Field Crop Spraying
UAV-based liquid application for field crops and large planting areas.
Crop Spraying Drones for Field Operations
Explore AeroSightX crop spraying drones for liquid application, fertilizer spreading and field operations. Compare 20 kg, 30 kg and 50 L platforms by tank capacity, payload, field size and operating requirements.
Agricultural applications
Built for Different Agricultural Operations
The right platform depends on what must be applied, the crop layout and how the field team plans each operating cycle.
Orchard Spraying
Aerial spraying for orchards and more complex crop layouts.
Fertilizer Spreading
Granular spreading configurations for fertilizer and other agricultural materials.
Field Monitoring & Data Collection
UAV-supported field observation and agricultural data collection.
Match the aircraft to the mission
Application rate, field size, crop layout, refill distance, terrain and wind conditions determine the useful tank capacity and operating configuration.
Platform comparison
Compare Crop Spraying Drone Platforms
Compare AeroSightX agricultural UAVs by payload, tank capacity and intended field operation.
High-Capacity Platform
HV50 Agricultural Spraying & Spreading Drone
- 50 L spray tank
- 80 L spreader
- Large fields and orchards
Compact Agricultural Platform
XJ-A20 20 L Crop Spraying Drone
- 20 kg maximum payload
- 20 L spray tank
- Small and medium fields
Medium-Capacity Field Platform
XJ-A30 30 kg Agriculture Spray Drone
- 30 kg maximum payload
- 30 L spray tank
- Larger field operations
Selection guide
Which Spraying Drone Fits Your Farm?
20 L Class
Flexible field deployment
- Small and medium fields
- Flexible deployment
- Lower refill volume
- Regional service teams
Recommended: XJ A20
30 L Class
Higher daily workload
- Medium and larger fields
- Higher daily workload
- Spraying and fertilizer operations
- Fewer refill cycles
Recommended: XJ A30
50 L Class
High-capacity operations
- Large-scale fields
- Orchards
- Professional spraying services
- High-capacity spraying and spreading
Recommended: HV50
Mission planning
What Matters in a Crop Spraying Mission
Application Rate
The required liquid or granular application rate affects tank size, refill frequency and mission planning.
Field Size
Larger fields generally benefit from higher-capacity platforms and fewer refill cycles.
Crop & Field Layout
Crop type, row structure, orchard geometry and obstacles influence flight-path planning.
Refill & Turnaround
Consider water, fertilizer, battery and refill locations when estimating daily productivity.
Terrain
Slopes, irregular boundaries and terrain-following requirements affect platform selection.
Wind & Environment
Wind conditions can influence spray drift and operational safety.
Operating workflow
From Field Planning to Spraying
A repeatable field cycle connects mission planning, payload preparation, route setup and turnaround decisions.
- 01
Define the Field
Confirm boundaries, crop type and treatment area.
- 02
Select the Payload
Choose the spray tank or spreading configuration.
- 03
Plan the Route
Define the agricultural flight route around the work area.
- 04
Execute the Mission
Maintain the target spraying or spreading parameters.
- 05
Refill & Repeat
Replace liquid, fertilizer or batteries as required.
Field productivity
Improve Field Efficiency With the Right Configuration
Agricultural UAV efficiency depends on more than flight speed. Tank capacity, refill distance, battery rotation, field geometry and application rate all affect real-world productivity.
Tank Capacity
Larger tanks reduce refill frequency.
Route Planning
Structured routes reduce repetitive manual control.
Battery Rotation
Battery planning supports continuous field operations.
Field Layout
Irregular fields may require more route adjustments.
Continue your research
Explore Related Agricultural Topics
Agricultural Drone Buying Guide →Compare capacity, payloads and field workflows before choosing a platform. Agricultural Drones →Compare the full agricultural UAV range.HV50 →Review the 50 L spraying and 80 L spreading platform.XJ A30 →Explore the 30 kg agricultural spraying platform.Fertilizer Spreading →Plan granular material and fertilizer application by UAV.Smart Field Management →Explore route planning and field-management workflows.Uses of Drones in Agriculture →Learn how UAVs support modern agricultural operations.Agricultural Drone Price →Understand the factors that influence agricultural UAV cost.Custom Agricultural UAV →Configure payloads, functions and aircraft around your operation.
OEM / ODM Agricultural UAV Development
Need a Different Spraying Configuration?
AeroSightX can evaluate an existing spraying platform or support agricultural UAV development around crop type, field size, payload and local operating conditions.
Define the mission first, then align the tank, spreading system, flight functions, airframe and brand presentation around the project.
Discuss a Custom Agricultural UAV01
Spray Tank Configuration
Match liquid capacity and mission cycle.
02
Spreading System
Configure granular payload delivery.
03
Payload Capacity
Review useful load against field needs.
04
Flight Functions
Align route and operating functions.
05
Airframe Configuration
Adapt aircraft and mission equipment.
06
Branding / OEM
Coordinate appearance and documentation.
常见问题解答
Questions Buyers Usually Need Answered First
The suitable answer depends on the selected product, application and project requirements.
Visit the FAQ pageWhat crops and environments can the HV50 serve for spraying?
The HV50 can support rice, wheat, corn, cotton, vegetables and orchards. Flight height, speed, nozzle selection and route planning should be matched to each crop and terrain.
How should flight height and speed be set for field crops?
Typical field-crop settings keep the aircraft about 1.5 to 2.5 m above low canopies, with speed commonly around 4 to 6 m/s. Final settings should follow the crop, chemical and local operating guidance.
Can the drone operate in orchards with uneven tree heights?
Yes. Terrain-following and obstacle-avoidance radar help maintain a stable relative altitude, while downwash supports canopy penetration. Maintain visual observation and safe clearances.
Can drone spraying reduce water consumption?
Yes. Typical water savings can be 70% to 90% compared with ground spraying, depending on crop, application rate and operating conditions.
Can the drone start field operations soon after rain?
Wait until leaves are dry and the site is firm before spraying to avoid chemical loss and equipment contamination or corrosion.
What Does Your Field Operation Require?
Tell us the crop type, field size, required tank capacity, spraying or spreading needs and expected quantity. Our team can recommend an existing AeroSightX platform or evaluate a customized agricultural UAV configuration.
Crop Type · Field Size · Tank Capacity · Payload · Quantity
Discuss Your Crop Spraying Project