The EV610 is designed with a side-folding arm structure, making it highly portable. When folded, the drone measures 800×800×600 mm, and expands to 1320×1500×600 mm during operation. With a diagonal wheelbase of 1400 mm, it ensures flight stability even in windy conditions.
This model features a 10-liter tank, optimized for small to mid-scale farming. The spray flow rate of 1.5–4 L/min and effective spray width of 3–5 meters make it efficient for rapid crop spraying, balancing liquid capacity with flight time for practical, precise coverage.
Weighing only 13.5 kg, with a takeoff weight of 28 kg, the EV610 uses a 12S 16000 mAh battery and operates at 44.4V, supporting a flight time of 20–25 minutes empty or 7–10 minutes with a full load. It flies at a stable speed of 3 m/s, suitable for uniform pesticide or fertilizer distribution.
Equipped with GPS positioning, radar obstacle avoidance, remote control, and automatic operation, the EV610 supports both manual and autonomous missions. It operates reliably between –10°C and 40°C, and its waterproof and dustproof design ensures long-term performance in harsh environments.
Q: What is the flight time of the EV610 agricultural drone?
A: The drone offers 20–25 minutes when empty, and 7–10 minutes when carrying a full 10L load.
Q: How much area can it spray per flight?
A: With a flow rate of 1.5–4 L/min and spray width of 3–5 m, it can cover approximately 0.6–1 hectare per full tank, depending on the flight route and application method.
Q: Is the EV610 drone suitable for different terrains or obstacles?
A:Yes, it includes radar-based obstacle avoidance and GPS-assisted flight planning, making it suitable for use over uneven terrain or fields with trees and structures.
Q: What is the operating temperature range?
A: The drone can operate reliably in environments ranging from –10°C to 40°C, making it suitable for various climates and seasons.
Q: Can the drone perform autonomous spraying missions?
A: Yes. The EV610 supports fully autonomous operation, including waypoint-based flight routes and auto takeoff/landing via a connected remote controller or app interface.
