Custom Battery Solutions for Agricultural Spraying Drones
High-Discharge, High-Capacity and Smart Lithium Battery Solutions for Crop Spraying Drones, Agricultural UAVs and Precision Farming Equipment.
LithoTop develops customized drone batteries for agricultural spraying UAVs, supporting high payloads, powerful pump systems, rapid takeoff, stable flight and demanding outdoor operations.
Industry Overview
Agricultural spraying drones are increasingly used for crop protection, pesticide application, fertilizer spraying, seed spreading and precision farming. Compared with conventional agricultural equipment, spraying drones can improve field coverage, reduce labor requirements and operate efficiently across farmland, orchards, hillsides and other complex terrain.
A spraying drone battery must support more than the propulsion system. It may also power pumps, valves, radar, cameras, flight controllers, communication modules and intelligent navigation systems. During loaded takeoff, climbing and hovering, the battery must deliver high current without excessive voltage sag, overheating or unstable output.
LithoTop provides customized lithium battery solutions for agricultural drone manufacturers, including high-discharge LiPo batteries, high energy density LiPo batteries, smart drone battery packs and advanced semi-solid-state battery solutions for OEM and ODM UAV projects.
Typical Agricultural Drone Applications
LithoTop develops custom battery solutions for agricultural UAV platforms used in spraying, spreading, monitoring, mapping and other precision farming operations.
- Crop Spraying Drones
- Pesticide Spraying UAVs
- Fertilizer Spraying Drones
- Seed Spreading Drones
- Orchard Spraying Drones
- Forestry Spraying UAVs
- Precision Agriculture Drones
- Crop Monitoring Systems
- Agricultural Mapping Drones
- Heavy-Payload Farming UAVs
Common Battery Types for Agricultural Spraying Drones
Battery chemistry and pack configuration should be selected according to payload, motor power, flight duration, current demand and charging strategy.
LithoTop Battery Solutions for Agricultural Spraying Drones
Providing complete application data helps LithoTop evaluate cell chemistry, configuration, current capability and mechanical structure more accurately.
Typical Battery Specifications
| Parameter | Typical Customization Range |
|---|---|
| Nominal Voltage | 22.2V–88.8V |
| Battery Configuration | 6S–24S |
| Capacity | 8,000mAh–40,000mAh |
| Battery Chemistry | High-Rate LiPo / High-Energy LiPo / Semi-Solid |
| Continuous Discharge Rate | 10C–50C |
| Burst Discharge Rate | Up to 100C, subject to cell and pack design |
| Continuous Current | Customized according to the UAV load profile |
| Peak Current | Customized according to motor startup demand and duration |
| Protection | Smart BMS Optional |
| Communication | CAN / UART / SMBus Optional |
| Temperature Sensor | NTC Optional |
| Housing | Heat Shrink / Plastic / Metal / Custom |
| Connector | AS150 / QS8 / XT90-S / Custom |
| Charging | Standard Charging / Fast Charging Optional |
Why Agricultural Drone Manufacturers Choose LithoTop
Send us your UAV voltage, load current, peak current, target flight time, battery dimensions and weight limit. LithoTop will evaluate a suitable battery configuration for your project.
Custom Engineering
Controlled Manufacturing
OEM and ODM Support
Frequently Asked Questions
What battery is commonly used in agricultural spraying drones?
Most agricultural spraying drones use high-discharge LiPo batteries because they provide strong current output, low weight and stable power during loaded takeoff, climbing, hovering and continuous field operation.
How do I choose the correct battery capacity for a spraying drone?
Battery capacity should be selected according to motor power, maximum takeoff weight, liquid or seed payload, target flight time, available battery compartment and maximum allowable battery weight.
What discharge rate is required for an agricultural drone battery?
The required discharge rate depends on the drone’s continuous current, peak current and peak-load duration. LithoTop recommends evaluating the actual motor and ESC load instead of selecting a battery based only on the labeled C-rate.
Can LithoTop customize 12S, 14S, 18S or 24S drone batteries?
Yes. LithoTop can customize high-voltage agricultural drone batteries according to the UAV power system, required capacity, continuous current, peak current, battery dimensions and charging system.
Can the agricultural drone battery include a smart BMS?
Yes. Optional smart BMS functions include individual cell-voltage monitoring, current monitoring, temperature sensing, state-of-charge calculation, cycle counting, fault recording and CAN, UART or SMBus communication.
Can the battery support fast charging?
Yes. Fast-charging capability can be evaluated according to the battery chemistry, cell specification, capacity, thermal design, charger and required charging time.
Can LithoTop customize water-resistant agricultural drone batteries?
Yes. LithoTop can customize sealed housings, water-resistant connectors, protective coatings, corrosion-resistant terminals and reinforced insulation according to the agricultural operating environment.
How can voltage sag be reduced during loaded takeoff?
Voltage sag can be reduced through low-resistance battery cells, accurate voltage and internal-resistance matching, suitable parallel configurations, optimized conductors, correct wire gauges and properly rated high-current connectors.
What information is needed for a custom spraying drone battery?
Customers should provide the required voltage, capacity, continuous current, peak current and duration, target flight time, battery dimensions, maximum weight, connector model, cable length, charging method, operating temperature and communication requirements.
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