The E610P is a purpose-built agricultural spraying drone designed to apply pesticides, herbicides and foliar nutrients efficiently across farms. It integrates a liquid tank and pump system with flight controls and agricultural spray nozzles for precise coverage.
Typical configurations of the E610P use a dedicated liquid tank in the 8–12 L range and a maximum payload around 8–12 kg. Exact capacity depends on the model variant and optional accessories—check the official datasheet for your unit.
Flight time depends on payload and operating conditions; with a full tank the E610P typically achieves 10–20 minutes per battery. Lighter loads and favorable conditions extend flight time. Many operators use multiple batteries to maintain continuous spraying.
Spray width depends on nozzle selection, altitude and forward speed; common configurations achieve a 4–8 meter swath. Application rate is adjustable via pump flow and flight speed; always calibrate nozzle flow to meet target L/ha rates for the product and crop.
The E610P supports standard agricultural spray nozzles (flat-fan, hollow-cone and air-assisted types) and usually offers variable flow control for coarse to fine droplet application. Nozzle choice should match the chemical, crop and drift-management requirements.
Yes. The drone includes GNSS-based navigation and supports waypoint planning and automated flight missions. Some configurations offer RTK for centimeter-level positioning—verify whether your supplied unit includes RTK modules.
Many E610P units include front and downward sensors for basic obstacle detection and altitude hold. Level of autonomy varies by configuration; always keep visual line-of-sight and be prepared to take manual control if needed.
Control range depends on the radio module and local regulations; typical control links are in the 1–5 km range in open areas using proprietary RF telemetry. Interference, topology and legal limits can reduce range—confirm your unit's specs and comply with local rules.
Calibration involves measuring nozzle flow at a given pressure and adjusting flight speed to achieve the desired L/ha. Perform a static flow test before each mission, input the values into the mission planner, and run a short test strip to verify coverage and droplet size.
The E610P typically uses high-discharge lithium batteries (e.g., LiPo packs). Charge time varies by charger and battery capacity—expect 45–120 minutes. Use only the recommended charger and follow safe charging/storage procedures.
Area coverage depends on tank size, application rate, flight speed and mission efficiency (including battery swaps). With a 10 L tank and moderate application rates, a single battery sortie may cover a few hectares; using multiple batteries and rapid refill procedures increases hourly coverage. Calculate coverage using your actual L/ha and sortie cycle time.
Regular checks include cleaning and flushing the tank and lines after each use, inspecting nozzles and filters, checking motors and propellers for damage, verifying firmware updates, and testing battery health. Follow the manufacturer's maintenance schedule for more detailed tasks and intervals.
Yes. Common spare parts include propellers, nozzles, filters, pumps, tanks and batteries. Purchase genuine replacement parts from the manufacturer or authorized dealers to ensure compatibility and reliability.
Operators must comply with local aviation regulations (pilot certification, line-of-sight rules, altitude limits), pesticide handling and applicator laws, and environmental guidelines to minimize drift. Use proper PPE, secure permits when required, and follow label instructions for any chemicals applied.
Yes. Manufacturers and authorized dealers commonly offer training that covers safe flight operations, mission planning, spray calibration, maintenance and regulatory compliance. Hands-on training is strongly recommended before commercial use.
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