Скачать или смотреть Agri Drone Build Part 02 | Hexacopter for Smart Farming | Connect Robo

Welcome to Connect Robo, an initiative by @ConnectShiksha where we turn ideas into real working projects.
In this video, we’ve built a Smart Agriculture Drone (Hexacopter) specially designed for spraying pesticides and fertilizers in farms 🌾.
This is a fully manual RC-controlled drone that mixes Robotics and Aerodynamics to help farmers save time, effort, and maintain accuracy during spraying.

⚙️ In This Video You’ll Learn
How to design and assemble a Hexacopter from scratch
Step-by-step motor, ESC, propeller, and controller setup
Complete spraying system with water pump and nozzles
Manual control using FlySky CT6B remote
Real field testing and performance results

🧰 Project Components Used
This drone uses a Radiolink Crossflight flight controller for stable and smooth flight control.
It runs on six A2212 1000KV brushless motors connected to 30A SimonK ESCs for balanced power.
All parts are mounted on a DJI F550 hexacopter frame with 1045 propellers for efficient lift.
A FlySky CT6B transmitter with FS-R6B receiver handles manual flight and spray control.
Power comes from a 5200mAh 3S LiPo battery, safely strapped with a nylon belt.
To minimize vibration, anti-vibration mounts are used beneath the controller.
The spraying system features a mini water pump, nozzle setup, and relay module for manual ON/OFF pesticide or fertilizer spraying.

🧠 How It Works
The Radiolink Crossflight flight controller keeps the drone stable in the air.
The six brushless motors generate lift and maintain balance during flight.
A mini water pump system is attached below the frame, connected to a spray tank.
The pump is controlled manually using a relay through the FlySky CT6B transmitter.
Shock absorbers reduce vibration for smoother and more accurate performance.

🌾 Project Goal
Our main goal was to create a low-cost agriculture spraying drone that can help farmers spray pesticides or fertilizers evenly without entering the crop area.
This drone makes the process faster, safer, and more efficient for everyday farming.

⚙️ Performance & Usage
✅ Flight Time: 10–12 minutes (depends on payload)
✅ Payload Capacity: 500–800 ml (recommended for safety)
✅ Range: 300–500 meters
✅ Ideal For: Small to medium farm demos, school or college projects, and drone education

That’s our Smart Agriculture Drone (Manual Hexacopter) — a great example of how Robotics and IoT can bring real change to agriculture 🚜✨
If you liked this build, make sure to Like, Share, and Subscribe to Connect Robo for more innovative projects every week.

📥 Resources
📂 Code & Circuit: https://github.com/nikhiltelase/agri-...
📧 For collaboration or queries: [email protected]

⚠️ Copyright & Disclaimer
All visuals, sounds, and background music used in this video are either owned by Connect Robo or licensed for use.
This video is made only for educational and project demonstration purposes.
© 2025 Connect Robo — All Rights Reserved.

#ConnectRobo #AgriDrone #Hexacopter #FarmingDrone #AgricultureTechnology #SmartFarming #IoTProjects #MadeInIndia #RoboticsProjects

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