Aerosmart supplies DJI agriculture drone solutions to farmers, agribusinesses, cooperatives and agricultural service providers across Africa. The available portfolio includes high-capacity DJI Agras platforms for spraying and spreading, compact systems for single-operator deployment, and multispectral mapping tools for crop-health assessment and precision-farming workflows.
DJI Agras drones can help agricultural teams cover fields more efficiently, reduce repeated movement through crops and apply approved liquid or granular inputs using configurable mission parameters. Actual operating efficiency depends on the selected aircraft, application rate, crop type, field shape, terrain, weather, battery workflow and local operating requirements.
Aerosmart also provides product-selection guidance, crop-specific configuration support, regulatory orientation, operator training and post-sale assistance. Product availability, warranty coverage and approval requirements vary by destination country and should be confirmed before purchase and deployment.
Time-Sensitive Field Operations
Crop-protection and nutrition programmes often depend on narrow
application windows. Agriculture drones can help trained operators
cover fields without requiring large ground crews to walk through
the crop, supporting faster deployment when weather and agronomic
timing are critical.
Consistent Application Planning
DJI Agras platforms allow operators to configure application rates,
route spacing, flight height, speed and droplet settings according
to the crop, product label and mission plan. Proper calibration and
responsible operation can support more consistent coverage and
better application records than unstructured manual workflows.
Access to Difficult Terrain
Wet fields, soft soils, plantations, terraces and sloped farmland
can restrict tractors and ground sprayers. Compatible DJI Agras
systems provide terrain-following and route-planning capabilities
that can support aerial operations in suitable environments,
subject to obstacle conditions and manufacturer operating limits.
Data-Guided Crop Management
Multispectral mapping can help agronomists identify differences in
crop vigour and create management zones. When supported by suitable
field validation and agronomic analysis, these datasets can inform
scouting, sampling and compatible variable-rate application
workflows.
Aerosmart supplies advanced DJI agriculture drones for precision spraying, spreading, crop monitoring and large-scale farm management. The team assists agricultural organisations with platform selection, configuration, training, technical support and after-sales guidance so that each system is matched to the farm's crop profile, terrain, application requirements and operating model.
The DJI Agras T100 is designed for large-scale agricultural operations requiring high payload capacity. Its specified configuration supports a 100 L spraying tank, a 150 L spreading tank and compatible lifting operations with a maximum rated load of up to 100 kg. The spraying system supports a maximum flow rate of up to 40 L/min with the optional four-nozzle configuration, while the spreading system has a specified maximum discharge rate of up to 400 kg/min for compatible material under defined test conditions.
The platform combines LiDAR, penta-vision and millimetre-wave radar sensing to support obstacle awareness and terrain-adaptive operations. Optional mist nozzles provide adjustable droplet sizes from 50 to 500 μm. Final settings must be selected according to the approved product label, crop canopy, target coverage, weather and local agricultural regulations.
The T100 may suit large estates, commercial service fleets and agricultural organisations that need a multi-function platform for high-volume spraying, spreading and approved lifting tasks. Availability varies by country and region.
The DJI Agras T50 supports a 40 kg spraying payload and a 50 kg spreading payload. Its 40 L spray tank uses a dual-atomising spraying system, while the 75 L spreading tank can carry up to 50 kg of compatible dry granules.
Under DJI's defined test conditions, the T50 has demonstrated field operating efficiency of up to 21 hectares per hour and spreading throughput of up to 1.5 tonnes per hour. These figures are maximum reference values rather than guaranteed field results. Actual productivity depends on application rate, route design, field geometry, refill logistics, weather and operator workflow.
The T50 also provides front and rear phased-array radar, binocular vision, a high-resolution FPV gimbal camera and terrain-following support for mapping-free operations on slopes of up to 50 degrees under specified conditions. Operators must still assess wires, trees, irrigation equipment and other hazards before every mission.
The DJI Agras T25 is a compact and foldable agriculture platform designed to be handled by one trained operator. It supports a spraying payload of up to 20 kg and a spreading payload of up to 25 kg, making it suitable for smaller farms, cooperatives, orchard work and mobile agricultural service providers.
The T25 combines front and rear phased-array radar, binocular vision and an FPV gimbal camera. It supports surveying, spraying and spreading missions across varied terrain when operated within the aircraft's environmental and safety limits.
The DJI Mavic 3 Multispectral combines a 20 MP RGB camera with four 5 MP multispectral cameras covering green, red, red-edge and near-infrared bands. It can support crop-health mapping, field scouting, stand assessment and the creation of vegetation-index datasets.
Compatible imagery can be processed in DJI Terra to generate multispectral maps and support prescription-map workflows. Vegetation indices should be interpreted alongside field scouting, crop history, soil information and professional agronomic advice; they are indicators rather than standalone diagnoses.
Coffee — Ethiopia, Rwanda, Kenya and Uganda
Coffee plantations can involve dense canopies, sloped terrain and
irregular field boundaries. Properly configured DJI Agras platforms
can support planned spraying missions where aerial application is
permitted. Nozzle configuration, droplet size, flight height and
application rate should be selected for the crop stage, canopy and
approved agrochemical label.
Maize and Cereals — Nigeria, Kenya, Ethiopia and Ghana
Large cereal fields may benefit from automated route planning,
consistent lane spacing and repeatable application records.
Agriculture drones can support spraying or spreading where the field
layout, weather and regulatory conditions are suitable.
Rice — Nigeria, Ghana, Tanzania and Uganda
Wet paddy conditions can restrict ground machinery and increase
crop disturbance. Compact and large-capacity Agras platforms can
support suitable spraying or granular-spreading missions without
driving through the crop, subject to calibration and local approval.
Tea — Kenya, Rwanda and Uganda
Tea-growing areas often include sloped and continuous canopy
terrain. Terrain-following and planned orchard-style routes may
assist trained operators, but field surveys and conservative safety
margins remain essential around trees, wires and uneven terrain.
Oil Palm — Nigeria, Ghana and Côte d'Ivoire
Agras spreading systems can support suitable granular-input
programmes on commercial estates. Material compatibility,
calibration, plantation layout and application recommendations must
be confirmed before deployment.
Aerosmart supports farmers, agribusinesses, cooperatives and agricultural service providers with genuine DJI Agriculture platforms, crop-specific configuration guidance, regulatory orientation, multilingual training and post-sale technical assistance.
Crop-Specific Configuration Expertise
Coffee, oil palm, tea, rice, cereals and horticultural crops each
require different application settings. Aerosmart helps customers
evaluate platform capacity, nozzle configuration, flow rate,
droplet size, terrain-following settings, route planning and
battery workflow for the intended crop and farm environment.
Country-Specific Regulatory Orientation
Commercial agricultural drone operations may require aircraft
registration, operator certification, airspace authorisation and
additional approval for aerial application. Aerosmart provides
practical country-specific orientation for the markets it serves.
Customers remain responsible for obtaining final approval from the
relevant aviation, agriculture and environmental authorities.
Application Records and Traceability Support
Compatible DJI Agras workflows can record mission information such
as treated area, route, timing and configured application
parameters. These records can support internal farm management and
traceability, but operators should confirm the documentation
required by local authorities, certification bodies and export
customers.
Training in English, French and Arabic
Aerosmart provides training covering platform operation, safety
checks, AB-route and area-mission planning, orchard workflows,
spraying and spreading calibration, and compatible mapping
processes. Language, delivery method and on-site availability
depend on the agreed training programme.
Aerosmart supplies DJI agriculture solutions that include the DJI Agras T100, Agras T50 and Agras T25, subject to country and regional availability. The DJI Mavic 3 Multispectral is also available for crop monitoring, field mapping and multispectral data collection. Product configuration, warranty and delivery terms should be confirmed for the destination country.
Platform selection depends on farm size, crop type, terrain, application rate and logistics. The Agras T100 is designed for high-capacity multi-function operations. The Agras T50 supports commercial spraying and spreading with a 40 kg spray payload and a 50 kg spreading payload. The Agras T25 is a compact option for smaller farms, cooperatives and mobile service providers that prioritise single-operator handling.
Yes, compatible DJI Agras platforms can support spraying in coffee, tea and other plantation environments where aerial application is legally permitted. Terrain following, planned orchard routes and compatible nozzle configurations can assist with sloped or dense-canopy operations. Settings must be selected according to field conditions, crop requirements and the approved product label.
Compatible DJI agriculture workflows can support prescription maps for variable-rate application. Multispectral data collected with the DJI Mavic 3 Multispectral can be processed and analysed to create management zones and compatible prescription maps. The workflow requires accurate data, field validation, agronomic interpretation and correct mission configuration.
Requirements vary by country and may include aircraft registration, operator certification, commercial RPAS approval, airspace authorisation and separate permission for aerial application. Operators must confirm the current requirements with the relevant national aviation, agriculture and environmental authorities before conducting a mission.
Aerosmart supports delivery to Kenya, Nigeria, Ethiopia and other African markets it serves. Shipments may include export documentation, official product paperwork and practical customs guidance. Availability, import approval, duties and delivery schedules depend on the selected product and destination country.
Yes. Training can cover aircraft setup, safety checks, spraying and spreading calibration, field planning, AB routes, orchard workflows, battery management and compatible prescription-map processes. Remote and agreed in-person programmes may be available in English, French or Arabic, subject to location and scope.
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