Description
Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack
Agricultural drones have become a cornerstone of modern farming, empowering farmers to achieve greater efficiency in spraying, seeding, and precision mapping. At the core of these UAV systems lies a reliable power source that determines their flight duration, payload capability, and overall performance. The Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is designed to deliver unmatched energy output, cycle life, and safety for intensive farming applications.
Unlike traditional Li-Po batteries that often compromise safety and degrade faster under stress, this agriculture drone battery pack provides stable power delivery, longer runtime, and superior reliability. Built with premium-grade Molicel INR 21700 P42A cells, the pack is purpose-engineered to meet the rigorous demands of farmers and drone service providers worldwide.
Voltage and Configuration
The Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is designed with a 14s6p configuration, a structure that perfectly balances voltage, capacity, and discharge efficiency. In this arrangement, 14 cells are connected in series (14s), which multiplies the nominal cell voltage to achieve 51.8V. This high voltage is crucial for powering large-scale agricultural drones, as it ensures motors and electronic speed controllers (ESCs) can operate at peak efficiency with minimal energy loss.
At the same time, the 6 parallel connections (6p) increase the total capacity to 25200mAh, providing the extended runtime required for long agricultural tasks like spraying, seeding, and mapping. The combination of high voltage and high capacity ensures that drones can cover larger acreages in fewer flights, saving time and operational costs.
One of the biggest advantages of this 14s6p setup is power stability. By spreading the current demand across multiple cells in parallel, the battery experiences reduced stress per cell, which enhances thermal stability, prolongs cycle life, and minimizes the chances of overheating during heavy load conditions. For drones carrying large payloads—such as pesticide tanks or multispectral cameras—this stability ensures smooth, uninterrupted power delivery throughout the mission.
Another key benefit lies in the optimized energy management. Many drones experience performance dips when batteries near mid-discharge, leading to unstable voltage levels that can disrupt flight operations. However, the Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is engineered to maintain a consistent voltage curve, reducing fluctuations that could impact aerial spraying precision, GPS mapping accuracy, or real-time monitoring.
This configuration also supports failsafe triggers that activate before the battery reaches unsafe discharge levels. By holding steady voltages even under high current loads, drone operators can fly with confidence, knowing that their UAVs won’t unexpectedly lose power mid-mission.
Whether deployed on medium-scale farms requiring reliable spraying drones or large agricultural estates needing high-capacity UAVs for extended coverage, the 14s6p configuration offers the perfect blend of efficiency, durability, and reliability. It guarantees that every joule of stored energy is converted into usable flight power—ensuring farmers maximize both their drone investment and their agricultural productivity.
Capacity and Runtime
The Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is built with a massive 25,200mAh capacity, a feature that significantly extends the operational runtime of agricultural UAVs. This high capacity is a critical advantage in farming operations where efficiency and time management directly influence yields and profitability.
For spraying drones, which often carry heavy liquid payloads of pesticides, herbicides, or fertilizers, a higher capacity battery translates into longer spraying sessions per charge. Instead of interrupting operations for frequent battery swaps, farmers can complete large sections of a field in a single flight. This reduces downtime and ensures more consistent chemical application, which is crucial for effective crop protection.
Similarly, for seeding drones, extended runtime means they can disperse seeds over vast areas without requiring multiple returns for battery changes. This not only improves efficiency but also helps farmers synchronize planting schedules across larger plots of land, leading to better crop uniformity and overall yield.
The high capacity also supports data-intensive missions like precision mapping, crop health monitoring, and multispectral imaging. These flights often require drones to remain airborne for extended periods while carrying sophisticated sensor equipment. The 25200mAh battery ensures uninterrupted operation, enabling drones to collect comprehensive datasets in a single mission rather than piecemeal flights.
Beyond direct operational benefits, extended runtime also delivers economic advantages. Fewer batteries are needed to support a day’s work, which reduces initial investment costs for additional packs and lowers long-term maintenance expenses. With reduced charging cycles, the battery’s overall life expectancy is extended, ensuring that operators get maximum value over time.
By maximizing aerial endurance, the Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack plays a pivotal role in advancing modern precision agriculture. Farmers benefit from fewer interruptions, higher productivity, and streamlined operations—all of which contribute to improved crop management and greater efficiency in large-scale farming.
High Discharge Capability
One of the standout features of the Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is its exceptional discharge performance, specifically engineered to meet the heavy power demands of modern agricultural UAVs.
- Continuous Discharge Current: 225A
- Peak Discharge Current: 275A
These impressive ratings enable the battery to provide sustained, high-energy output without overheating or compromising stability. This makes it ideal for power-intensive agricultural applications, where drones often operate under maximum load for extended durations.
For spraying drones carrying large pesticide or fertilizer tanks, high discharge capability ensures the motors receive steady power to lift and maneuver heavy payloads with precision. This prevents sudden drops in performance mid-flight, which could lead to inconsistent spraying patterns or incomplete coverage.
In cases where drones are equipped with advanced sensors or dual-function payloads—such as combining spraying mechanisms with thermal or multispectral imaging systems—the demand for power intensifies. The ability to consistently deliver up to 225A of continuous discharge allows these UAVs to execute multiple tasks in one flight without compromising flight stability or mission accuracy.
The 275A peak discharge current is particularly beneficial during takeoff, ascent, or rapid maneuvering, when power demands temporarily spike. Instead of experiencing sluggish acceleration or voltage drops, drones remain highly responsive and stable, which is critical for operating in variable field conditions such as uneven terrain, wind resistance, or high-altitude environments.
Furthermore, the stable discharge profile contributes to long-term reliability. By maintaining a consistent power output, the battery reduces stress on drone motors and electronic speed controllers (ESCs), extending the operational lifespan of the UAV hardware. This reliability is vital for farmers and agribusinesses, who depend on drones for time-sensitive tasks like spraying and seeding, where downtime can directly impact crop productivity.
In essence, the Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack combines high discharge strength with consistent performance, ensuring that agricultural drones can perform demanding missions smoothly, efficiently, and reliably—even under maximum load conditions.
Performance and Reliability Features
Stable Voltage Output
The Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is designed to deliver a consistent voltage profile across its entire discharge cycle. Unlike lower-grade batteries that suffer from rapid voltage drops as capacity drains, this pack ensures steady power delivery until it reaches the programmed failsafe reserve.
For farmers and UAV operators, this translates to reliable flight stability, which is especially crucial during operations like precision spraying, seeding, or mapping. Sudden power dips can cause altitude fluctuations, uneven spray coverage, or data loss during aerial imaging. With this pack, drones maintain optimal thrust and control, allowing operators to achieve uniform application rates and accurate field data collection.
Additionally, the stable current flow reduces strain on drone motors and electronic systems, preventing malfunctions that could otherwise disrupt critical agricultural tasks.
Long Cycle Life
Built with premium-grade Molicel INR P42A cells, this agriculture drone battery pack is engineered for 500+ full charge-discharge cycles, while still retaining up to 80% of its original capacity. This durability ensures that the battery provides years of dependable service, even under daily heavy workloads.
For drone fleet operators, extended cycle life means fewer battery replacements, lowering overall maintenance costs and improving operational efficiency. Over time, this results in a better return on investment (ROI), as the pack continues to perform reliably across multiple growing seasons.
Moreover, the reduced degradation rate ensures consistent flight times and payload support throughout the battery’s lifespan, giving farmers confidence in scheduling missions without worrying about sudden runtime drops after only a few months of use.
High-Quality Connectors
Connectivity is a critical factor in both safety and performance for drone battery systems. The Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is equipped with Amass AS150U discharge connectors and JST XH balance charging interfaces, chosen for their low-resistance design and secure locking mechanisms.
These connectors not only provide efficient current transfer—minimizing voltage losses during high-discharge operations—but also enhance safety by reducing risks of overheating, arcing, or accidental disconnection in mid-flight.
For charging, the JST XH balance connector ensures that all cells are evenly charged and balanced, extending battery life while maintaining peak performance. This precise charging process prevents cell overvoltage or undervoltage, which are common causes of premature battery failure.
Together, these features make the pack exceptionally reliable for demanding agricultural UAV missions, where any interruption can result in lost productivity and increased costs.
Safety Features
Safety is one of the most critical factors for agricultural drone operators, especially when managing high-voltage Li-ion packs like the Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack. This battery integrates a robust suite of protective mechanisms that not only safeguard the cells themselves but also protect drones and operators during demanding field missions.
Failsafe Trigger
To protect against over-discharge, the battery features a failsafe trigger that activates at 44.8V. Over-discharging is one of the leading causes of cell degradation and capacity loss in Li-ion batteries. By cutting off power at this predefined threshold, the system ensures that cells never enter a state where irreversible chemical damage occurs.
For operators, this means confidence that even during long spraying or seeding runs, the battery will not dip into unsafe discharge levels, preventing costly replacements or potential mid-flight failures.
Minimum Flying Voltage
The minimum flying voltage is set at 40.6V, ensuring that drones never attempt to operate when power reserves are critically low. Operating below this voltage could result in motor power fluctuations, GPS instability, or loss of flight control, particularly dangerous when flying with heavy liquid payloads.
By enforcing this threshold, the pack guarantees that drones either return-to-home (RTH) or land safely before reaching unsafe voltage conditions. This built-in precaution protects both the UAV and the valuable equipment or payload it carries.
Cell Balancing System
Every pack is equipped with a smart cell balancing system that continuously equalizes the charge across all individual cells. In high-capacity multi-cell configurations like 14s6p, even slight imbalances can cause some cells to overcharge or over-discharge, leading to overheating, reduced lifespan, or even thermal runaway.
The balancing system prevents these risks by ensuring:
- Even charge distribution across all cells.
- Temperature stability during charge and discharge cycles.
- Extended overall battery life, since no single cell is overworked.
This feature also ensures consistent performance across every flight, as all cells contribute equally to power delivery.
Practical Impact of Safety Features
- Longer Battery Lifespan – By avoiding unsafe discharge states and keeping cells balanced, farmers can expect reliable service over hundreds of cycles.
- Operational Confidence – Pilots can fly missions without worrying about sudden shutdowns or overheating issues.
- Reduced Maintenance Costs – Balanced cells degrade slower, meaning fewer pack replacements and lower operating expenses.
In agricultural operations where drones carry large payloads of liquid fertilizers, pesticides, or high-value sensors, these safety measures provide peace of mind, ensuring that missions are both productive and risk-free.
Comparison with Traditional Li-Po Batteries
When evaluating power solutions for agricultural drones, many operators compare traditional Lithium-Polymer (Li-Po) batteries with advanced Lithium-Ion (Li-ion) packs like the Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack. While Li-Po batteries have been widely used in UAVs for years, Li-ion technology offers clear advantages in terms of energy density, temperature performance, and safety.
Energy Density
One of the most notable differences lies in energy-to-weight ratio (Wh/kg).
- Li-Po Batteries: Generally provide good power output but are bulkier for the same capacity. As drones require larger payloads and extended flight times, Li-Po batteries add unnecessary weight.
- Pro-Range INR 21700 P42A Li-ion Pack: With a higher energy density, this pack delivers more watt-hours per kilogram, meaning drones can carry heavier payloads without sacrificing flight time.
For farmers, this translates into longer spraying runs, more hectares mapped per flight, and reduced operational interruptions. In precision agriculture, where efficiency is critical, every extra minute of flight time equates to higher productivity.
Temperature Performance
Agricultural drones often work in challenging outdoor environments where extreme temperatures affect battery efficiency.
- Li-Po Batteries: Known to degrade faster in both low and high temperatures. In hot climates, swelling and puffing are common. In cold conditions, voltage drops can occur, leading to sudden drone shutdowns.
- Pro-Range INR 21700 P42A Li-ion Pack: Designed to function reliably across a wide temperature range of -20°C to +60°C.
This makes it highly suitable for:
- Winter spraying in northern regions where freezing conditions affect other batteries.
- Summer operations in tropical or arid climates where Li-Po packs may fail due to overheating.
The result is year-round usability, giving farmers confidence in every season.
Safety and Maintenance
Safety and ease of maintenance are critical considerations when operating UAVs with heavy payloads and expensive spraying equipment.
- Li-Po Batteries: Over time, repeated charging cycles often cause swelling, puffing, or leakage. These issues not only reduce lifespan but also increase safety risks such as fire hazards. Additionally, Li-Po batteries demand strict maintenance routines and safe storage practices.
- Pro-Range INR 21700 P42A Li-ion Pack: Unlike Li-Po, this pack maintains structural integrity throughout its life cycle. With a built-in cell balancing system and failsafe triggers, it reduces risks of overheating, voltage imbalance, and thermal runaway.
This means:
- Lower downtime since farmers don’t need to replace or maintain the pack as often.
- Reduced costs over the long term.
- Safer operations in farm environments where both humans and crops are exposed to UAV activity.
Applications of the Battery Pack
Agricultural Spraying
This pack powers drones equipped with pesticide and fertilizer tanks, enabling longer spraying sessions and fewer interruptions.
Seeding and Fertilizer Spreading
With its high discharge current, the agriculture drone battery pack supports UAVs used for efficient seed planting and fertilizer dispersal, increasing agricultural efficiency.
Precision Mapping and Monitoring
When paired with multispectral or thermal cameras, this battery provides the stable, extended power needed for accurate crop health analysis and mapping.
Advantages of Choosing This Battery
Extended Flight Time
Farmers cover larger fields in fewer flights, boosting productivity.
Payload Support
With discharge currents up to 275A, the pack powers drones carrying heavy agricultural equipment and advanced sensors.
Durability in Harsh Conditions
The Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is built to withstand rugged environments and extreme temperatures.
Eco-Friendly Rechargeable Solution
Being a rechargeable Li-ion solution, it reduces environmental waste while supporting sustainable farming practices.
Customization Options
Every farm and UAV application has unique needs. This agriculture drone battery pack offers full customization, including:
- Adjustable size and shape to fit specific drone models
- Choice of premium cells (Molicel P42A, P45B, or Samsung INR 50S)
- Different connector options for compatibility
- Configurable capacity for specialized UAV requirements
This ensures drone manufacturers and operators receive a battery optimized for their operations.
Why Choose the Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack?
- Longer flight times compared to conventional batteries
- Stable performance across extreme temperatures
- Superior safety features (failsafe triggers, balanced cells)
- Over 500 charge cycles with 80% capacity retention
- Designed for professional, heavy-payload agricultural drones
-
Final Thoughts
The Pro-Range INR 21700 P42A 51.8V 25200mAh Agriculture Drone Battery Pack is more than just a power source—it’s an investment in farming efficiency, sustainability, and reliability. With extended flight times, high discharge capacity, superior safety mechanisms, and customizable options, it stands out as one of the most advanced battery solutions available for agricultural UAVs.
By choosing this agriculture drone battery pack, farmers gain not only longer operational hours but also reduced costs, improved safety, and enhanced productivity—making it a critical tool in the era of smart farming.
✅ In stock now. Limited quantities available. Ships within 24 hours.
LOOKING FOR MORE? DISCOVER EVERYTHING WITH OFFER AT http://www.loftyagrotech.com
Explore more in our camera drone collection and find the right aerial companion.
Before flying, ensure you’re compliant with India’s drone regulations (DGCA DigitalSky Portal).
Reviews
There are no reviews yet.