10L Agriculture Hexacopter Drone – Precision Farming Drone for Spraying & Mapping
10L Agriculture Hexacopter Drone – Precision Farming Drone for Spraying & Mapping The 10L agriculture spraying drone is a game-changer in modern farming, offering precise and efficient pesticide application for various crops. This hexacopter agriculture drone is designed for maximum stability and coverage, making it ideal for large fields. With precision farming drone with GPS and automation features, it ensures accurate route mapping and minimal chemical wastage. Farmers across India are increasingly turning to this farming drone India solution for reliable, autonomous spraying operations. Whether you’re looking for an agricultural hexacopter for crop spraying in India or a drone for targeted fertilizer delivery, this unit delivers exceptional performance. Perfect for pesticide and fertilizer use, this drone for pesticide application supports sustainable farming practices. If you’re planning to buy a 10L agri drone with Li-ion battery, this smart UAV is a future-ready investment. Its compact, foldable agriculture drone with waypoint navigation system makes it easy to transport and operate, even in diverse terrain conditions.
Introducing the 10L Agriculture Hexacopter Drone, a next-generation UAV solution designed to revolutionize modern farming. With its large 10-liter tank capacity and powerful hexacopter design, this drone is ideal for precision pesticide spraying, fertilizer application, and crop health monitoring across large agricultural fields.
Built for efficiency and automation, the drone is powered by a high-performance brushless motor system, ensuring smooth and stable flight even under heavy payloads. Its GPS-enabled flight controller supports autonomous mission planning, waypoint navigation, and return-to-home safety features. This allows farmers to spray fields accurately without manual intervention, minimizing chemical wastage and maximizing crop protection.
The drone features a durable, lightweight carbon fiber frame and a foldable arm design for easy transport. Equipped with a smart spraying system, it ensures uniform coverage and precise droplet size, reducing runoff and drift. The high-capacity lithium-ion battery offers extended flight time with fast recharge capability, ideal for continuous operations in demanding farm environments.
Whether used for cotton, rice, wheat, or vegetable crops, this drone boosts productivity while lowering labor costs. It’s compatible with AI modules, terrain-following radar, and LiDAR sensors for advanced applications like crop mapping, plant health analysis, and autonomous field scouting.
Trusted by agri-entrepreneurs, cooperatives, and precision farming companies, the 10L Agri Drone is a future-ready tool that brings smart farming technology to Indian agriculture.
10L Agriculture Hexacopter Drone parameters:
- Expanded size: 1495*1308*500mm
- Folding size: 945*848*500mm
- Capacity: 10L
- Arm diameter: 30mm
- Agriculture Drone Frame weight:
- Motor: X6, 6215
- Propeller: 23-24 inch folding pulp
- ESC: 80A FOC
- Supply voltage: 12S
- Maximum takeoff weight: 25kg
- X6 180KV motor
- 80A ESC
- 2388 folding propellers
- Maximum pulling force 12 kg/axis (48 V, sea level)
- battery 6-12S LiPo (Tattu Battery 6S) Recommended Battery Li-ion – 6S 2400mah with 2 year warrenty
- Recommended takeoff weight 3-5 kg/shaft (sea level)
- Applicable carbon tube outer diameter 30 mm
- Powertrain weight (single) 720g
- Ambient temperature -20 to 50 ° C
what is Agricultural Spraying Drone?
There is a large capacity for growth in the area of agricultural drones. With innovation continually getting to the next level, imaging of the crops will need to improve as well. With the information that Drones record from the harvests, the farmers are able to analyze their crops and make educated decisions on how to proceed given the accurate crop information. for analyzing and correcting crop production have the potential to grow in this market. Ranchers will fly a drone over their harvests, precisely distinguish an issue in a specific area, and take the necessary actions to correct the problem. This gives the farmer time to focus on the overall task of production instead of spending time surveying their crops. Additional uses include keeping track of livestock, surveying fences, and monitoring for plant pathogens. Both the buy and support costs of modern drones make them too expensive for small farms in developing nations.
