It is an automatic remote-controlled agricultural sprayer designed to disinfect farmland and orchards and to apply pesticides and fertilizers over large areas efficiently, improving crop health and yield.
The sprayer has a 400 L water tank. Coverage per fill depends on the application rate (L/ha). For example, at 40 L/ha a 400 L tank would cover about 10 hectares; to estimate your coverage divide 400 L by your planned L/ha application rate.
Core components listed include an engine, motor and pump. The exact engine type and power source (diesel, gasoline or electric hybrid) depend on the model/configuration—confirm with the supplier for your unit.
The unit is controlled remotely for easy maneuverability. Remote-control range varies by supplier and radio system; industrial systems commonly provide several hundred meters to over a kilometer. Check the product specification for the exact remote range of your model.
The sprayer is an automatic/remote-controlled platform that reduces direct operator workload. Some tasks (refilling, maintenance, setup) require human involvement. Fully autonomous navigation capabilities depend on the specific configuration and optional guidance systems.
It is suitable for disinfecting fields and orchards, applying pesticides, herbicides and foliar fertilizers, and any liquid crop protection or sanitation application that fits the sprayer’s pressure and nozzle specifications.
Nozzle compatibility and pressure range depend on the pump and boom/nozzle assembly. Typical agricultural sprayers accept common fan, cone, and low-drift nozzles across a range of pressures. Ask the supplier for supported nozzle types and recommended pressures for your application.
Application rate is set by selecting nozzle flow and ground speed. Use the formula: application rate (L/ha) = (nozzle flow rate (L/min) × number of nozzles × 600) / speed (m/min) / boom width (m). Droplet size is controlled by nozzle type and pressure—consult nozzle charts or your agronomist for crop-specific recommendations.
Regular maintenance includes cleaning the tank and filters after use, flushing the pump and lines, inspecting and cleaning nozzles, checking hoses and fittings for leaks, servicing the engine/motor per manufacturer intervals, and storing the unit in a dry, sheltered place.
Expect or request safety features such as an emergency stop/kill switch on the remote, fail-safe remote communications, pressure relief valves, chemical-safe tank materials, and operator alarms. Always follow PPE guidelines and safe chemical handling procedures.
The unit is designed for agricultural terrain, but actual slope-handling capability depends on chassis, weight distribution, traction system and tire/track options. Confirm maximum safe slope and recommended terrain types with the manufacturer for your configuration.
Refill time depends on your water source and pump used; using a high-flow pump or gravity fill will speed refilling. Some operations use a refill station or multiple tanks to minimize downtime—ask the supplier about linking or quick-change tank options.
The listed weight is 520 kg. Payload capacity beyond the 400 L tank will depend on chassis rating and model configuration—confirm payload and gross vehicle weight limits with the supplier.
Most manufacturers and distributors provide spare parts, service kits and warranty coverage—confirm the length and terms of the warranty, availability of local service, and lead times for common parts before purchase.
Operators should be trained on remote-control operation, safe handling of agrochemicals, maintenance procedures and local regulations for pesticide application. Some regions require certified pesticide applicator credentials—check local laws and arrange operator training as needed.
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