Remote Control Crawler Orchard Spray Machine/full-automatic Self-propelled Spray Disinfection Vehicle

A full-automatic, self-propelled remote-control crawler designed to spray pesticides, fertilizers and disinfectants in orchards and other crop fields. It combines remote operation, automation and a 15 HP engine to increase productivity and reduce manual labor.

This machine is a ground-based remote-control crawler (self-propelled spray vehicle) intended for orchard and field use. If any specification lists "UAV," treat that as an error or a mislabel—this product operates on the ground using crawler tracks.

Overall dimensions are 1950 x 900 x 1050 mm and the machine weighs approximately 500 kg.

It is equipped with a 15 HP engine that delivers robust performance for propulsion and spraying. Fuel type and engine model may vary by configuration—confirm specific fuel requirements with the supplier.

The specification lists a 10 m diameter for spray coverage. Actual effective coverage depends on nozzle type, pressure, crop canopy, and environmental conditions (wind, humidity).

Designed for pesticides, herbicides, liquid fertilizers and disinfectants commonly used in orchards, vineyards and large crop fields. Always follow chemical manufacturer recommendations and local regulations for compatibility and dilution rates.

'Full-automatic' typically refers to self-propelled operation with automated spraying controls—automatic pump control, programmed spray patterns or sequences, and minimal manual intervention during operation. Exact automation features (e.g., route programming, automatic height/flow adjustment) depend on the model and options.

The machine is operated via a remote-control system for safe, convenient handling from a distance. Remote-control range and control interface vary with configuration; contact the supplier for the specific remote system and maximum operable distance for your unit.

The crawler track design improves traction and stability in orchards and uneven ground. Performance on slopes and very rough terrain depends on track design, load, and slope gradient—ask the manufacturer for recommended maximum slope and field conditions for safe operation.

Regular maintenance includes engine servicing (oil, filters, spark plugs or injectors), checking and cleaning spray nozzles and filters, inspecting tracks and drive components, cleaning the chemical tank after use, and lubricating moving parts. Follow the supplied maintenance schedule for detailed intervals.

Rinse and flush the spray system with clean water or approved neutralizer after each chemical use, clean nozzles and filters, drain tanks if storing long-term, and store in a dry, sheltered location. Winterize per the manual if storing in freezing conditions.

Typical safety features may include emergency stop, remote shutoff, and protective shields. Operators should wear appropriate PPE when handling chemicals, follow spray-safety protocols, keep bystanders away during operation, and receive training on remote-control and emergency procedures.

Spare parts and after-sales service availability vary by supplier. Most manufacturers offer replacement parts (nozzles, pumps, engine components) and limited warranties. Confirm warranty terms, spare-parts lead times and local service options with the vendor before purchase.

Many suppliers offer customization options such as different nozzle types, tank capacities, GPS guidance or telemetry packages, and track width adjustments. Discuss your operational needs with the seller to configure the unit appropriately.

Use of pesticide-application equipment is subject to local agricultural, environmental and pesticide-use regulations. Operators may need licensing or certification to handle and apply certain chemicals. Verify local rules and ensure all treatments comply with label instructions and legal requirements.