual mode and stabilize the drone.
  • Low battery warning: Immediately land the drone in a safe location.
  • Strong wind or drift: Reduce altitude and regain control.
  • Obstacle detection alerts: Slow down or change direction immediately.
  • Propeller or motor issue: Perform controlled emergency landing.

Good emergency skills prevent accidents and equipment damage.