AGROBEE
Agricultural Spraying Drone
Spraying system that allows uniform and precise tail distribution, avoiding waste and contamination.
AGROBEE is a revolutionary innovation in the agricultural scenario, representing a significant advance in the efficiency and precision of agricultural practices.
This aerial vehicle, designed with cutting-edge technology, has the ability to take off and land vertically, fly at low speed and with substantial autonomy, providing exceptional flexibility in agricultural operations.
Equipped with state-of-the-art spraying systems, AGROBEE applies agricultural pesticides with precision and efficiency, optimizing the use of inputs and minimizing environmental impacts.
Furthermore, its innovative functionality also extends to seed distribution, enabling precise planting in the desired areas.
Ours Models
AGROBEE 900
Useful Load: 900 L
Wingspan: 14.4 m
AGROBEE 500
Useful Load: 500 L
Wingspan: 10.6 m
AGROBEE 200
Useful Load: 200 L
Wingspan: 6.0 m
Advantages of AGROBEE
Increased productivity
Cost reduction
AGROBEE has low operating costs as shown in the table below.
Quality improvement
AGROBEE improves spraying quality, as it guarantees uniform distribution of the spray solution – vortex control.
Applications AGROBEE
Agricultural crops
Soybeans, corn, cotton, rice, sugar cane, etc.
Forest crops
Ornamental crops
Management of Flight
Every flight is carried out autonomously and only requires pre-programming of the flight plan before each mission.
This task is performed by the technician after training and consists of mapping the area that will be flown during the application of the product. Once this is done, the route is transferred to AGROBEE via wireless communication and the equipment will be ready for flight.
See below the interface used to program the flight, shown in the following figure.
Features of AGROBEE
AGROBEE is equipped with a series of technological resources that make them more efficient and safe.
High precision spraying
Autonomous navigation
Security sensors
Specifications techniques
Components of packaging
Layout of packaging
Packaging product
Cost operational
Fuel consumption
Fuel consumption
Oil Consumption
Software operator
Operational and supply technician
Maintenance Assistant
Operating Cost (biodiesel)
Operating Cost (ethanol)
Total Cost (biodiesel)
Total Cost (ethanol)
Basic data for the calculations
Flight type
Speed from 0 km/h to 120 km/h
Flight altitude
Flight time
Cost of maintenance
Generator Preventive Maintenance
Generator and Structure Preventive Inspection
Battery
Preventive Maintenance Electric Motor
ESC (driver)
NOTE: The cost of the Spray System Preventative Inspection was not considered.
Operational efficiency spray
- Type of Crop (Considered): sugar cane
- Fuel: biodiesel (optional: Ethanol)
- Flight altitude: 4m above crop
- Flight speed (considered): 60 km/h (Can vary from 0 to 120 km/h)
