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| Brand Name: | GS |
| Model Number: | EV416 |
| Price: | 1$,Negotiable |
| Payment Terms: | T/T |
| Supply Ability: | 100 |
The EV416 is a 16-liter capacity quadcopter agricultural drone, ideal for medium-scale farms and orchards. With a spraying flow rate of 1.5–4 L/min and an effective spray width of 3–5 meters, it ensures efficient and uniform application of pesticides, herbicides, or fertilizers.
This drone features a side-folding arm mechanism, reducing storage dimensions to just 650×650×600 mm, making it easy to transport. Fully deployed, it spans 1000×1000×600 mm, with a 1400 mm diagonal wheelbase that provides exceptional aerial stability.
Weighing only 13 kg, the EV416 uses a 14S 18000 mAh battery operating at 58.8V, supporting 20–25 minutes of flight time when empty, and 7–10 minutes when fully loaded. Its consistent flight speed of 3 m/s ensures both speed and precision in application.
Equipped with GPS positioning, radar obstacle avoidance, and auto/manual dual operation modes, the EV416 supports precise route planning and safe autonomous flights. It is designed for durability with a waterproof and dustproof body, and operates in temperatures ranging from –10°C to 40°C.
Q: What is the maximum spray capacity per flight?
A: With a full 16L tank and a flow rate of 1.5–4 L/min, the EV416 can spray up to 1–1.2 hectares per full tank, depending on terrain and route settings.
Q: How long can the EV416 drone fly per charge?
A: It can fly for 20–25 minutes when empty, and 7–10 minutes when carrying a full load.
Q: Is the EV416 suitable for automatic spraying?
A: Yes, it supports fully autonomous operation through GPS-guided flight paths, as well as manual remote control when needed.
Q: Can it be used in wet or dusty environments?
A: Absolutely. The EV416 has a dustproof and waterproof frame, ideal for use in rugged field conditions, and functions within a –10°C to 40°C temperature range.
Q: What kind of spraying system does it use?
A: It uses a pressure nozzle spraying system, which provides fine droplet atomization and even distribution across crops.