NO-Nonsense Demo Day 2026 Recap: Big drones. Big opportunity.
We are back at it!
Many of you attended Monarch Drone Solution's Big Drone Demo Day last fall where we had quite the field day gathering key data that helped draw conclusions between two of the top large drones in a true and raw side-by-side comparison. We felt…it’s been 128 days, it was probably time to do it again, but bigger. So, we decided to host yet another big drone demo day—No-Nonsense Demo Day—bringing together pilots, growers, ag tech partners, and drone enthusiasts to witness FIVE of the largest commercial agricultural drones in the U.S. in action: the EAVision J150, CeresAir Black Betty Stacked 31 gal, DJI T100, XAG P150 Max and the Vector HD580.
Our goal?
Present an accurate picture of the current drone landscape and see how these next-generation autonomous spraying and mapping platforms perform side by side in real-world field conditions. We will be specifically highlighting:
Swath Data: We planned to use Dr. Steve Li’s data, but it was not quite ready in time for the event. Thus, we communicated with Steve and pulled from some of our own testing to set the parameters. In our comparison chart, we've listed the manufacturer provided max swath. We look forward to seeing independent data soon and will post that here and update as it becomes available. As to the decision for what swath to run these at for our testing, we chose to run at what preliminary swath data suggests relative to effective width. This is often narrower than what the manufacturer suggests.
User Interface & Support: Comparing the "human element" of operating these systems.
Serviceability: A deep dive into ease of use and maintenance.
Battery Performance: Specifically addressing battery temperature.
Special thank you to our partners Raptor Dynamic, Agri Spray Drones, Talos Drones, and Dwight Niehoff for the awesome location!
A clear vision for the day goes a long way. Good thing we had multiple brains in on this thing! Pictured Left to Right: Dakota Crow with Monarch Drone Solutions, Bryan Sanders with Raptor Dynamic, and Trey Stephens, Alex Bennett and Toby Carlson with Agri Spray Drones Planning the No-Nonsense Demo Day in Missouri.
Setting the Stage
What is it with the weather cooperating on the ONLY day of the week we schedule these demos?! Thankfully, the morning kicked off again under overcast skies, 61 degree temps, 11mph winds and 72% humidity, as our team prepped all five aircrafts for flight and set up the event.
We were joined by local pilots, producers, ag retailers, and technology partners eager to see how these machines have grown for the upcoming season. It is one thing to see a video or photos of these drones, but it is a whole different experience getting to feel the downright mind-blowing thrust as these drones take off and land right in front of you. We are very grateful to everyone who made it another successful and informative demo day.
THE FIVE DRONES
Let’s take a moment to chat about the drones we chose to compare. There are a couple of these in our own fleet at Monarch Drone Solutions that are known beasts in the industry–DJI T100 and the EAVision J150. But, to get an accurate view of the landscape of large capacity drones in 2026, we wanted to bring in three more drones (Ceres Air Black Betty Stacked, XAG P150 Max and the Vector HD580) that are also currently leading conversations in the United States and put them all next to one another. Nobody else was doing this and we want to make sure our clients and customers are the most informed they can be about what drone is right for them. That brings us to our first takeaway and point.
Spoiler alert: There is no best drone. However, there is a right drone for the right job at the right price point. You just have to weigh your budget and use case.
Before we get into the weeds (pun totally intended), here are some fast specs on the drones tested.
| Scroll for Drone Info>> |
Ceres Air Black Betty Stacked | EAVision J150 | DJI T100 | Vector HD580 |
XAG P150 Max |
|---|---|---|---|---|---|
|
BASE PRICE |
(Drone+Quad Spray System+Batteries +Charger) $57,998 |
BASE PRICE (Drone+Quad Spray System+Batteries +Charger) $40,495 |
BASE PRICE (Drone+Spray System+Batteries +Charger) $39,999 (2) / $42,398 (4) |
BASE PRICE (Drone+Spray System+Batteries +Charger) $36,999 |
BASE PRICE (Drone+Spray System+Batteries +Charger) $35,590 |
| SPRAY TANK SIZE |
31.7 gal (40 gal pending FAA approval) | 20 gal | 26.42 gal | 18.5 gal | 21.1 gal |
| SEED HOPPER SIZE | TBD | 180 lbs | 220.5 lbs | 176.37 lbs | 176.3 lbs |
| MAX SPEED | 44.7 mph | 30.7 mph *with full obstacle avoidance and terrain following enabled* | 44.7 mph | 40.3 mph | 44.7 mph |
| MAX FLOW RATE | 2 Nozzles = N/A 4 Nozzles = 11 gal/min |
2 Nozzles = N/A |
2 Nozzles = 7.92 gal/min |
2 Nozzles = 7.92 gal/min |
2 Nozzles = 8.4 gal/min |
| MANUFACTURER MAX SWATH WIDTH (Will update with Steve Li data when available) | 44-50 ft | 40+ ft | 42.6 ft | 40 ft | 33.7 ft |
| BATTERY | 38,000 mAh (TBD charge time) | 45,000 mAh (8-9 min charge time) | 41,000 mAh (8-9 min charge time) | 30,000 mAh (10 min charge time) | 20,000x2 mAh (10 min charge time) |
| MAX TAKEOFF WEIGHT | 537.20 lbs (40 gal 617 lbs) | 330 lbs | 390 lbs | 330.69 lbs | 308.64 lbs |
| ATTACHMENT OPTIONS | Heavy Lift System Capacity of 397 lbs | Spread system |
Dual Battery Heavy Lift System Capacity 220.5 lbs, Spread System |
Spread System | Heavy Lift System Capacity of 176.37 lbs, Spread System |
The PARAMETERS & OUTCOMES
Each flight was uniform in parameters and all drones flew the same 20 acre field to truly see apples-to-apples with the exception of being tailored to the drones effective swaths & speeds to simulate a real-world use case.
But why change the swaths and leave everything else the same? It would be a disservice to the drones to pick one swath and run it on all of them #Streaking like Will Ferrell in Old School! Let’s double click on that.
IMPORTANCE OF SWATH ACCURACY
In drone technology, particularly in agriculture and surveying, a swath (or swath width) is the total width of the area on the ground covered by a sensor, camera, or sprayer in a single, straight pass. It defines the operational coverage path of the UAV.
Key Aspects of Swath in Drones:
Effective Swath Width: In spraying operations, this is the functional width between two spray runs that achieves uniform, consistent, and desired coverage (typically measured by droplet density or 50% deposition).
Factors Affecting Swath:
Flight Altitude (AGL): Higher altitude generally results in a wider swath, but often at the cost of precision.
Wind Speed/Direction: Crosswinds can displace the swath, requiring a narrower, adjusted, or offset flight path for accurate application.
Crop Canopy: Dense canopy absorbs droplets faster and reduces lateral movement. Think bare soil, max swath and crops like an Orchards narrow swath. Yep, that means if you have corn in tassel you are going to want to run a narrower swath there Frank the Tank.
Equipment Settings: Nozzle type, droplet size, nozzle layout, pressure, application speed, application rate, rotor downwash (propeller size, pitch, number of rotors, motor thrust, drone weight), and in imaging, the camera lens or LIDAR scan angle.
Operational Importance: A wider, properly calibrated swath allows for more efficient coverage, reducing flight time and increasing productivity.
Overlap: To ensure 100% coverage, these agriculture drones are often programmed to overlap adjacent swaths based on the effective width. This is like threading a needle. The better you know your drone and its swath in various applications, with various products–the more efficient and precise your application.
BLACK BETTY
STACKED
THE DETAILS
Speed: 40.3 MPH
Starting Payload: 31.5 Gal
Acres Covered: 15.44
Remaining Payload: 0
Remaining Battery: 28% (ran on 32 mAh Battery. 38 will be production units)
Battery Temp: 88/91 Degrees (Two Batteries)
Total Flight Time: 6:24
GPA: 2.04
Swath: 44'
Height: 16'
UNIQUENESS NOTE:
She is huge yet the capacity was well matched with battery output.
DAKOTA’S FIELD NOTES ON CERES AIR BLACK BETTY STKD
Overview & General Impression
When whispers of this drone and the first images began circulating, it created a lot of excitement across the industry. After spending a full day flying it, we can confidently say the hype is real. The thrust and downwash at takeoff are unlike anything we’ve seen to date in the agricultural drone space—this aircraft is a true powerhouse.
From a design standpoint, the platform builds upon the proven hardware and software foundation of the HD580, which is reassuring for a first-year release. That lineage helps ease concerns about reliability and operational stability. We also had the opportunity to participate in a closed-door roundtable with the Ceres team at the 2026 Spray Drone End Users Conference. It’s clear this is a passionate group committed not only to building a large drone, but to sourcing, manufacturing, and assembling it in the United States while working to meet the federal drone manufacturing requirements announced on December 22, 2025.
Key Observations
For its size, the Black Betty corners surprisingly well and accelerates faster than expected. One of the most unique features is the spray boom configuration, which forms a V-pattern extending from the rear of the aircraft. This design may help the spray pattern avoid turbulent rotor wash and improve product deposition onto the target canopy. It also has the potential to enhance penetration in dense crop canopies.
We are particularly interested to see further deposition and coverage testing from Steve Li’s team on this boom configuration, especially when paired with such a powerful propulsion system.
The aircraft’s large tank, dual-battery system, and overall power output make it a true acreage machine. For those who have been in the ag drone industry for a while, it’s almost surreal to imagine looking down at your controller and seeing a readout showing 15–20 acres completed in a single run.
Operational Performance
One of the biggest questions surrounding the Black Betty was whether it could fully exhaust its payload before needing to return for a battery swap. During our testing, the answer was yes—particularly when operating in larger field runs.
For this demo, we were filling the drone to 31 gallons, which aligns with the aircraft’s current FAA approvals. Under those conditions, the drone was able to complete the run and return with battery levels in the low 30% range.
It is worth noting that the demo aircraft was operating with 32,000 mAh batteries, while the production models are expected to ship with 38,000 mAh batteries. Based on our testing, the larger battery capacity will be an important upgrade to fully maximize the platform’s performance and operational efficiency.
Where It Shines
This drone is clearly designed to excel in large crop ground operations. Big fields and long runs are where the Black Betty will deliver the most value.
We are also curious about its potential in forestry or orchard applications. The combination of strong downwash, large payload capacity, and powerful motors could provide advantages in these environments. Ultimately, success in those scenarios will likely come down to terrain following performance and image transmission reliability for precise altitude control.
Operational Considerations
Connectivity and image transmission remain important considerations for any drone platform. In our experience, many operators benchmark this against DJI systems, and for good reason. Reliable communication between the controller and aircraft is critical—many operators (ourselves included) have learned this the hard way.
The Ceres system still has room for improvement in this area, although it is not significantly behind many other platforms currently on the market.
Another major consideration with a drone of this size is logistics and support infrastructure. As drone capacity increases, so do the operational demands around trailers, generators, water supply, and staffing.
To put this into perspective, consider a scenario where the drone completes 18 acres every 7 minutes. If we allow 3 minutes for battery swaps and refilling, that creates a 10-minute total cycle time. That equates to roughly 6 runs per hour.
Over a 10-hour spray day, that could mean covering around 1,080 acres with a single drone.
At that scale, water demand alone could approach 2,000 gallons per day per drone, along with the need for a generator capable of powering at least two high-capacity chargers simultaneously. Staffing requirements will also increase as operators push for maximum daily output, particularly for battery swaps, refilling, and logistics management.
Chemical storage and trailer layout will also need to be planned carefully depending on product and application rates.
Finally, the aircraft’s immense downwash introduces a new consideration for the industry. For the first time in agricultural drone spraying, operators may need to think about the possibility of crop disturbance or lodging, particularly in crops like corn. This is something we will continue watching closely as more field testing occurs.
Best Fit
The Black Betty appears best suited for:
Large row crop operations
Commercial aerial applicators working in big field environments
Operators with established logistics and support systems
Businesses looking to maximize acreage efficiency with higher daily output
This platform will likely appeal to larger operations with the infrastructure and budgets necessary to fully utilize its capabilities.
J150
Speed: 37.5 mph (THIS WAS FLOWN USING Beta firmware–in testing for months–TO GAIN faster speeds. likely to be released soon)
Starting Payload: 20 Gal
Acres Covered: 10
Remaining Payload: 0 Gal
Remaining Battery: 58%
Battery Temp: 79 Degrees
Total Flight Time: 6:30
*2nd Run to test Docking Auto Fill Station
Speed: 37.5 mph
Starting Payload: 20.23 gal
Acres Covered: 10.11
Remaining Payload: 0
Remaining Battery: 62%
Battery Temp: 82 Degrees
Total Flight Time: 6:10
GPA: 2
Swath: 36'
Height: 12'
UNIQUENESS NOTE:
The J150 is a balanced, versatile farm tool—and attendees were the FIRST to see Taylor Moreland’s patent-pending Autofill Docking Station (name TBD) in action. It landed, refilled itself seamlessly, and took off again without delay. Very cool. Now Taylor, can we get automatic battery swaps to save time—and our aging bodies?
DAKOTA’S FIELD NOTES ON EAVISION J150
Overview & General Impression
The EA Vision J150 stands out as one of the most balanced drones currently on the market in terms of power-to-payload ratio. It pairs a well-sized battery system with a practical payload capacity, creating a platform that feels properly matched rather than overbuilt or underpowered.
In flight, the drone’s autonomous behavior can best be described as cautious and predictable. It is not the fastest aircraft to initiate turns or changes in direction, but the movements are smooth, controlled, and precise. There are no jerky transitions that appear to place unnecessary stress on motors or components. The system also comes standard with a four-nozzle sprinkler configuration, which is worth noting since some competing platforms charge extra for a four-nozzle setup.
Key Observations
Based on our testing, we are comfortable saying that the J150 will consistently exhaust its payload before needing to return for a battery swap in larger fields. With its battery size and modest payload capacity, it tends to deliver highly predictable performance run after run. At 2 gallons per acre, operators can expect approximately 10 acres per run in large, efficient field layouts.
Agri Spray Drones is currently working to increase flight speeds beyond the present 55 ft/sec (37.5mph), which would further improve operational efficiency and overall job completion time.
As with many non-DJI platforms, image transmission quality and latency are always something we watch closely. That said, the J150 appears to be an improvement over its predecessor, the J100, in this area. We have also been told by the Agri Spray Drones team that early demos of upgraded antennas and other hardware improvements are showing promise in pushing transmission quality closer to what operators have come to expect from DJI systems since the T40 era.
Operational Performance
Battery management is something we take seriously. From past experience, repeatedly pushing lithium-ion batteries below 20% state of charge can significantly shorten their lifespan. We have unfortunately learned this lesson the hard way after going through more DB1560 batteries than we care to admit before their expected service life.
While it is still early to make long-term durability claims, the J150 gives the impression of a platform built with longevity in mind. Its controlled flight behavior and moderate payload requirements likely place less strain on motors, power systems, and batteries compared to some heavier-lift drones. Over time, that could translate into longer component life and reduced replacement costs.
Where It Shines
The J150 is likely to perform well across a wide range of agricultural applications. It sits comfortably in the middle ground—not too large and not too small—making it versatile for many operators.
Power requirements are also manageable. Fast charging can typically be supported with a modest generator in the 15 kW range, which keeps infrastructure costs reasonable compared to some larger drone systems.
Terrain following performance is particularly strong. While our demo site did not present a major terrain challenge, we have previously run the J150 in native pecan orchards in Oklahoma, where tree heights ranged dramatically—from roughly 98 feet down to 30 feet within the same flight path. In that environment, we were able to confidently allow the drone to operate with zero stick input for over 100 acres, trusting the terrain following and obstacle avoidance systems to handle the job.
Operational Considerations
Although the J150 is not the largest drone in the industry, it is still substantial enough that operators will need proper infrastructure to run it efficiently. Water supply, battery charging, and trailer setups should all be planned accordingly.
Physically moving the aircraft is also something to consider. We have seen exactly one person lift one of these with ease (looking at you, Tyler Dove), but for most crews the smarter move is designing a trailer setup that minimizes lifting and repositioning. As drone payload capacities increase, the days of casually picking up large ag drones are largely behind us.
The platform also offers several accessory options worth watching. These include tools like the spreading system, survey mapping capabilities and what we’ve heard may soon include an automated refill docking station. If those features mature as expected, they could add meaningful operational efficiency for many operators.
Best Fit
The EAVision J150 may currently be the “Swiss Army knife” of agricultural drones.
Its payload capacity is large enough to handle meaningful acreage and higher-volume applications, while its obstacle avoidance and terrain-following capabilities make it capable of working in more complex environments such as orchards, forestry, and mixed terrain operations.
For operators who want one versatile drone capable of handling a wide range of spraying scenarios, the J150 is a platform that deserves serious consideration.
T100
Speed: 45 mph
Starting Payload: 25.2 Gal
Acres Covered: 11.9
Remaining Payload: .5 Gal
Remaining Battery: 26%
Battery Temp: 117 Degrees
Total Flight Time: 4:30
GPA: 2
Swath: 37.75' (Manufacturer shows 40+’ effective swath)
Height: 16'
UNIQUENESS NOTE:
DJI is a trusted and known manufacturer in the drone world. With the T100, they yet again are setting the standard for superior image transmission and seamless communication between software and hardware.
DAKOTA’S FIELD NOTES ON DJI T100
Overview & General Impression
With DJI, operators have come to expect a reliable, easy-to-use platform with incremental improvements each year, and the T100 largely follows that pattern. However, this year brings one major difference: payload capacity has more than doubled compared to the T50, which many operators considered the workhorse drone of 2025.
The result is a platform that is bigger, faster, and built to move serious volume. The T100 positions itself as a 26-gallon workhorse designed to handle demanding commercial spray operations while maintaining the familiar DJI ecosystem and user experience that many operators rely on.
Key Observations
In large field scenarios, the T100 will almost always exhaust its payload before the battery reaches critically low levels. This is largely due to the drone’s 66 ft/sec ferry speed combined with DJI’s tightly integrated hardware and software systems, which extract impressive performance from what is still a relatively modest battery given the payload size.
The user interface is another area where DJI continues to stand out. The controller now offers multiple on-screen viewing options, allowing operators to monitor their application map, FPV camera, side-angle cameras, and LiDAR data simultaneously. The system also highlights obstacles directly on the screen, helping pilots maintain situational awareness during operations.
Another notable feature is the quick-swap payload system. Like many drones, the T100 supports a broadcast spreader, but DJI has also introduced a heavy payload system option, which is relatively unique among current ag drone platforms.
Operational Performance
The T100 is quick to get to work and wastes very little time once in the air. It accelerates efficiently and maintains smooth, controlled flight throughout the operation.
The dual-motor system provides both redundancy and stability, offering a level of backup protection in the event of a motor issue while also contributing to smooth cornering and overall flight behavior.
One area we are particularly interested in seeing more data on is spray pattern performance. The positioning of the nozzles forward of the spray lance on the boom looks promising at full speed, but it will be important to review formal swath testing results from Steve Li’s team to understand how this configuration impacts coverage and distribution.
From a software standpoint, the system continues to be extremely trustworthy. What the software reports matches what is actually happening in the field. During testing we saw no strange calibration issues, and our manual calculations aligned with what the system reported. That level of consistency builds confidence for operators who depend on accurate application rates.
Where It Shines
The T100 is built to perform particularly well in crop ground and higher GPA applications where its full payload capacity can be utilized effectively.
In mid-range application scenarios—such as 3 GPA pasture work—the drone may not always be filled to its maximum capacity. While this is not a major issue operationally, it does mean the aircraft may not always operate at peak payload efficiency on every run.
For existing DJI operators, the transition to the T100 will likely be very appealing. It fits naturally into the DJI ecosystem many operators are already familiar with, including compatibility with existing charging infrastructure. With a simple adapter cable, the DB2160 batteries can be charged using C10000 chargers. In our own setup, running two C10000 chargers has allowed continuous operation without waiting on batteries.
Operational Considerations
One of the biggest factors to consider is simply the size of the aircraft. The T100 is a large platform, and operators will need to carefully think through trailer setups, water supply logistics, and workflow to keep the drone running efficiently.
Power supply is another key factor. In our operations, a GenAer 23 kW gas generator has worked well to support two C10000 chargers. Some operators may opt for the three-phase C12000 charger, although three-phase power solutions can still present logistical challenges depending on local electrical infrastructure.
DJI has also introduced the D14000ie generator, which appears to be better built than previous DJI generators. However, operators who had difficult experiences with earlier DJI generator models may still be hesitant to revisit that route.
Like many newer drone designs, the battery is centered within the aircraft, which can make swapping batteries slightly more challenging—especially for operators who may not have the longest reach. The battery itself is also fairly heavy and can occasionally stick when being removed, requiring a little extra muscle to get it free.
Finally, battery management will remain critical for long-term reliability. Keeping batteries cool should be a priority whenever possible. We recommend using fans, keeping batteries shaded, and potentially running a fourth battery in the rotation to allow more cooling time between charges. DJI has stated that these batteries are designed to run hot—up to around 180°F—but minimizing heat exposure when possible is still a smart operational practice.
Best Fit
The DJI T100 is best suited for:
Large crop ground operations
Higher GPA application scenarios
Operators already invested in the DJI ecosystem
Commercial operators looking for a reliable, high-capacity spray platform
For operations focused on row crops and higher-volume applications, the T100 has the potential to become one of the industry’s primary workhorse platforms moving forward.
HD580
Speed: 40.3 mph
Starting Payload: 17 Gal
Acres Covered: 9.4 Acres
Remaining Payload: 0 Gal
Remaining Battery: 29%
Battery Temp: 84 Degrees
Total Flight Time: 4:50
GPA: 1.8
Swath: 34' (ran narrower swath than what is seen in field. prelim data shows 40’ swath at 20% cv)
Height: 15'
UNIQUENESS NOTE:
This is a well-priced drone for its capability. The flight was smooth. Bonus: it can still be moved by a smaller crew.
DAKOTA’S FIELD NOTES ON VECTOR HD580
Overview & General Impression
The Vector HD580 is a trustworthy platform with a full season of real-world use behind it, which already gives it credibility compared to brand-new releases. It delivers strong power and efficiency while maintaining a straightforward design philosophy.
One of the biggest strengths of the HD580 is its price-to-performance ratio. For operators looking to move serious acreage without paying for advanced radar systems or a long list of extra features, this drone deserves serious consideration. It focuses on doing the core job well—spraying acres efficiently without unnecessary complexity.
Key Observations
Like most of the newer ag drones on the market, the HD580 performs well in terms of flight speed during both ferry and application runs. The tank size pairs reasonably well with the battery system, although in situations where slower flight speeds are required the drone can feel slightly underpowered relative to payload. When the aircraft is forced to carry a heavier load for longer periods—without getting product out quickly—the battery will understandably feel the strain.
In larger, fast-moving field scenarios, however, the drone performs exactly as intended. During these runs it is able to fully exhaust its payload, allowing operators to complete roughly 9 acres per run in a short amount of time thanks to its flight speed.
A notable advantage is the future battery upgrade path. The HD580’s battery terminals will be capable of supporting the larger 38,000 mAh battery system planned for the Ceres Black Betty. For operators considering a potential future transition to that platform, this compatibility could make the HD580 an attractive stepping stone.
Operational Performance
The motors on the HD580 are exceptionally stout for the payload size, allowing the aircraft to carry weight confidently without struggling during takeoff or when cornering.
The drone’s design and single-rotor configuration also allow it to achieve a respectable maximum swath width of around 33 feet, helping operators maximize coverage during application.
In autonomous operation the drone performs reliably, although image transmission quality is still an area where improvements could be made—similar to many non-DJI systems currently on the market. In most crop field environments this is not a major issue, but operators working in irregular field shapes or situations that push the limits of visual range should take time to fully understand the drone’s safety and fail-safe systems to ensure they stay connected and operating safely.
Where It Shines
The HD580 is particularly well suited for operators looking for a practical and affordable entry point into agricultural drone spraying.
Its simplicity is one of its biggest advantages. The system is straightforward and easy to operate, without an overwhelming number of advanced features or complicated setup requirements. For many users, especially those getting started, that simplicity can be a major benefit.
This also makes the HD580 a strong option for individual producers who want to cover their own acres each year without investing in a more complex commercial-scale system.
Operational Considerations
Compared to many large agricultural drones, the HD580 is still manageable enough for a single person to lift and handle, which is becoming increasingly rare as payload capacities grow across the industry.
Power requirements are also fairly modest. A generator in the 15 kW range is typically sufficient to support the charger along with auxiliary equipment like pumps and transfer systems.
As mentioned earlier, one of the most important considerations is the battery upgrade compatibility. The ability to swap battery terminals and utilize the larger Ceres battery system could significantly increase operational efficiency while also creating a smoother transition for operators who may eventually upgrade to the Ceres Black Betty platform.
Best Fit
The Vector HD580 is an excellent option for:
Operators entering the agricultural drone space
Individual farmers looking to spray their own acres
Budget-conscious operations that still need strong performance
Operators considering a future transition to Ceres aircraft platforms
For those seeking a simple, capable, and cost-effective drone that can reliably cover acres without unnecessary complexity, the HD580 is a solid and practical choice.
P150 Max
Speed: 44.7 mph
Starting Payload: 19.4 Gal
Acres Covered: 9.5
Remaining Payload: 0 gal
Remaining Battery: 39%
Battery Temp: 88/89 Degrees (Two batteries)
Total Flight Time: 6:35
GPA: 2.09
Swath: 26'
Height:15'
UNIQUENESS NOTE:
The body on this drone is unique in itself. Take a look at the design on the tank with two filling sides. We also thought it was interesting that this drone auto turns in the direction it needs to take off from before it lands so it does not run down its two batteries at take off turning.
DAKOTA’S FIELD NOTES ON XAG P150 MAX
Overview & General Impression
The XAG P150 Max stands out with a very unique and simple design philosophy compared to many other agricultural drones on the market. It offers a relatively large payload for its size, carrying approximately 21.5 gallons, which positions it well within the mid-to-large drone category by current standards.
XAG as a company has built a strong global presence focused primarily on agricultural drone technology, and that specialization shows in the overall system design. The aircraft feels purpose-built for field work rather than overloaded with unnecessary complexity.
Key Observations
One of the most noticeable improvements is the remote controller design. Earlier XAG models had a setup that felt somewhat cumbersome, but the updated controller is a welcome change and much easier to work with in the field.
As with several other non-DJI platforms we’ve evaluated, image transmission quality could still see improvement, but that remains a common theme across much of the industry.
Initially, the dual-battery system on a mid-sized drone raised some questions. However, the approach begins to make sense when you consider the battery sizing. Running two smaller batteries instead of a single large battery may reduce stress on the drone’s airframe and internal components over time, as the weight is distributed differently during operation.
Another positive is the drone’s overall size and portability. While two people are still ideal for moving it around safely, the aircraft clearly appears to have been designed with mobility in mind. Compared to some of the larger platforms on the market, it is easier to handle and reposition in the field.
Operational Performance
The P150 Max is not the fastest drone in this group at covering acres due to its narrower swath, but it performs reliably and consistently in the air. The flight characteristics are very smooth, and the aircraft demonstrates some unique movements when positioning itself to begin spraying or when preparing to land.
It almost feels as though the system is constantly calculating the most efficient path to reach its next position, which results in smooth transitions and controlled flight behavior.
Despite the narrower swath, the drone proved to be efficient on battery consumption, covering approximately 9.5 acres per run during testing. In some application scenarios, particularly when higher deposition or canopy penetration is desired, this slightly narrower swath may actually be advantageous and increase precision.
Where It Shines
The P150 Max is a solid, capable platform that should perform well for individual producers working in crop ground.
Its combination of moderate payload, manageable size, and straightforward operation makes it well suited for operators who want a capable drone without the complexity or infrastructure requirements of some of the larger commercial systems.
We would like to further evaluate its terrain following and obstacle avoidance systems in more challenging environments. Testing in complex terrain, forestry, or orchard settings would provide a better understanding of how the platform performs in those scenarios.
Another key advantage is cost of entry. Among the larger-capacity drones currently available, the P150 Max is one of the more affordable options, with packages starting around $35,590. That price point makes it particularly appealing for operators looking to step into a larger-capacity drone without the higher investment required by some competing systems.
Operational Considerations
The P150 Max balances capability with mobility, but like any drone in this size category it will still require proper planning around water supply, battery management, and field logistics.
While it can be moved more easily than some larger aircraft, operators should still design their workflow and trailer setups to minimize unnecessary lifting or repositioning throughout the day.
As with many non-DJI systems, operators will also want to stay mindful of image transmission reliability, particularly when working in irregular fields or areas that stretch the limits of visual range.
Best Fit
The XAG P150 Max appears to be best suited for:
Individual producers spraying their own crop acres
Operators looking for a mid-size drone with a solid payload
Buyers seeking a lower upfront investment compared to larger commercial platforms
Operations that value mobility and simple field setup
For producers who want a capable agricultural drone without the complexity and cost of the largest commercial systems, the P150 Max presents a practical and approachable option.
Final thoughts
To the manufactures and partners of these aircraft we thank you for your work and effort in efficiency gains and to not only optimize our flights, but keep us safer in the sky! We will continue to do more testing in various scenarios, but this was a very insightful second large scale test in a crop ground setting. We will repeat our top take away for the people in the back–because it is that important. Bigger is not always everything. Most importantly, knowing your field size, type, and use cases will steer you in the right direction. There is no best drone. However, there is a right drone for the right job at the right price point. You just have to weigh your budget and use case.
We stand by the idea that a decision will likely come down to how the consumer feels each manufacturer will perform in after sales service, parts availability, and governmental affairs along with pricing and availability in the United States.
Why It Matters
As agriculture continues to face challenges around labor, input costs, and efficiency, demonstrations like this give applicators a chance to see what is possible when autonomy meets precision in real field conditions.
As applicators, we must have the best tools available—but the reality is that “best” looks different for every operation. The drones we evaluated all bring something unique to the table, and choosing the right platform ultimately comes down to how and where you plan to use it and what your budget allows.
For example, many of the larger drones we demonstrated are built to thrive in big acreage, wide-open crop ground where speed and payload capacity drive efficiency. For our producers in Southwest Missouri who run large contiguous fields, bigger and faster drones can make a lot of sense.
However, those same drones may not be the right fit for some of the cattle producers and pasture operations we work with in South Central Missouri, where the average field might only be 30 acres and shaped more like a starfish than a rectangle. In those environments, maneuverability, manual flight handling and image transmission quality will prove to be king.
Another takeaway from all of the demo day’s we have hosted is the importance of having the right support infrastructure. As payload capacities increase, so do the demands on generators, trailers, water supply, chemical storage–and crew support. The days of easily picking up a large drone by yourself and running with minimal support equipment are quickly becoming a thing of the past for operators adopting these larger platforms. Keep an eye out for more information on that Autofill Docking Station by Agri Spray Drones–we definitely will!
One thing is clear: with the right platform and the right operational setup, agricultural drones can deliver real efficiency gains for producers and applicators alike.
Thank You
A big thank-you to everyone who joined us in the field and helped make the day a success. Greatly appreciate Bryan Sanders and the entire team at Raptor Dynamic for going well out of their way to get some of these big drones here in time and organizing a great field day with us, and to Taylor Moreland and the Agri Spray Drones crew for the continued partnership in testing the J150, as well as spending the day with us. Always great to have you all so close!
Stay tuned by joining our email list or Facebook page and blog for the latest info, tests, and upcoming demonstration schedule.