How Much Does an Agricultural Drone Cost in 2026/2027?
The cost of an agricultural drone can vary from a relatively compact spraying system to a much larger commercial aircraft that requires additional batteries, charging equipment, power infrastructure, spreading equipment, training and technical support.
For farmers asking how much an agricultural drone costs, the aircraft price alone is therefore not enough. A drone listed at several million naira may still require additional investment before it can perform regular farm operations.
Current Nigerian dealer listings illustrate the difference. As of October 2026, one Nigerian agricultural technology dealer publicly lists the DJI AGRAS T25P at โฆ10.5 million and the DJI AGRAS T50 at โฆ17.975 million. The same dealer separately lists items such as batteries, charging equipment, generators and spreading systems, showing why the complete operating cost can be substantially higher than the advertised drone price. These are individual dealer prices, not an official nationwide Nigerian market average, and the seller states that prices can change with exchange rates and logistics.
The right question for a farmer is therefore not simply, “How much is an agricultural drone?” It is, “How much will it cost to acquire and operate the drone system I actually need?”
This article explains current agricultural drone prices, what is normally included, the additional equipment farmers should budget for, how prices differ by capacity and application, and when buying a drone may make more financial sense than hiring a drone spraying service.
What Determines the Cost of an Agricultural Drone?
Agricultural drones are not one standard type of machine.
A small farm spraying drone designed for relatively modest workloads can cost considerably less than a high-capacity commercial drone intended for large fields. The difference comes from payload capacity, spraying hardware, navigation systems, batteries, sensors, software, charging systems and other equipment.
A farmer should therefore expect price differences between machines designed for:
- liquid pesticide and fertilizer spraying
- granular fertilizer spreading
- crop mapping and surveying
- orchard spraying
- large-scale field spraying
- multiple agricultural applications
- professional drone service operations
The payload capacity is particularly important. A 20-litre spray drone and a 100-litre spray drone may both be described as agricultural drones, but they are designed for very different workloads.
For example, DJI’s current specifications list the AGRAS T25P with a 20-litre spraying tank, while the AGRAS T50 has a 40-litre spraying tank. The newer AGRAS T100 has a 100-litre spraying tank and is designed for substantially larger payloads.
That capacity difference affects not only the purchase price but also battery requirements, charging, transport, field logistics and the amount of area the operator can treat before returning for another refill.
How Much Does an Agricultural Drone Cost in Nigeria?
There is no single agricultural drone price for Nigeria because suppliers sell different models and packages, while exchange rates, logistics, accessories and technical support can change the final amount.
However, current publicly listed Nigerian prices provide useful real-world reference points.
| Agricultural drone or equipment | Current publicly listed Nigerian price | What the price represents |
|---|---|---|
| DJI AGRAS T25P | โฆ10,500,000 | Public dealer listing for the drone |
| DJI AGRAS T50 | โฆ17,975,000 | Public dealer listing, with accessories excluded |
| T50 intelligent flight battery | โฆ3,090,000 | Public dealer add-on price |
| T50 charging station | โฆ2,865,000 | Public dealer add-on price |
| T50 spreading system | โฆ1,370,000 | Public dealer add-on price |
| D14000iE generator | โฆ7,425,000 | Public dealer add-on price for the T50 listing |
| T100 | Price on request | Nigerian dealer does not publish a fixed public price on the referenced listing |
These figures should be treated as current commercial examples rather than a national price survey. The Nigerian dealer explicitly describes its prices as indicative and subject to exchange-rate and logistics changes. Its T50 listing also states that the displayed base price excludes accessories.
This distinction matters because a farmer comparing a โฆ10.5 million drone with a โฆ17.975 million drone may not be comparing equivalent packages.
The cheaper aircraft may have a smaller payload, while the more expensive package may require additional batteries, charging equipment or other components for the intended workload.
What Does the Agricultural Drone Price Usually Include?
Before paying for a drone, ask the supplier for a complete written list of what is included.
The advertised price may refer primarily to the aircraft or a basic package. Depending on the supplier and model, the farmer may need to purchase additional batteries, charging equipment, spreading systems, generators, spare parts or other accessories.
This is especially important for commercial operations because one battery may not provide enough operational continuity for a full spraying day.
The farmer should also determine whether the package includes operator training, software access, warranty coverage, installation or setup assistance and after-sales support.
Two drones with similar advertised prices can have very different total ownership costs if one package contains more of the equipment required for actual field operations.
The Cost of Batteries and Charging Equipment
Batteries are one of the most important additional expenses in agricultural drone operations.
Agricultural spraying drones carry substantial payloads, so their batteries are much more demanding than those found in ordinary camera drones.
Current DJI specifications illustrate this difference. The AGRAS T50 uses a DB1560 intelligent flight battery weighing approximately 12.1 kg, while the larger T100 uses batteries weighing approximately 14.7 to 15 kg.
A Nigerian dealer currently lists a T50 DB1560 intelligent battery at โฆ3.09 million and a C10000 charging station at โฆ2.865 million.
This means a farmer who sees a T50 advertised at โฆ17.975 million should not automatically assume that โฆ17.975 million is the complete amount needed to establish a commercial spraying operation.
Battery requirements depend on the work schedule, charging method and operating environment. Farmers should ask how many batteries are recommended for their intended workload and what charging infrastructure is required.
Do Agricultural Drones Need a Generator?
Not every farm needs a generator, but a reliable power source is essential for regular drone operations.
Large agricultural drone batteries can require substantial charging power. In locations where grid electricity is unreliable, a suitable generator or other approved power system may become part of the operating setup.
For example, the current T100 specifications include a dedicated multifunctional inverter generator designed for rapid battery charging. DJI specifies an 11,500-watt DC recharge output for the D14000iE generator.
A Nigerian dealer currently lists a D14000iE generator for the T50 at โฆ7.425 million, including logistics according to the dealer’s listing.
This is one reason farmers should calculate the cost of the entire operating system rather than treating the aircraft as the only investment.
A farm with dependable electrical infrastructure may have different requirements from a remote farm that relies on a generator for charging.
How Much Does a Large Agricultural Drone Cost?
Large agricultural drones can cost substantially more than compact systems, but exact prices are not always publicly displayed.
The DJI AGRAS T100, for example, has a 100-litre spraying tank and a 100 kg spraying payload. Its specifications also include a 150-litre spreading system with a 100 kg maximum load and separate systems for lifting applications.
A Nigerian agricultural technology dealer currently offers the T100 through a custom quotation rather than publishing a fixed selling price.
This is important because larger commercial equipment is often sold as a package based on the customer’s operational requirements.
A farm buying a large drone may need additional batteries, charging equipment, transport arrangements, spare parts, spreading equipment and training. A professional drone service company may also need several aircraft rather than one.
Agricultural Drone Price by Farm Use
The appropriate price range depends partly on what the farmer intends to do.
| Farm requirement | More appropriate equipment category | Main cost considerations |
|---|---|---|
| Occasional spraying on small fields | Compact spraying drone or hired service | Drone price, battery and basic charging |
| Regular spraying on medium farms | Mid-capacity agricultural drone | Aircraft, multiple batteries, charger and maintenance |
| Commercial spraying service | Higher-capacity commercial drone | Aircraft fleet, batteries, charging, transport, training and support |
| Liquid fertilizer and pesticide application | Spraying system | Tank, pumps, nozzles, batteries and calibration |
| Granular fertilizer spreading | Drone with spreading system | Spreader, hopper, calibration and suitable batteries |
| Large-scale multi-purpose operation | High-capacity multifunctional drone | Aircraft, spraying and spreading systems, power infrastructure and support |
| Crop mapping only | Survey or multispectral drone | Sensors, software, batteries and data processing |
The cheapest drone is not necessarily the lowest-cost solution for the farm.
If a small drone requires many more refills and battery changes to complete a large operation, the initial purchase saving may be offset by higher operating requirements.
What Is the Difference Between a Spraying Drone and a Mapping Drone?
This distinction is important when researching agricultural drone prices.
A mapping drone is primarily designed to collect information. It may carry RGB, multispectral, thermal or other sensors used for crop scouting, field mapping and crop monitoring.
A spraying drone is designed to carry an agricultural payload and distribute it across the crop.
These are different machines with different operating requirements.
A farmer looking for a drone to spray herbicides should not purchase a multispectral mapping drone simply because it is cheaper or has advanced cameras.
Likewise, a spraying drone is not automatically a replacement for a specialised crop-monitoring system.
Some agricultural drone platforms can perform several functions, but the farmer should examine the actual hardware and software included in the package.
How Much Does a Drone for Fertilizer Application Cost?
The answer depends on whether the farmer wants to apply liquid fertilizer or granular fertilizer.
Liquid fertilizer can be applied through a spraying system if the product and equipment are appropriate for that use.
Granular fertilizer requires a spreading system.
Current DJI specifications illustrate this difference. The T50 has a 40-litre spraying tank and a separate spreading system with a 75-litre spread tank and 50 kg internal load. The T25P also has separate spraying and spreading configurations.
The T100 goes further, with a 100-litre spraying system and a 150-litre spreading tank with a 100 kg maximum load according to the manufacturer’s specifications.
A farmer therefore needs to specify the material to be applied before comparing prices.
Buying a spray-only configuration when the farm actually requires granular spreading can lead to another equipment purchase later.
Additional Costs Farmers Should Budget For
The purchase price is only the beginning of agricultural drone ownership.
Batteries
Commercial spraying requires sufficient battery capacity to keep the operation moving. The number of batteries required depends on the aircraft, charging speed, field workload and operating schedule.
Charging equipment
The charging system must match the aircraft batteries and the farm’s available electrical infrastructure.
Generator or power supply
Remote farms may require a generator or another suitable power source.
Spare parts
Propellers, nozzles, pumps and other components can eventually require replacement.
Training
A farmer or employee should understand flight operation, field planning, equipment calibration, battery management, chemical handling and maintenance.
Maintenance
Agricultural drones work in demanding environments involving dust, moisture, fertilizer residues, pesticides and repeated loading and unloading. Regular inspection and cleaning are therefore important.
Software
Some systems may include software, while other functions or services may have separate costs depending on the platform and supplier.
Transport
Large agricultural drones and their batteries require appropriate transportation between the farm, storage location and charging area.
Chemical handling equipment
A spraying operation still requires safe chemical storage, loading and handling arrangements.
Regulatory compliance
Drone ownership and commercial operation may involve registration, certification and other regulatory requirements depending on the jurisdiction and operation.
What Is the Total Cost of Owning an Agricultural Drone?
The total cost of ownership is more useful than the sticker price.
A practical calculation should include:
| Cost category | What to consider |
|---|---|
| Aircraft | Initial drone purchase |
| Batteries | Number required for the intended workload |
| Charger | Compatible charging equipment |
| Power source | Grid electricity, generator or other approved system |
| Spray system | Nozzles, pumps and related components |
| Spreading system | Required if applying granular materials |
| Training | Operator and technical training |
| Software | Mapping, planning or management software where applicable |
| Maintenance | Routine inspection and servicing |
| Spare parts | Propellers, pumps, nozzles and other components |
| Transport | Moving the drone and operating equipment |
| Insurance | Where available and appropriate |
| Regulatory costs | Applicable registration, certification or operating costs |
| Labour | Operator and support personnel |
| Water logistics | Water supply and transport for spraying |
| Repairs | Damage, wear and technical faults |
This calculation should be made before purchasing.
A farmer who budgets only for the aircraft may discover later that the supporting equipment represents a substantial additional investment.
Does a More Expensive Agricultural Drone Mean It Is Better?
Not necessarily.
A higher-priced agricultural drone may have a larger tank, greater payload capacity, more sophisticated sensing systems or broader application capabilities. But those features only create value if the farm needs them.
For a small farm with occasional spraying, paying for a very large aircraft may make little operational sense.
For a commercial drone service provider covering many farms, a larger payload may be more relevant because the aircraft may spend more time working and less time returning for refills.
The correct question is therefore whether the equipment matches the workload.
Agricultural Drone Capacity and Current Examples
Current manufacturer specifications show how quickly agricultural drone capabilities can differ.
| Example | Spray tank | Spraying payload | Manufacturer-listed spray width |
|---|---|---|---|
| DJI AGRAS T25P | 20 L | 20 kg | 4 to 7 m |
| DJI AGRAS T50 | 40 L | 40 kg | 4 to 11 m |
| DJI AGRAS T100 | 100 L | 100 kg | 5 to 13 m |
These are manufacturer specifications under specified conditions, not independent guarantees of field performance. Actual coverage depends on operating conditions, crop structure, application settings, weather and other factors.
This table demonstrates why simply searching for “agricultural drone price” without considering capacity can produce misleading comparisons.
What Makes Agricultural Drones Expensive?
Several engineering requirements increase the cost of agricultural drones.
Unlike ordinary consumer drones, agricultural aircraft need to carry significant payloads while maintaining stable flight.
They also require pumps, tanks, nozzles, flow control systems, positioning technology and safety systems.
Larger commercial models may add radar, vision systems, terrain-following technology, high-capacity batteries and faster charging equipment.
The T100, for example, uses LiDAR, millimetre-wave radar and a multi-camera vision system according to its published specifications.
These components are not simply cosmetic features. They are designed to help the aircraft operate while carrying agricultural payloads and navigating farm environments. Nevertheless, farmers should evaluate whether those capabilities solve a real operational problem on their farm.
Does an Agricultural Drone Need Internet?
Internet access is not necessarily required for every drone operation.
Some modern agricultural systems support offline operations or allow flight plans and other information to be prepared in advance. DJI’s T50 product information, for example, explicitly lists offline operations as a feature.
However, internet connectivity can still be useful for software updates, cloud services, data synchronisation, technical support and certain digital workflows.
Farmers should ask the supplier exactly which functions work offline before purchasing.
Electricity is different. Even when internet access is unnecessary during a flight, the batteries still need to be charged.
Agricultural Drone Cost in Nigeria: Why Exchange Rates Matter
Many high-capacity agricultural drones sold in Nigeria are imported systems.
That creates exposure to exchange-rate changes, shipping expenses, customs-related costs and availability of spare parts.
A supplier may therefore change its naira price even when the manufacturer has not changed the underlying product.
The current Nigerian dealer used for the price examples in this article specifically states that its displayed prices are indicative and subject to exchange-rate fluctuations and logistics contingencies.
This is why farmers should request a current quotation before making a purchasing decision rather than relying on an old online price.
Is It Cheaper to Buy or Hire an Agricultural Drone?
For many farmers, this is the most important financial question.
Buying gives the farmer direct control over the equipment, scheduling and operations. However, the owner also carries the costs of depreciation, batteries, charging, maintenance, repairs, training, regulatory compliance and operator management.
Hiring a drone service avoids much of the initial capital expenditure.
A farmer who sprays only a few times per year may not use a purchased drone enough to justify the investment. A commercial farm with frequent applications may have a different calculation.
The comparison should therefore be based on the farm’s actual annual workload.
| Factor | Buying a drone | Hiring a drone service |
|---|---|---|
| Initial investment | High | Low |
| Equipment ownership | Yes | No |
| Maintenance responsibility | Farmer or business | Usually service provider |
| Operator training | Owner responsibility | Usually provider responsibility |
| Scheduling control | High | Depends on provider |
| Capital risk | Higher | Lower |
| Suitability for occasional use | Often less attractive | Often more practical |
| Suitability for frequent commercial use | Potentially useful | Also potentially useful |
| Technical support | Must be arranged | Usually provided by operator |
Neither model is automatically cheaper.
The answer depends on how many hectares require treatment, how frequently spraying occurs, local service prices, labour costs, equipment utilisation and the farmer’s ability to manage the technology.
How to Calculate Whether Buying Makes Financial Sense
Farmers should avoid relying on a generic internet ROI calculation.
Instead, start with the farm’s actual numbers.
Suppose a commercial farm needs repeated spraying during several crop cycles. The farmer can calculate the annual cost of the current spraying method, including labour, machinery, fuel, crop damage caused by ground traffic where applicable, and other operating expenses.
The farmer can then calculate the annual cost of drone ownership, including depreciation, batteries, charging, maintenance, operator labour, transport and other operating expenses.
The comparison should also consider whether the drone can actually complete the required workload within the available treatment windows.
A drone that cannot operate effectively during the farm’s critical spraying period may have less economic value than its specifications suggest.
The result should be treated as a farm-specific business calculation, not a guaranteed return on investment.
What Should Farmers Check Before Buying an Agricultural Drone?
The first question should be the farm problem.
If the farm already has suitable ground equipment and can access its fields reliably, the case for buying a drone may be weaker.
If the farm frequently struggles with wet-field access, crop damage from machinery, difficult terrain or narrow application windows, the technology may deserve closer investigation.
The farmer should then examine:
Payload capacity
Choose capacity based on the actual workload rather than selecting the largest aircraft available.
Battery system
Check battery price, expected operating requirements, charging time, number of batteries recommended and replacement availability.
Power requirements
Determine whether the farm has adequate electrical infrastructure or needs a generator.
Spray system
Check pump capacity, nozzle configuration, flow control and compatibility with the intended application.
Spreading capability
If granular fertilizer is part of the plan, verify that the aircraft has a compatible spreading system.
Navigation and sensing
Assess GNSS, RTK, terrain-following, radar and obstacle-sensing capabilities according to the farm environment.
Spare parts
Ask how quickly batteries, pumps, nozzles, propellers and other parts can be obtained locally.
Technical support
A sophisticated machine becomes difficult to operate if there is no reliable technical support nearby.
Training
Find out exactly what operator training is included and whether additional technical training is available.
Warranty
Understand what the warranty covers and what conditions can invalidate it.
Agricultural Drone Regulations in Nigeria
The financial calculation should include regulatory requirements.
Nigeria’s Civil Aviation Authority currently lists Part 21 of the Nigeria Civil Aviation Regulations as the framework covering certification, registration, operation and surveillance of remotely piloted aircraft systems. The regulation is marked current by the NCAA.
The NCAA also states that it issues a Remotely Piloted Aircraft Systems Operations Certificate for organisations carrying out commercial RPAS operations in Nigeria.
This is particularly relevant to farmers considering a commercial drone spraying business or a provider offering spraying services to other farms.
Pesticide use is a separate issue. NAFDAC’s pesticide regulations require instructions for use to address matters including dosage, fields of application, methods of application, target pests, re-entry periods, pre-harvest periods and target crops. The regulations also require appropriate personal protective equipment when handling pesticides.
Farmers should therefore verify both the applicable drone requirements and the pesticide’s permitted use rather than assuming that purchasing an agricultural drone automatically authorises every type of spraying operation.
Should Small Farmers Buy an Agricultural Drone?
A small farm can technically use an agricultural drone, but ownership may not always be economically sensible.
The farmer needs to consider how many hectares are sprayed each season and how often the drone would actually be used.
If the drone is needed only occasionally, hiring a professional service may reduce capital requirements.
There is also a potential cooperative model. Several farmers in the same area can use a shared service arrangement or contract a service provider to treat multiple farms during the same spraying period.
The important consideration is equipment utilisation. Expensive machinery generally needs sufficient productive use to justify its ownership cost.
Who Is Most Likely to Benefit From Agricultural Drone Ownership?
Ownership may be more relevant to:
- large commercial farms with regular spraying requirements
- agricultural contractors
- drone spraying businesses
- cooperatives serving several farms
- plantations with difficult terrain
- farms where wet conditions regularly prevent ground equipment from entering
- agricultural businesses combining spraying and other drone services
This does not mean these users will automatically achieve a positive return. They still need to compare the complete cost of ownership with alternatives.
Who May Be Better Off Hiring a Drone Service?
Hiring may be more practical for farmers with relatively small areas, occasional spraying requirements or limited technical capacity.
It can also make sense when the farmer does not have suitable electricity, battery storage, trained operators or local technical support.
A service model effectively turns the drone from a capital asset into an operating service.
The farmer pays for the application without having to manage every component of the aircraft.
However, the farmer should still check the service provider’s qualifications, equipment, application practices, insurance where applicable, regulatory compliance and ability to work safely with the intended agricultural products.
Common Mistakes When Comparing Agricultural Drone Prices
One of the biggest mistakes is comparing only the aircraft price.
A farmer may see one drone advertised at โฆ10 million and another at โฆ18 million and immediately conclude that the first is much cheaper. But if the first requires additional equipment that is already included in the second package, the comparison is incomplete.
Another mistake is buying the largest aircraft available without considering farm size.
A high-capacity drone can be useful for a large operation, but its additional cost may not provide enough value on a small farm.
Farmers should also avoid ignoring after-sales support. An aircraft that requires a replacement pump or battery but has no local technical support can create operational delays during a critical crop-treatment period.
Finally, farmers should not calculate ROI using manufacturer productivity figures as though they were guaranteed farm performance.
Manufacturer specifications are useful for understanding what the equipment is designed to do, but actual performance depends on field conditions and management.
A Practical Agricultural Drone Buying Checklist
Before making a purchase, a farmer should be able to answer the following questions:
| Question | Why it matters |
|---|---|
| How many hectares will the drone treat each season? | Determines required capacity and utilisation |
| What products will be applied? | Determines spraying compatibility |
| Will granular fertilizer be spread? | Determines whether a spreading system is required |
| How many batteries are needed? | Determines operating continuity |
| How will batteries be charged? | Determines power infrastructure |
| Is electricity reliable at the farm? | May determine whether backup power is required |
| Who will operate the drone? | Determines training requirements |
| Who will maintain it? | Determines technical support needs |
| Where will spare parts come from? | Reduces downtime risk |
| What are the applicable regulations? | Prevents non-compliant operations |
| Can the supplier provide training? | Supports safe and effective use |
| What does the warranty cover? | Defines financial risk |
| What happens if the drone breaks down? | Important during narrow treatment windows |
| Would hiring be cheaper for the expected workload? | Prevents unnecessary capital expenditure |
This checklist is more useful than choosing a drone based solely on its advertised tank capacity.
Current Agricultural Drone Technology Is Moving Toward Larger and More Multifunctional Systems
The agricultural drone market continues to develop toward aircraft capable of handling multiple farm tasks.
Current DJI agricultural platforms illustrate this direction. The T100 supports spraying, spreading and lifting configurations, while newer T55 and T100 systems introduced in 2026 expand the manufacturer’s agricultural drone range. DJI announced the global launch of the T55 and a T100 dual-battery spraying system in July 2026.
The T100’s current specifications list a 100-litre spraying tank, a 150-litre spreading tank and a lifting capacity of up to 100 kg depending on configuration.
These developments do not mean every farmer needs a larger drone. They demonstrate that farmers and agricultural service providers now have more capacity options than the early generation of small spraying drones.
The purchasing decision should still be based on farm workload rather than technology availability.
Is an Agricultural Drone Worth the Money?
There is no universal answer because the economics depend on the farm.
An agricultural drone may make financial sense when it solves a costly operational problem, receives enough work to justify ownership and can be maintained reliably.
It may make less sense when the farm has low spraying demand, easy ground access and already owns suitable application machinery.
The strongest financial case often comes when the drone is used regularly or operated as a service across multiple farms.
Farmers should therefore compare three alternatives:
- Continue using the current spraying method.
- Purchase and operate an agricultural drone.
- Hire a qualified drone spraying service.
The comparison should use actual farm costs and expected workload rather than generic ROI figures found online.
Frequently Asked Questions
How much does an agricultural drone cost in Nigeria?
Current public Nigerian dealer listings show examples from about โฆ10.5 million for a DJI AGRAS T25P to โฆ17.975 million for a DJI AGRAS T50, while larger systems such as the T100 may be offered by quotation. These are individual dealer prices, not a nationwide market average, and additional equipment can substantially increase the total investment.
What is the cheapest agricultural drone for farming?
There is no single cheapest model that is suitable for every farm. A lower purchase price can come with lower payload capacity or fewer capabilities. Farmers should compare total ownership cost and workload rather than choosing solely on purchase price.
How much does a DJI Agras drone cost?
Current Nigerian public dealer listings include the AGRAS T25P at โฆ10.5 million and the AGRAS T50 at โฆ17.975 million. Larger or newer systems may require a quotation. Prices can change with exchange rates, logistics and package configuration.
Does the agricultural drone price include the battery?
Not necessarily. Package contents vary by supplier and model. Farmers should ask whether batteries, chargers, spare batteries and other operating equipment are included before comparing quotations.
How much does an agricultural drone battery cost?
As a current Nigerian example, one dealer lists the DJI T50 DB1560 intelligent flight battery at โฆ3.09 million. This is a supplier-specific current price and should not be treated as a universal battery price for all agricultural drones.
Do agricultural drones need a generator?
Not necessarily, but they need an adequate charging solution. Farms with unreliable grid electricity may need a generator or another appropriate power source. The required charging system depends on the drone and battery configuration.
Is it better to buy an agricultural drone or hire one?
It depends on how frequently the farm needs drone services. Farmers with occasional spraying needs may find hiring more practical, while farms or agricultural service businesses with substantial recurring workloads may have reasons to consider ownership.
Can an agricultural drone spray both fertilizer and pesticides?
Some agricultural drones can apply liquid pesticides and liquid fertilizers through the spraying system. Dry granular fertilizer requires an appropriate spreading system. Farmers should verify that the aircraft configuration supports the material they intend to apply.
