Key Takeaways

• Agricultural drone work can enhance the management of pasture, hay, and alfalfa by addressing challenges like musk thistle invasion.
• The Revolution Drones I-19 offers efficient herbicide applications without disturbing the soil, making it ideal for wet conditions.
• Drone applications allow for precise targeting of problem areas, reducing chemical use while maximizing effectiveness.
• They can assist in weed control, alfalfa stand mapping, and even seeding without the downsides of traditional methods.
• Using drones for pasture management can also qualify for tax credits under R&D activities, providing additional financial benefits.

Some of the most beautiful agricultural land in NE Kansas may not involve row crops. Instead, it may be the pastures, hay meadows, and alfalfa fields that provide forage for livestock operations. Agricultural drone work has traditionally focused on row crops, but I think that these forage fields can also benefit from ag drones. Flying these pasture, hay, and alfalfa acres allows these areas to maximize their input as a major part of NE Kansas economy.

The Problem for Every Pasture, Hay, and Alfalfa Field

Drive on many of the gravel roads in Brown or Doniphan County (or neighboring counties) in late May and you’ll spot the issue: The purple powder-puff flowers of musk thistle blooming along fence lines, in the low corners of pastures, and creeping into hay ground. They are pretty, in an irritating sort of way.

Musk thistle (Carduus nutans) is a Category C noxious weed in Kansas. State law requires that landowners control it. It’s not optional. And the biology of this plant makes the timing of control critical. A single plant can produce more than 10,000 seeds, and those seeds can remain viable in the soil for a decade or more. Miss the spray window by a few weeks, and you’re not just dealing with this year’s problem. You are also supporting the problem in future years.

The challenge for pasture operators has always been access and timing. Musk thistle is most susceptible to herbicide treatment during its rosette stage. This is either in the fall before it overwinters, or in the early spring before it bolts. Both windows are often wet. Ground rigs will have real problems getting into the fields during these windows. The patches that need spraying most are rarely the patches that are easiest to reach.

This is exactly the problem drone spray pasture applications solve.

How can the Revolution Drones I-19 Help?

I currently fly the Revolution Drones Independence-19 (aka, “The I-19”) and it’s worth understanding what that aircraft is actually capable of before writing off drone application as a niche tool useful only for large row crop operations.

The I-19 can handle both liquid herbicide application and dry granular application on the same platform. It runs RTK GPS guidance for high pass-to-pass accuracy, and its obstacle avoidance system lets it work confidently in and around the tree lines, terraces, and creek draws that define pasture, hay and even alfalfa ground in NE Kansas. It can dispense up to 20 gallons per flight (when overfilled) and up to 175lbs of granular material! Under good conditions with efficient support, the I-19 can cover up to 750 acres a day.

That’s not a toy. That’s a purpose-built agricultural aircraft.

More importantly, the I-19 operates without the ground pressure of any wheeled or tracked equipment. It doesn’t compact wet soil in draws. It doesn’t tear up the fescue stand you’ve spent three years building. It doesn’t get stuck in the creek bottom where your worst thistle patches tend to concentrate. And because it can switch between spray, spread, and seed operations the same platform, one day can accomplish what would otherwise require multiple equipment passes and multiple days of field access.

Here’s how I think a typical pasture herbicide works best:

• We plan ahead and walk your fence lines in early spring and flag the concerning areas using the RTK tools. Or, even better, I fly a scouting pass first to map what’s actually out there and define obstacles. Drone cameras can clearly locate musk thistle rosettes against dormant grass from 50 feet up, even before the plants are easy to see from the ground.
• We schedule the application to occur at the most impactful time.
• We use an approved herbicide like dicamba, picloram, and aminopyralid (Milestone). Label rates for aerial herbicide are typically 3 to 5 gallons of carrier per acre for aerial herbicide application. We spot-spray directly onto the rosettes, right when they’re most susceptible. Cattle return to the pasture following the labeled restrictions.

No soil compaction. No widened gates. No ATV tracks through your fescue stand. Probably also less cussing.

Hay Meadows and Alfalfa: Similar Issues

Musk thistle gets the attention because it carries a legal obligation, but the hay ground and alfalfa fields of northeast Kansas carry their own challenges that I may be able to address:

• Hay field applications for broadleaf weed control. These fields have the same access problem as pastureland. A hay meadow that’s too wet for a ground rig in early spring may allow dock, ironweed, and thistles to gain a foothold. A drone flight targeting broadleaf pressure before first cutting, while the stand is still short and conditions on the ground remain marginal, can significantly reduce weed competition without waiting for field conditions that may never fully arrive in a wet spring.

• Alfalfa stand mapping. Drone scouting can show where a stand is thinning before it becomes a replant decision. Thin areas in alfalfa often don’t announce themselves from the cab until they’re well established. From 100 feet up, the contrast in canopy density is visible and mappable. Knowing where those areas are, and whether they’re growing or stable, may change how you manage inputs and when you make a replant call.

• Drone scouting for Alfalfa weevil. Alfalfa weevil pressure in northeast Kansas typically peaks in late April through May, when the stands are hardest to walk and your decisions about first cutting are being made. A multispectral pass over a large alfalfa field can identify stressed areas and uneven stand density that walking the field simply can’t match. Couple that with your own binocular assessment, or live drone flight, from the top of my trailer and you can make decent assessment about cutting and treatment without guesswork.

• Cover crop seeding into standing hay. Many farmers are interested in cover crop seeding from a drone. Producers who want to overseed legumes into established hay stands, to improve forage quality and nitrogen fixation without the disruption of tillage or drilling, can accomplish that with the seeding capability of a Revolution Drones machine. I can spread the seed at the right point in the growing season regardless of how wet the field is. No compaction, no stand damage, no equipment that requires removing the crop first.

CRP Ground and Conservation Plans

Conservation Reserve Program ground in Brown County, Doniphan, Nemaha, and Atchison counties are sometimes troubled by woody encroachment — eastern red cedar, hedge, and multiflora rose working in from the draws year by year. If these are NOT part of your conservation plan, or if you run afoul of the 5% canopy rule, you may want to consider removing these plants. The I-19 can treat the invaders with drone-applied herbicide without disturbing the grass stand or triggering the compliance concerns that come with walking heavy equipment into enrolled acreage.

Using Drones can reduce your tax!

A reminder that section 41 of the TAX code allows some of the cost of R&D activities to turn into a TAX Credit. Testing new techniques is encouraged by the Government, and use of drones or hiring a drone service is an allowable activity.

The Operator Difference

Many aerial herbicide application services available in northeast Kansas are optimized for flat, open-field row crop work measured in thousands of acres. 20 acres of pasture or a 40-acre hay meadow with a thistle problem or an alfalfa field that needs weevil scouting before a cutting decision, isn’t their business model.

But it is Mine. I live to help farmers. Let me help you.

Stay in touch!

The post Working NE Kansas Pasture, Hay, and Alfalfa appeared first on Kansas Agricultural Drone Services, llc (KADS).

Key Takeaways

• The planting season brings unpredictable weather, but there are valuable opportunities for Drone Work Before Planting.
• Drones excel at pre-plant applications like burndown herbicides, pre-plant fertilizers, and pest treatments without damaging wet soils.
• Using drones for targeted applications saves money and ensures inputs reach the most deficient areas of the field.
• Scouting fields with drones can reveal critical information about drainage issues, winter damage, and soil conditions before planting.
• Planning drone flights during calm, early morning conditions enhances application accuracy and effectiveness.

Planting season has arrived. One week we are watching the forecast and waiting for soils to warm, and the next we’re running flat out trying to get everything in the ground before the weather window closes. And the 2026 weather has been crazy! In Northeast Kansas we had -12 degrees to 98 degrees in five days, and then back to the 30’s, and then back to the 60’s. Ugh. What can we do to distract ourselves? Can we pursue drone work before planting to get ahead of things? What is there to do?

There is a lot.

Many of us may think of our agricultural spray drone as an in-season tool, something pulled out when a fungicide application is due or a pest pressure flares up mid-summer. And it’s great for that. However, the pre-plant window offers a surprising number of high-value opportunities that can set up our fields for a better season before a single seed is planted. This article goes over how I think about it.

Start with Burndowns and Cover Crop Termination

If there’s one application that pays the biggest dividends in late March is burndown herbicide work. Whether you’re managing winter cover crops or just dealing with existing weed pressure that got ahead of you, terminating that vegetation cleanly before planting is critical — and the drone is a genuinely better tool for this job than you might expect.

The obvious advantage is compaction. Spring soils are often too wet to support ground equipment safely, but they’re no obstacle at all for a drone. You can fly fields that a tractor or sprayer would tear up, getting your chemistry down on time without sacrificing soil structure or creating ruts you’ll be dealing with all season. There’s also a precision advantage — you’re putting product exactly where it needs to go, at the right rate, without the overlap and waste that can come from ground rigs working irregular field shapes.

The timing of cover crop termination matters. Terminate too early and you lose soil protection; too late and that cover crop becomes competition for your cash crop or complicates planting. A drone gives you the flexibility to hit that window precisely, even when field conditions are marginal.

Pre-Plant Fertilizer and Variable Rate Applications

If you’ve done fall soil sampling now is a good time to act on what that data is telling you. Liquid fertilizer, micronutrient, and biologic applications can be made before planting based on prescription maps built from your soil test results, and this is one of the areas where drone application really distinguishes itself.

Rather than making blanket applications across the whole field, you can target deficient zones specifically. Low-pH areas get lime suspension. Iron-deficient patches get chelated iron. Zinc-deficient ground gets zinc. You’re putting inputs where they’re needed and holding back where they’re not, saving money and avoiding the yield drag that comes from over-applying in areas that don’t need it.

Variable rate application requires a little more planning: You need prescription maps built from your sampling, but for farmers who already have that data in hand, the drone is an excellent tool for executing those prescriptions quickly and accurately. If you’re not already doing grid or zone soil sampling, this is a good reason to start.

Get Ahead of Pest and Disease Pressure

One of the most underappreciated pre-plant strategies is using this window to address known pest and disease problems before they can take root with your new crop. If you have fields with a history of soil-borne disease such as Pythium, Rhizoctonia, or similar, a pre-plant fungicide application can reduce the inoculum load in the soil before your seedlings are even vulnerable. It’s much easier to manage these problems before the crop is there than to respond reactively mid-season.

The same logic applies to soil insects. Fields with documented wireworm or grub pressure are candidates for pre-plant insecticide treatment. Nematodes are another example. If you’ve had confirmed nematode pressure in a field, a nematicide application before planting gives you a head start on protection that in-furrow treatments alone may not fully cover.

None of these applications are universally necessary, and I’m not suggesting you spray everything “just in case.” But if your field history tells you there’s a problem, the pre-plant window is when to address it. The drone makes it economical to treat specific areas of a field rather than the whole thing, which matters when you’re talking about products that can carry a real cost per acre.

Scout Your Fields Before You Commit to a Plan

I believe in proactive crop scouting. Consider using your pre-season flight time to scout. Many spray drones are equipped with cameras capable of capturing meaningful field imagery. There are also dedicated options that include useful multispectral cameras that can produce a wealth of information about field conditions. Flying fields before planting can tell you a lot about what you’re working with.

After a rain event, a flight over your fields will reveal ponding patterns, low spots, areas where drainage is failing, and places where compaction is holding water. That information is actionable! You can address tile line failures, make decisions about where to prioritize tillage, or adjust your planting plan to account for problem areas rather than discovering them after the fact. Spotting a drainage problem in late March is far better than watching a low spot drown out a stand in May.

Early season flights can also reveal winter damage to perennial crops, erosion from freeze-thaw cycles, or residue distribution problems that could affect planting uniformity.

Practical Notes for Spring Flying in Kansas

Pre-plant work in late March and early April comes with some operational reality’s worth keeping in mind. Wind is always the primary enemy of accurate spray application, and spring in northeast Kansas is not known for calm conditions. Early morning flights — before the wind picks up — are almost always your best window for quality applications. Plan your days accordingly.

Temperature and soil conditions may also matter based on the product you’re applying. Pre-emergent herbicides or biologics often require soil temperatures in a specific range to activate correctly, so coordinate your application timing with soil temp data rather than just calendar date. And if you’re applying anything that needs to be incorporated by rain, keep an eye on the forecast so you’re not waiting weeks for activation.

Finally, if you’re flying burndown applications near field edges or shelter belts, take the time to map your boundaries carefully before you fly, and use strategically plan your flight in relation to the wind.

The pre-plant window is short, and there’s always competition for your time and attention. But a spray drone gives you a tool that can keep working even when field conditions say the tractor stays parked. Used well, these early applications can meaningfully improve the foundation you’re planting into — and that’s a head start you’ll notice come harvest.

If you have questions about pre-plant applications or want to talk through what might make sense for your operation, reach out. That’s what I’m here for.

The post Why Fly? Drone Work Before Planting appeared first on Kansas Agricultural Drone Services, llc (KADS).

Three years in a row now. That’s how long phyllachora maydis, Tar Spot, has been showing up in corn near me. It seems to arrive a little earlier and spread a little further each year. If you’re farming in Brown, Doniphan, Atchison, Jackson, or Nemaha County, or just across the line in Richardson County, Nebraska, or Andrew and Holt County in Missouri, this disease is already in your neighborhood, spores waiting quietly in your ground and in your crop debris. The question isn’t whether it will show up. The question is whether you’ll catch it in time to do something about tar spot in northeast Kansas.

My family has bottom ground along the Missouri River in Doniphan County, KS. My fields sit in exactly the kind of environment tar spot loves — cooler nights, dew, and evening humidity. I have a personal stake in this topic and spent much of the 2025 growing season worrying about how to identify tar spot with my scouting drone. I was lucky because none of the fields I was watching were impacted.

I wanted to know more about how we should deal with tar spot in northeast Kansas and so fired up the computer to find out. Here’s what I found and maybe what it means for our future growing seasons.

Three Years of Confirmed Cases in Northeast Kansas

This isn’t a disease that shows up once and goes away. K-State Research and Extension has documented confirmed tar spot cases in northeast Kansas in 2023, 2024, and 2025. Here’s the county-by-county picture:

2023 NE Kansas Confirmed Cases:

• Doniphan County — June 26
• Atchison County — June 30
• Jefferson County — June 30
• Brown County — July 5
• Nemaha County — July 28
• Jackson County — August 8
• Marshall County — August 22

K-State reported that 2023 severity was much higher than 2022, with severe yield impact in several northeast Kansas fields. ^[1]

2024 NE Kansas Confirmed Cases:

• Doniphan County — May 27
• Atchison County — June 4
• Jefferson County — June 14
• Nemaha County — June 18
• Brown County — July 8

K-State noted that the early onset in 2024 raised serious concern for yield loss. Generally, earlier detection corresponds to higher yield loss. [1]

2025 NE Kansas Confirmed Cases:

• Doniphan County — June 11
• Brown County — June 17
• Jefferson County — June 23
• Atchison County — July 2
• Republic County — July 7
• Marshall County — July 9

The trend seems clear: tar spot is being identified earlier in a wider area each year. Doniphan County has been first in Kansas all three years running. Unfortunately, farms far away from the bottoms are being impacted!

It Doesn’t Stop at the State Line

If you’re watching the Kansas map and thinking you’re safe because your county hasn’t shown up yet, look at what’s happening just across the river.

Nebraska:

Richardson County sits directly north of Brown and Doniphan counties. UNL Extension has confirmed tar spot in Richardson County, and Nebraska plant pathologist Tamra Jackson-Ziems noted in early 2025 that the hot zone for tar spot in Nebraska is in the eastern most state counties. That includes Richardson County. She also notes that tar spot has been confirmed as far west as Brown County, Nebraska. ^[2]

Missouri:

Andrew County, Missouri, bordering Doniphan County, was confirmed with tar spot in 2024 per MU Extension and Corn ipmPIPE. Holt County, also on our doorstep in northwest Missouri, was one of the first confirmed cases in Missouri in June 2023 — the earliest the disease had ever appeared in that state at that time. ^[3]

MU Extension plant pathologist Mandy Bish confirmed tar spot in 19 Missouri counties in 2024, and noted that the disease is expected to continue spreading in 2025. She also confirmed that tar spot has been showing up in Missouri in June — far earlier than the August and September appearances seen in previous years. ^[4]

The picture is forming for me: northeast Kansas is surrounded on multiple sides by confirmed tar spot pressure. Spores move by wind and rain. There is no fence between your field and the next that can stop the spores.

River Bottoms Are Ground Zero

Tar spot thrives in specific conditions. Research has shown it favors mean daily temperatures in the mid-60s to low 70s, relative humidity above 75%, and extended periods of leaf wetness — at least seven hours is enough to get it going. ^[5]

If you farm the Missouri River bottoms in Doniphan County, or in any of the bordering counties, you know exactly how the river can impact farming. For good and bad. The bottom ground holds moisture. Dew can be heavy and can remain on the leaves well into the morning. Nights are cooler than the upland ground because cold air sinks. Fog is common.

There’s a reason Doniphan County has led Kansas in early tar spot detection all three years running. I guess the geography works against us. That same rich, productive bottom ground that grows heavy corn is also the most favorable environment in the region for this disease.

UNL’s Jackson-Ziems also noted that irrigated fields were particularly hard hit in Nebraska, overhead irrigation adds the leaf wetness that tar spot needs to develop and spread. If you’re running pivots on bottom ground, you may be running the highest-risk acres in your operation. ^[2]

What It Can Cost Us

The Crop Protection Network has documented yield losses ranging from zero to more than 50 bushels per acre, depending on hybrid susceptibility, timing of infection, and weather conditions. In experimental plots, losses of 20 to 40 bushels per acre were recorded when 50% of the ear leaf was covered in tar spot lesions at dent stage. ^[5]

Nationally, the Crop Protection Network estimated that tar spot claimed roughly 293 million bushels across the U.S. in 2024 alone. ^[6] That is real-world impact. It is what happens when the spores get into fields at the wrong time with the wrong hybrid and no fungicide in the window.

K-State was direct about it in their 2024 alert: early onset of tar spot has generally corresponded with higher yield loss. When Doniphan County showed a confirmed case on May 27, 2024, one of the earliest confirmed cases in Kansas history, that was a warning flag for the whole northeast corner of the state. ^[1]

What a Drone Sees That You Can’t

The challenge with tar spot is we cannot see it until it has already developed a hold on the field. It may be lurking too deep in the canopy for easy scouting. The disease starts in the lower and middle canopy, where it is tough to see when corn is tall and thick. Worse, it can move fast with ideal conditions.

A multispectral drone camera picks up plant stress before it’s visible to the eye. Infected plants start to change the way they reflect light, specifically in the near-infrared spectrum, before the damage is obvious from the ground. An NDVI map produced after a flight will show those stressed zones as different colors compared to healthy areas of the field.

This map tells us exactly where we need to foot-scout to personally check on conditions. It can save us from walking the full 160-acre field in summer heat and humidity! Simply walk straight to those zones and confirm what you’re seeing.

MU Extension has specifically noted that tar spot tends to stay in the lower canopy in its early stages, exactly where it’s hardest to spot on foot and where drone-assisted scouting pays off most. ^[4]

When to Scout and When to Act

Research all seems to point to the same fungicide window: VT through R3. Fungicide applications made just after first detection and at or after VT have shown the most consistent results in research. Fungicide applications after R5 show no yield benefit. ^{[1, 3, 4]}

Given that Doniphan County has seen confirmed tar spot as early as late May, and that the disease tends to build in the lower canopy before it becomes obvious, a scouting flight in late June through early July on your highest-risk ground is a sound practice. That’s your bottom ground, your irrigated acres, your corn-on-corn fields, and any field that took a hit in 2023 or 2024.

Using Drones can reduce your tax!

Section 41 of the TAX code allows some of the cost R&D activities to turn into a TAX Credit. Testing new techniques is encouraged by the Government, and use of drones or hiring a drone service is an allowable activity.

Parting Thoughts

Three years of data, confirmed in our own counties, with the disease arriving earlier every season. That’s not a trend you can wait out.

My farm is in the bottoms. I understand the risk personally. The combination of our geography, our humidity, our heavy dew, and the fact that tar spot overwinters in corn residue, meaning last year’s infected fields are this year’s starting point, makes northeast Kansas some of the highest-risk ground in the state.

Taking care of your fields, ensuring tar spot doesn’t take hold, helps your neighbor take care of their fields. We all share responsibility for these kinds of pressure. Getting eyes in the air early, before tar spot gets established in the canopy, is the difference between catching it in time and watching yield decrease.

Let’s work together! Connect with me if you want to discuss scouting your fields.

Further Reading

[1] Onofre, R. “Tar Spot is Active in Five Counties in Northeast Kansas.” K-State Research and Extension eUpdate. 2024. https://eupdate.agronomy.ksu.edu/article/tar-spot-is-active-in-five-counties-in-northeast-kansas-599-4

[2] Jackson-Ziems, T. “Add Southern Rust to Your Watch List.” Nebraska Farmer / UNL Extension. March 2025. https://digitaledition.qwinc.com/publication/?i=843779&article_id=4955829

[3] Bish, M. “Tar Spot of Corn Confirmed in June in Missouri — the Earliest Ever.” MU Extension / ipm.missouri.edu. June 2023. https://ipm.missouri.edu/croppest/2023/6/tarSpot-MB/

[4] Bish, M. “Tar Spot Growing in Missouri Corn Crops.” MU Extension. July 2024. https://extension.missouri.edu/news/tar-spot-growing-in-missouri-corn-crops

[5] Crop Protection Network. “Tar Spot of Corn Web Book.” https://cropprotectionnetwork.org/web-books/tar-spot-of-corn

[6] AgWeb / Crop Protection Network. “Tar Spot of Corn: A Growing Threat to U.S. Yields.” May 2025. https://www.agweb.com/news/crops/tar-spot-corn-threat

The post Corn and Tar Spot in Northeast Kansas appeared first on Kansas Agricultural Drone Services, llc (KADS).

Key Takeaways

• Integrating drone data with farm management software transforms agricultural practices by providing actionable insights and improving efficiency.
• Drones collect valuable data such as multispectral images, thermal readings, and crop health assessments essential for effective farm management.
• Choose compatible farm management software to ensure it handles drone data formats and offers cloud storage, mapping capabilities, and mobile access.
• To successfully integrate, organize existing farm data, establish collection protocols, and train your team on how to use the system.
• Farmers who integrate drone data report better problem detection, cost reductions in inputs, improved record keeping, and enhanced decision-making.

Think about it, your drone is similar to having a really smart scout that can cover hundreds of acres in minutes. But without connecting that information to your existing farm records, you’re missing out on the bigger picture. When you merge your drone data with your management software, you’re creating a powerful system that tracks everything from soil conditions to crop health in one place, multiplying the power of any analysis available on that platform.

What Drone Data Actually Provides

Modern agricultural drones collect way more than just pretty pictures. These flying workhorses gather detailed information that can transform how you manage your fields. The most common types of data include:

• Multispectral images that show plant health and stress levels
• Thermal readings that identify irrigation problems
• Precise field mapping with GPS coordinates
• Crop emergence and stand counts for planning decisions
• Pest and disease detection before problems spread

The real magic happens when this data gets organized and stored in a way that provides other insight about your operations. Raw drone footage might show you there’s a problem in the north forty but comparing that to the other data you collect tells you exactly where, what kind of problem, and how it compares to last season.

According to the USDA’s agricultural technology initiatives, farms using integrated drone and software systems report 15-20% improvements in input efficiency and yield optimization.

Choosing the Right Farm Management Software

You have likely already selected farm management software based on issues not related to integrating drone data. Not all farm management software plays nice with drone data. If you’re open to changing your software, you’ll want to look for platforms that can handle the specific file formats and data types produced by the drones working hard over your fields. The best systems offer:

Cloud-based storage that can handle large image files without slowing down your computer. Drone flights can generate gigabytes of data, and you need somewhere reliable to store it all.

Mapping capabilities that turn your drone images into actionable field maps. Look for software that can overlay drone data onto your existing field boundaries and create zones based on what the drone sees.

Data analysis tools that can spot trends and patterns you might miss. The software should be able to compare current conditions to historical data and flag areas that need attention.

Mobile access so you can check on your fields from anywhere. Whether you’re at the coffee shop or standing in the field, you should be able to pull up your drone data on your phone or tablet.

Popular options include platforms like Climate FieldView, Granular, and AgriWebb, and of course John Deere Operations Center though the best choice depends on your specific farming operation and the types of drones you’re using.

First Step to Integrating your Drone Data

Getting your drones talking to your farm management software doesn’t have to be rocket science, but it does require some planning. Here’s how most farmers tackle the setup:

Start with your existing data. Before adding drone information, make sure your current farm records are organized and up to date. This effort may take you a very long while if you do not use the platform very much, but the effort will pay off. The information includes field boundaries, soil test results, planting records, and harvest data. Your drone data will be most valuable when it can be compared to this historical information.

Establish data collection protocols. Decide when and how often you’ll fly your drones over each field. Many farmers find that weekly flights during growing season provide enough data without being overwhelming. Create a schedule that makes sense for your crops and growing conditions.

Set up automatic uploads. The best systems let your drone data flow directly into your management software without manual file transfers. This might mean connecting your drone’s memory card to a computer that automatically uploads images, or using drones that can transmit data directly to the cloud.

Train your team. Make sure everyone who needs to access the integrated data knows how to use the system. This includes family members, hired help, and any consultants or advisors who work with your operation. Be wary of the number of people with access as more users = more opportunity for data loss.

Be safe! There are unscrupulous people in the world. Protect yourself and your data. Ensure you are careful with your login credentials and limit access to your data.

Pilot certification. You may also want to explore The steps to becoming an Agricultural Spray Drone Pilot in Kansas for specialized training if you plan on owning your drone in the future.

Making Sense of All That Information

Once your drone data starts flowing into your management software, you’ll have more information about your fields than ever before. The trick is learning how to use it effectively without getting overwhelmed.

Start by focusing on actionable insights rather than trying to analyze every detail. Start small and plan ahead, even as you are cleaning up your existing data. Look for patterns that suggest specific problems or opportunities. For example, if your drone consistently shows stress in the same area of a field, you might have a drainage issue or soil compaction problem.

Create custom alerts that notify you when conditions change. Many farm management platforms can automatically flag areas that show sudden changes in plant health or growth rates. This lets you address problems quickly instead of waiting until they become obvious from the ground.

Use the data for input optimization. Drone information can help you apply fertilizer, pesticides, and water more precisely. Instead of treating entire fields uniformly, you can create application maps that adjust rates based on what your drone sees. For precise application, understanding Ways to measure what you’re putting down is crucial.

Research from Penn State Extension shows that farmers using integrated drone and software systems typically reduce input costs by 10-15% while maintaining or improving yields.

Real-World Benefits after you Merge Your Drone Data

Farmers who successfully integrate drone data with their management software consistently report several key benefits. These improvements often pay for the technology investment within just a few seasons.

Better problem detection is probably the most immediate advantage. Drone data can spot issues like pest infestations, nutrient deficiencies, or irrigation problems days or weeks before they become visible from ground level. This early warning system lets you take action before small problems become big ones.

More precise input applications can significantly reduce costs while improving results. When your management software combines drone data with soil test results and historical yield maps, it can create incredibly detailed application prescriptions that put inputs exactly where they’re needed most.

Improved record keeping makes it easier to track what works and what doesn’t. The integrated system automatically documents field conditions, treatment dates, and results, creating a detailed history that helps you make better decisions in future seasons.

Enhanced crop insurance documentation can be valuable when dealing with weather-related losses or other claims. Drone images provide detailed, timestamped evidence of field conditions that can support insurance claims or USDA program applications.

Overcoming Common Challenges

Like any new technology, integrating drone data with farm management software comes with some bumps in the road. Most problems are manageable once you know what to expect.

Data overload is probably the biggest issue most farmers face. It’s tempting to collect as much information as possible, but too much data can actually make decision-making harder. Focus on the metrics that directly impact your farming decisions, and don’t feel like you need to analyze every image in detail.

Weather limitations can disrupt your data collection schedule. Drones can’t fly in high winds or during precipitation, and cloudy conditions can affect image quality. Build some flexibility into your monitoring schedule and don’t panic if you miss a few planned flights.

Learning curve challenges are normal when adopting any new technology. Most farmers find it takes a full growing season to really understand how to use integrated drone and software systems effectively. Start with basic applications and gradually add more sophisticated analyses as you gain experience.

According to Purdue University’s Digital Agriculture Program, farmers who stick with integrated systems for at least two full seasons report much higher satisfaction and better return on investment than those who give up early.

Looking Toward the Future

The ease and ability of integrating drone data into your farm management software is getting smarter every year. Artificial intelligence and machine learning are starting to automate many of the analysis tasks that currently require human interpretation. This means the systems are getting better at spotting problems and suggesting solutions without requiring deep technical knowledge from farmers.

Real-time data processing is also improving, with some systems now able to analyze drone images and update field maps within minutes of a flight. This speed makes it possible to address urgent problems the same day they’re detected.

The cost of both drones and software continues to decrease while capabilities expand, making these integrated systems accessible to more farming operations. What was once only practical for large commercial farms is now within reach for many family operations. Remember to stay informed on Farm Drone Regulations in Kansas as the technology evolves.

Closing Thoughts

Integrating drone data with your farm management software isn’t just about having the latest technology – it’s about making better farming decisions with better information. When you can combine bird’s-eye views of your fields with detailed records and analysis tools, you get insights that simply aren’t possible any other way.

The key is starting simple and building complexity gradually. Choose software that fits your operation, establish consistent data collection routines, and focus on actionable insights rather than trying to analyze every detail. With patience and practice, most farmers find that integrated drone and software systems become invaluable tools for improving efficiency and profitability.

Remember, the goal isn’t to replace your farming experience and intuition – it’s to enhance your decision-making with precise, timely information. When you combine traditional farming knowledge with modern data integration, you’re setting up your operation for success in an increasingly competitive agricultural landscape.

The post Integrating drone data with farm management software appeared first on Kansas Agricultural Drone Services, llc (KADS).

Key Takeaways

• Soil compaction quietly impacts yields, fuel efficiency, and overall soil health, often worsened by modern heavy equipment.
• Spray drones help reduce soil compaction by applying crop protection without touching the soil, preventing new compaction.
• Using biological products like Bio S.I. Agriculture or SB 25 can rebuild soil structure and improve infiltration and root growth.
• A practical strategy combines using drones for applications in wet fields and applying biologicals for rebuilding damaged areas.
• Monitoring improvements with drone imagery helps track soil health and productivity over time.

Soil compaction is one of those problems every farmer knows is out there, but it’s easy to underestimate just how much it steals from your bottom line. You don’t see compaction the way you see weeds or disease. You don’t get a text alert when your subsoil hits 300 PSI. But year after year, compaction quietly chips away at yield, fuel efficiency, soil health, and water infiltration.

And here’s the kicker: modern farms are running heavier equipment than ever. Bigger sprayers, bigger planters, bigger grain carts. Great for efficiency—terrible for soil structure.

But there’s good news. New tools like spray drones, along with biological soil products like Bio S.I. Agriculture, are giving farmers real ways to reduce compaction and even reverse some of the damage already done.

I’ll dig into what’s happening under the surface and how drones help keep fields lighter, healthier, and more productive.

What Exactly Is Field Compaction?

Soil compaction happens when soil particles get pressed together so tightly that the pore space—the little pockets that hold air and water—collapses. When that structure collapses, roots struggle, water can’t move, and biology suffocates.

The main causes of farm compaction:

• Heavy equipment (sprayers, tractors, grain carts)
• Repeated passes in the same wheel tracks
• Working ground when it’s too wet
• Livestock traffic
• Natural settling in low-organic-matter soils

The symptoms farmers see:

• Stunted or uneven crop growth
• Ponding or slow infiltration
• Sidewall smearing during planting
• Roots growing sideways instead of down
• Lower yields in “problem zones” year after year

The hidden costs:

• Reduced nitrogen efficiency
• More runoff and erosion
• Higher fuel use for tillage
• Delayed field access after rain
• Lower drought resilience

Compaction isn’t just a nuisance—it’s a structural soil problem that affects every part of the crop’s life cycle.

Why Modern Equipment Makes Compaction Worse

Today’s sprayers can weigh 30,000–40,000 pounds loaded. Planters with fertilizer tanks can push 20,000+ pounds. Grain carts? 40,000–60,000 pounds is common.

Even with flotation tires or tracks, the sheer weight creates deep compaction layers—often 6–18 inches down—where roots need to grow.

And here’s the part most farmers don’t love to hear: Most compaction happens on the first pass. Once a wheel track is formed, every additional pass just makes it worse.

That’s why reducing passes—not just reducing weight—is the real key.

This is a field I am monitoring. Three generations have farmed it and used similar practices. The equipment has evolved over time, to try and reduce PSI with treads, wide tires, etc. Much of the soil compaction is worn in so deeply nothing grows there. Worse, there are several additional tracks that are just now starting to emerge as problem areas.

How Spray Drones Help Reduce Field Compaction

Spray drones are more than just cool new gadgets. They are also a fundamentally different way to apply crop protection, biologicals, and foliar nutrients without ever touching the soil.

Here’s how drones help farmers avoid compaction:

1⃣ Zero Ground Pressure — Literally No Compaction

A drone never touches the field. No ruts. No wheel tracks. No PSI on the soil surface.

This is especially valuable:

• After heavy rains
• In low spots
• On headlands already beaten down by equipment
• In no‑till systems where soil structure is everything

When a drone flies the application, the soil stays intact.

2⃣ Timely Applications When Ground Rigs Can’t Run

Every farmer knows the frustration of watching disease spread or weeds bolt while the sprayer sits because the field is too wet.

Drones don’t care. They can fly:

• The day after a rain
• In muddy fields
• Over standing water
• In areas where a ground rig would get stuck

As long as we can get our drone tender near the field, we will fly!

Timely application = better control and higher yield potential.

3⃣ No Headland Beating

Headlands are the first place compaction shows up. Ground rigs turn, brake, accelerate, and overlap there.

Drones?
They take off from the field edge and never touch the crop zone.

Your headlands stay healthier, and yield maps show it.

4⃣ Precision Spot Spraying Reduces Passes

With drone mapping and NDVI imagery, you can treat only the acres that need it.

Instead of running a 120‑foot boom across the whole field, a drone can:

• Hit only the drowned-out patches
• Treat only the disease pockets
• Spray only the weed escapes

Fewer ground passes = less compaction.

5⃣ Perfect for Small Fields, Terraces, and Odd Shapes

Ground rigs struggle in:

• Terraced fields
• Narrow waterways
• Small patches
• Timber edges
• Pivot corners

Drones thrive in these environments, eliminating the need for extra turns and extra wheel traffic.

Biological inoculants May Help

Avoiding compaction is ideal—but most farms already have compacted layers from years of heavy equipment.

That’s where biological soil products come in.

Bio S.I. Agriculture offers microbial products designed to rebuild soil structure by increasing biological activity, improving aggregation, and helping organic matter break down more effectively.

Here’s how they help with compaction:

1. Microbes Rebuild Soil Structure

Healthy soil biology creates glues and polysaccharides that bind soil particles into stable aggregates. Aggregates = pore space = better infiltration and root growth.

Bio S.I. products introduce and stimulate beneficial microbes that help rebuild this structure.

2. Improved Water Infiltration

Compacted soils shed water. Biologically active soils absorb it.

Bio S.I. Agriculture products help:

• Increase infiltration
• Reduce ponding
• Improve water-holding capacity
• Reduce runoff

This is especially important in no‑till systems where natural structure is the backbone of the system.

3. Stronger Root Systems Break Through Compaction

Microbial activity helps roots grow deeper and more aggressively.
Roots are nature’s subsoiler.

The more roots you have, the more channels you create for:

• Air
• Water
• Nutrients
• Microbial movement

Bio S.I. products support this natural process.

4. Faster Breakdown of Residue

Residue breakdown is essential for building organic matter and improving soil tilth.

Bio S.I. SB 25 accelerate residue decomposition, which:

• Reduces surface crusting
• Improves seed-to-soil contact
• Builds long-term soil structure

Better structure = less compaction over time.

A Practical Strategy: Combine Drones + Biology

Here’s a simple, effective approach many growers are adopting:

Step 1: Use drones for all wet-field or sensitive-field applications.

This prevents new soil compaction and protects soil structure.

Step 2: Apply biologicals like to rebuild damaged areas.

Especially:

• Headlands
• Low spots
• High-traffic zones
• Areas with poor infiltration

Step 3: Use drone mapping to identify compaction zones.

NDVI, NDRE, and thermal imagery reveal:

• Stunted growth
• Water stress
• Ponding
• Poor root development

These zones often correlate directly with compaction.

Step 4: Spot-treat problem areas with drones.

Instead of running a ground rig across the whole field, drones can apply:

• Biologicals
• Foliar nutrients
• Fungicides
• Micronutrients

Only where needed. And precisely WHEN needed.

Step 5: Track improvements over time.

With drone imagery, you can literally watch soil health improve:

• Better infiltration
• More uniform growth
• Stronger canopy
• Higher yield consistency

The Bottom Line: Drones Reduce Soil Compaction

Soil compaction is one of the most expensive, least visible problems in modern agriculture. It steals yield quietly and consistently. It is the diabetes of agriculture.

But drones give farmers a new way to fight back:

• No wheel tracks
• No ruts
• No PSI on the soil
• No waiting for fields to dry
• No beating up headlands
• No unnecessary passes

And when you pair drones with biological soil products like Bio S.I. Agriculture and SD 25, you’re not just avoiding soil compaction—you’re actively rebuilding soil structure for the long haul.

Healthy soil is productive soil.
And productive soil is profitable soil.

If you’re looking for a practical, modern way to protect your fields from soil compaction, or exercise them away from compaction, drones and biologicals are two of the most powerful tools you can put to work.

The post Soil Compaction: The Hidden Yield Killer appeared first on Kansas Agricultural Drone Services, llc (KADS).

Key Takeaways

• Agricultural drones can qualify for the U.S. Section 41 R&D Tax Credit by improving farming processes.
• Farmers may qualify more than they realize, especially when testing new seed varieties and crop protection methods.
• Documenting experiments is essential; it ensures that drone usage meets IRS requirements for tax savings.
• Hiring professional drone operators can also qualify as contract research expenses under Section 41.
• Overall, using drones for experimentation can significantly reduce costs and potentially save farmers $20,000 to $300,000 in taxes.

Let me start by reminding you: I am NOT a tax expert. This is just my point of view, and if you want to find out how agricultural drones can reduce your tax, you may want to read this… and even print it out to discuss with your accountant.

I was familiar with the R&D tax credits used in architecture and construction. Honestly, I may not have understood section 41 and agriculture unless my friend, Eugene Punelli at virelo.ag hit me up with his facebook post about section 41. I did some more reading about things so that I can share this with you, my farm friends: Use of agricultural drones for crop scouting and spraying, or planting cover crops, may also qualify for the U.S. Section 41 Research & Development (R&D) Tax Credit.

This was a surprise to me. Maybe you also had thought that something as exotic as a tax credit was available only for tech companies or large organizations. Not so! Here is what I found about how drones can reduce your tax…

What Is the Section 41 R&D Tax Credit?

The R&D credit is a federal incentive designed to reward businesses that test new ideas or improve their processes. The official law is found in:

• Cornell Law School: 26 U.S. Code §41 – Credit for Increasing Research Activities
• IRS Guidance: IRS Research Credit Overview
  

My review on this is that the credit allows a business (your farm) to reduce its tax bill when it spends money on qualified research activities. These activities must involve:

• Improving a product or process (farming)
• Using science or engineering (agronomy counts!)
• Eliminating uncertainty (narrowing down options)
• Running an experiment (confirming the options are right)

Trying new ideas is not new to farming and it sounds a lot like what I overhear farmers talking about in the diner. Testing ideas happens all of the time, whether it is a new chemical, a new machine, or a new way of doing things (cover crops into corn?)

How Section 41 Applies to Farming

I think that farmers qualify more often than they realize. I found a 2024 FarmProgress article highlights that many common farm trials meet the IRS definition of R&D, including:

• Testing new seed varieties
• Trying new crop protection products
• Trying new methods to reduce chemical use
• Experimenting with soil fertility programs
• Evaluating new scouting methods
• Evaluating new application methods

The key is documenting what your planning including your intent. You must be testing something, measuring results, and trying to improve your outcomes.

Hiring Drone Services Can Qualify for the R&D Tax Credit

If you don’t own your own drones, you may want to consider hiring a professional drone operator for crop scouting, NDVI mapping, and precision variable-rate application or (better yet) spot spraying. These services can significantly reduce input costs, improve crop health, and increase yield, all while supporting the kind of structured experimentation that may qualify under Section 41 when properly documented.

1. Drone Scouting Identifies Problems Early

Hiring a drone operator gives you fast, full‑field coverage and high‑resolution imagery that highlights issues long before they’re visible from the ground. NDVI and multispectral maps can reveal:

• Early disease pressure
• Weed outbreaks
• Nutrient deficiencies
• Water stress

Using a crop health index, such as NDVI, is (probably) a new way for you to scout and allows you to identify select areas for treatment — not the whole field.

2. NDVI Maps Support Precision Decisions

NDVI (Normalized Difference Vegetation Index) is especially valuable for identifying subtle differences in plant vigor. When used as part of a structured trial — such as testing fungicide timing, evaluating biologicals, or comparing hybrids — NDVI data becomes part of the process of experimentation required under Section 41. Very clearly, to me, use using drones like this can reduce your tax!

3. Spot Spraying With a Spray Drone Cuts Chemical Costs

Spray drones excel at spot‑treating problem areas. Instead of applying chemicals across 100% of the field, a drone can precisely target:

• Disease‑infected patches
• Weed‑dense zones
• Nutrient‑deficient areas
• Stress hotspots caused by soil variability

This often reduces chemical use by 30–70%, depending on field conditions. It also reduces runoff and nitrate pollution.

4. Hiring Drone Services Is Often Cheaper Than Doing It Yourself

One process-improvement experiment may be to apply micronutrients or fungicide by drone to test effectiveness. As a test, you may wish to hire the service. When you hire a drone operator, you’re paying only for the service — not the drone, batteries, licensing, insurance, software, maintenance, or training. In most cases, the chemical savings alone cover the cost of the service, and the yield increase is additional profit.

5. These Costs May Be Eligible for the R&D Tax Credit

When drone services are used as part of a documented experiment — such as testing new application methods or evaluating new products — the cost of hiring the drone operator may qualify as a contract research expense under Section 41 (typically counted at 65% of the cost). The use of the drone can reduce your tax! Reducing your application costs while seeing less loss and higher yields is just icing on the cake.

Ideas for Using Spray Drones Under Section 41

Below are relevant R&D categories and how drone‑based activities may fit them.

A. Testing New Application Methods

FarmProgress notes (here and here) that evaluating novel crop protection strategies and soil fertility methods has historically qualified.

A spray drone could be part of such trials if you are:

• Comparing droplet sizes
• Testing drift‑reduction methods (including new adjuvants)
• Evaluating coverage uniformity
• Measuring efficacy differences between drone vs. ground rig
• Experimenting with variable‑rate aerial application
• Making equipment modifications to improve efficiency

B. Developing or Improving Processes

Examples include testing whether:

• Drones improve fungicide timing
• Drone application reduces soil compaction
• Drones reduce chemical use while maintaining efficacy

C. Testing New Crop Protection Products

FarmProgress explicitly lists this as a qualifying activity.

This may qualify if you use a drone to apply experimental products in test plots and collect data on:

• Efficacy
• Drift
• Coverage
• Yield response

D. Software or Automation Development

If you or an ag‑tech partner (such as KADS) is:

• Developing custom flight‑path algorithms
• Testing autonomous application logic
• Integrating sensors for real‑time rate adjustment

…these activities may qualify under the software and engineering categories of Section 41.

Ideas for Qualifying Crop‑Scouting Drones Via Section 41

Crop‑scouting drones can support R&D when used in experimental agronomy, not routine scouting.

A. Evaluating New Seed Varieties

Drones may be used to:

• Collect NDVI or multispectral data
• Compare hybrid performance
• Measure stand counts
• Detect early disease differences

B. Testing Soil Fertility Treatments

If you’re experimenting with:

• Biologicals
• Micronutrient blends
• Variable‑rate fertility strategies

…and using drones to monitor plant response, this supports the process of experimentation.

C. Developing New Scouting Protocols

Examples include testing whether:

• Drone‑based scouting can replace manual scouting
• Certain spectral bands improve early detection
• Avoid 2nd or 3rd fungicide application
• Automated image analysis improves decision‑making (This is low hanging fruit)

What Does NOT Qualify

Based on IRS rules and published guidance:

• Routine spraying does not qualify
• Routine scouting does not qualify
• Activities without documentation do not qualify
• Activities without technological uncertainty do not qualify

Documentation Requirements for Drone‑Based R&D

It is super important to document your experiment because IRS scrutiny has been increasing. To meet IRS expectations, I suggest farmers should maintain:

• Written hypotheses (The idea you wish to confirm)
• Trial protocols (How you will test the idea)
• Maps of test plots
• Drone flight logs
• Chemical rates and application parameters (if applicable)
• Imagery and data outputs
• Yield results (if applicable)
• Notes on what was learned and what changed

Financial Impact for Farmers

FarmProgress reports that qualifying farmers have historically seen $20,000 to $300,000 in tax savings depending on the scale of research activities! to Of course, this is only after you’ve spent some money on the process. But it does appear that using a drone is low hanging fruit

Parting Thoughts

Agricultural drones are transforming how farmers scout, spray, seed, and manage crops. And, happily, your use of them may qualify for a federal tax credit that rewards innovation. And, by the way, the credit can be applied to a certain number of past years!

Remember, I’m not a tax expert. You need to talk to your accountant.
But if you’re already experimenting with drones, seed varieties, fertility programs, or application methods, it’s worth finding out whether your work meets the Section 41 R&D criteria, and whether your use of drones can reduce your tax bill.

The post Surprising! Agricultural Drones Can Reduce Your Tax appeared first on Kansas Agricultural Drone Services, llc (KADS).

Key Takeaways

• Drone photography for crop loss helps farmers document damage effectively and provides clear evidence for insurance claims.
• Drones capture high-quality images and can cover large areas quickly, revealing patterns of damage not visible from the ground.
• Using drone photos improves the efficiency of crop insurance adjusters by providing better visibility and more accurate measurements.
• Farmers can use drone images in claims by capturing photos promptly, labeling them, and sharing them with their adjuster.
• The future will likely see increased reliance on drone technology within crop insurance, leading to faster claims and automatic assessments.

When one of us experiences crop loss, it can feel overwhelming. Months of planning, planting, and caring for a field can be ruined by one storm, one pest outbreak, or one unexpected event. Floods! Don’t get me started. That’s why crop insurance is so important. It helps protect farmers when things go wrong. But to get a fair insurance claim, farmers need strong proof of what happened. Today, one of the best tools could be use of drone photography for crop loss assessments.

Drones make it easy to capture clear, detailed images of a field from above. These photos help show where the damage is, how big the affected area is, and how serious the crop loss might be. Because drones can fly low and take high‑quality pictures, they often reveal things that are hard to see from the ground.

Why Good Crop Loss Documentation Matters

Crop loss affects more than just one season. It impacts a farmer’s income, the ability to pay bills, and plans for the next year. Inputs for the following year may not be what we want for lack of money. The impact can last over several growing seasons. When a farmer files a crop insurance claim, the insurance company needs clear evidence of:

• What caused the damage
• How much of the field was affected
• When the damage occurred
• How severe the loss is

In the past, this meant walking the field with an adjuster and taking a few ground‑level photos. But this method doesn’t always show the full picture. You can’t see the entire field at once, and some damage patterns only make sense from above.

Drone photography solves these problems by giving a complete view of the field and capturing details that help support the claim.

How Drones Help After Crop Damage

Drones are becoming a normal part of modern farming. They are fast, affordable, and easy to use. When crop loss happens, drones offer several major benefits.

1. Fast Proof After a Storm or Disaster

Insurance companies want proof that the damage happened when the farmer says it did. Drone photos taken right after the event provide timestamped evidence.

This is especially helpful for:

• Hail
• Windstorms
• Flooding
• Tornado paths
• Early frost

A drone can fly the entire field quickly and capture images that show exactly what happened.

2. Showing the Full Area of Crop Loss

Ground photos only show a small section. Orthophoto drone photos show everything at once.

For example, drones can reveal:

• A large area of flattened corn
• A long streak of chemical drift
• Low spots where soybeans drowned
• Disease spreading across rows

These patterns are much easier to understand from the air.

3. High‑Quality Images for Insurance Claims

Modern drones take very sharp photos. Some even create maps that show plant health using special sensors. These maps can highlight stress areas that might not be visible from the ground.

This helps document:

• Disease
• Drought
• Pest pressure
• Nutrient problems

When farmers include these images in a crop insurance claim, it strengthens the case and reduces delays.

4. Before‑and‑After Evidence

One of the biggest advantages of drone photography is comparing the field before and after the damage. If a farmer has earlier drone photos, they can show:

• The crop was healthy before the event
• The damage happened suddenly
• The loss wasn’t caused by poor management

Insurance companies appreciate this kind of clear, organized evidence.

How Drone Photos Help Crop Insurance Adjusters

Crop insurance adjusters work hard, but they can’t walk every acre. Drone photos help them do their job more efficiently.

Better Visibility

Adjusters can review drone images before visiting the field, helping them understand what they’ll be inspecting.

More Accurate Measurements

Some drones can map the exact size of damaged areas, making loss calculations more precise.

Safer Inspections

Instead of walking through muddy or flooded fields, adjusters can rely on drone images.

Faster Claims

Clear evidence leads to quicker decisions and faster payouts.

Types of Crop Loss Drones Document Best

Drones are useful for almost any kind of crop damage, but they are especially effective for:

Hail Damage

Drone photos show bruising patterns and broken plants across the entire field.

Wind Damage

Wind can flatten or snap crops. Drones capture the exact areas affected.

Flooding

Drowned‑out spots and water paths are easy to see from above.

Drought Stress

Drones highlight patchy stress patterns across the field.

Chemical Drift

Drift often creates long, narrow streaks that are obvious in aerial photos.

Pest Damage

Insects like armyworms or rootworms leave visible patches that drones can map.

Disease

Diseases like tar spot or sudden death syndrome create patterns that drones can capture clearly.

How Farmers Can Use Drone Photos in a Crop Insurance Claim

Here’s a simple guide for using drone images in an insurance claim:

1. Capture Photos Quickly

Take drone photos as soon as possible after the damage.

2. Get Both Wide and Close‑Up Shots

Wide shots show the big picture; close‑ups show details.

3. Label Everything

Include the date, field name, crop type, and description of the damage.

4. Share With Your Adjuster

Most adjusters appreciate drone photos because they make the claim easier to review.

5. Keep Copies

Good records help if questions come up later.

The Future of Crop Insurance and Drone Technology

As drones become more common, crop insurance companies are starting to rely on them more. In the future, we may see:

• Automatic drone flights after storms
• AI tools that measure crop loss
• Standard drone reports for claims
• Faster payouts based on digital evidence

Farmers who use drones now will be ready for these changes.

Parting Thoughts

Drone photography is one of the best tools for documenting crop loss, supporting crop insurance, and strengthening an insurance claim. It helps farmers show exactly what happened, helps adjusters make fair decisions, and speeds up the entire process. For today’s farmers, drones are becoming just as important as other essential tools in the field. And don’t forget that the cost of using them may be a benefit on your taxes!

The post Drone Photography for Crop Loss Claims appeared first on Kansas Agricultural Drone Services, llc (KADS).

Key Takeaways

• Agricultural drones can support regenerative agriculture by enhancing soil health monitoring and precision application of cover crops.
• Drones provide real-time data on soil conditions, allowing farmers to make targeted decisions based on specific needs.
• They help reduce chemical inputs by identifying plant stress and nutrient deficiencies early, saving costs and promoting sustainability.
• Incorporating livestock management alongside drone technology improves grazing practices and overall farm efficiency.
• Farmers can start integrating drones by focusing on their biggest challenges and collaborating with knowledgeable service providers.

I recently posted something about drones to a regenerative agriculture social media group and was scolded with “You’re obviously don’t belong here” kind of comment. It gave me pause. Am I mistaken? I know that regenerative agriculture is about the return to natural systems, but it still seems like drones can play a part. It seems to be that the powerful farming tools that drones have become can play a part in regenerative agriculture without ruining the movement. “Don’t throw the baby out with the bath water!”

Let’s dig into how agricultural drones and regenerative farming practices can work hand in hand to build healthier soil, stronger crops, and more profitable operations.

What is Regenerative Agriculture Anyway?

Before we talk about drones, let’s make sure we’re all on the same page about regenerative agriculture. Think of it as farming in a way that actually improves your land over time, rather than just maintaining it or wearing it out.

Regenerative agriculture focuses on:

• Building soil health and organic matter
• Increasing biodiversity on your farm
• Improving water retention and quality
• Reducing the need for external inputs like fertilizers
• Creating resilient farming systems that can handle weather extremes

The goal isn’t just to “do no harm” – it’s to leave your land better than you found it. Many farmers who practice regenerative agriculture use cover crops, diverse crop rotations, reduced tillage, and integrate livestock grazing into their systems.

How Drones Support Soil Health Monitoring

One of the biggest challenges in regenerative agriculture is knowing what’s happening in your soil. You can’t manage what you can’t measure, right? This is where agricultural drones really shine.

Modern drones equipped with specialized cameras can help you monitor soil health in ways that weren’t possible just a few years ago. They can capture images that show:

• Soil organic matter levels across different areas of your field
• Compaction issues that might need attention
• Areas where erosion is starting to become a problem
• Spots where your soil might be lacking nutrients

Instead of walking every acre or taking random soil samples, drones can give you a bird’s-eye view of your entire operation. This helps you make targeted decisions about where to focus your regenerative practices for the biggest impact.

For example, if drone imagery shows that certain areas of your field have lower organic matter, you might choose to focus cover crop seeding or compost application in those specific zones rather than treating the entire field the same way.

Precision Application of Cover Crops and Seeds

Cover crops are a cornerstone of regenerative agriculture, but getting them established can be tricky. Weather windows are often narrow, and traditional seeding equipment can sometimes compact soil or struggle in challenging conditions. Not so, with drones!

Agricultural drones are changing the game when it comes to cover crop seeding. Here’s why farmers are getting excited about this technology:

Timing flexibility: Drones can plant cover crops when the soil conditions are right, even if it’s not ideal for heavy machinery. They can fly over standing crops to establish cover crops early, giving them more time to grow before winter.

Precision placement: GPS-guided drones can place seeds exactly where they’re needed. If you’re trying to establish different cover crop mixes in different parts of your field based on soil conditions, drones can handle that complexity easily.

Reduced soil compaction: Since drones don’t drive on your fields, there’s no risk of compacting the soil you’re working so hard to improve. This is especially important in regenerative systems where soil structure is a top priority.

Some farmers are also using drones to overseed diverse plant species into existing pastures, creating more complex and resilient grassland ecosystems that support both livestock and wildlife.

Smart Monitoring for Reduced Chemical Inputs

One of the goals of regenerative agriculture is reducing dependence on external inputs like synthetic fertilizers and pesticides. But how do you know when intervention is really necessary? This is where drone monitoring becomes invaluable.

Drones equipped with multispectral cameras can detect plant stress, nutrient deficiencies, and pest problems before they become visible to the naked eye. This early detection system allows farmers to:

• Spot-treat problems instead of applying chemicals to entire fields
• Time applications more precisely when they’ll be most effective
• Monitor the effectiveness of biological treatments and cover crops
• Track how well regenerative practices are working over time

For instance, if drone imagery shows that beneficial insects are effectively controlling pest populations in most of your field, you might only need to treat a small problem area instead of the whole field. This targeted approach saves money and protects the beneficial organisms that are key to a healthy farm ecosystem.

According to research from the USDA, precision agriculture techniques like drone monitoring can help farmers reduce pesticide use by 20-50% while maintaining yields.

Data-Driven Decisions for Long-Term Success

Regenerative agriculture is all about building systems that improve over time. But how do you know if your practices are working? Drones provide the data you need to track your progress and make informed decisions.

Regular drone flights can help you document:

• Changes in soil organic matter over seasons and years
• Improvements in water infiltration and retention
• Increases in biodiversity across your farm
• Carbon sequestration in your soils

This data isn’t just useful for your own management decisions. As carbon markets and sustainability programs become more common, having detailed records of your regenerative practices could open up new revenue streams.

Many farmers are finding that the combination of drone data and regenerative practices helps them qualify for conservation programs, sustainability certifications, and carbon credit opportunities that can provide additional income.

Integrating Livestock and Technology

If your regenerative system includes livestock, drones can help you manage grazing more effectively. Proper grazing management is crucial for soil health, but it can be challenging to monitor large pastures and make timely decisions about when to move animals.

Drones can help you:

• Monitor pasture conditions and grass height across large areas
• Identify areas that need rest or are ready for grazing
• Track animal behavior and health from above
• Plan rotational grazing systems more effectively

Some innovative farmers are even using drones to help move livestock between paddocks, reducing stress on both animals and farmers while improving grazing management.

Research from Nature shows that well-managed rotational grazing can increase soil carbon storage by up to 200%, making livestock integration a powerful tool for regenerative agriculture.

Getting Started with Agricultural Drones

If you’re interested in exploring how drones might fit into your regenerative agriculture system, start small and focus on your biggest challenges. Maybe that’s monitoring cover crop establishment, tracking soil health changes, or managing grazing more effectively.

Consider working with experienced agricultural drone service providers who understand both the technology and farming practices. For those operating in Kansas, understanding Farm Drone Regulations in Kansas is a crucial first step, as is knowing The steps to becoming an Agricultural Spray Drone Pilot in Kansas. They can help you develop a monitoring program that fits your specific goals and budget.

According to the Food and Agriculture Organization, farms that integrate precision agriculture tools like drones with sustainable practices see an average 15% improvement in resource use efficiency.

Remember, drones are tools to support your regenerative agriculture goals, not replace good farming practices. Don’t forget that The careful use and maintenance of large Agricultural Drone Batteries is also vital for consistent and safe operations. The most successful farmers combine cutting-edge technology with time-tested principles of soil health, biodiversity, and ecosystem management.

Using Drones can reduce your tax!

Section 41 of the TAX code allows some of the cost R&D activities to turn into a TAX Credit. Testing new techniques is encouraged by the Government, and use of drones or hiring a drone service is an allowable activity.

Parting Thoughts

Agricultural drones and regenerative agriculture make a powerful combination. Drones provide the detailed information you need to make smart decisions about soil health, crop management, and resource use. Meanwhile, regenerative practices create healthier, more resilient farming systems that can better utilize the insights drone technology provides.

Whether you’re just starting to explore regenerative agriculture or you’re looking for ways to fine-tune your existing practices, drones can help you see your farm in new ways and manage it more effectively. The key is to view technology as a partner in your regenerative journey, helping you work with nature to build stronger, more profitable farming systems for the future.

As we move into 2026 and beyond, the farmers who thrive may well be those who combine the wisdom of regenerative practices with the precision of modern technology. It’s not about choosing between old and new – it’s about using every tool at your disposal to create farming systems that work for your land, your community, and your bottom line.

The post Can agricultural drones play a part in regenerative agriculture? appeared first on Kansas Agricultural Drone Services, llc (KADS).

Key Takeaways

• Agricultural drones provide early problem detection, spotting issues before they escalate, which saves crops and money.
• They help with targeted disease and pest management, allowing farmers to use fewer pesticides and apply treatment only where needed.
• Drones identify nutrient deficiencies, enabling variable rate application of fertilizers for healthier plants and better yields.
• Through precise irrigation management, drones help optimize water usage, ensuring crops receive the right amount of moisture.
• Overall, agricultural drones improve crop yields and farming efficiency while minimizing environmental impact.

Farming has come a long way from the days when farmers had to walk every inch of their fields to check on crops. Scouting is still important, but today it is augmented by technology, which seems to be sneaking into everything. One of the biggest game-changers is the use of drones in precision agriculture. These flying helpers are making it easier than ever for farmers to keep an eye on their crops, spot problems early, and take action fast.

Think of agricultural drones as your sky-eyes. They can fly over hundreds of acres in just a few hours, taking pictures and collecting data that would take days to gather on foot. This isn’t just about making farming easier – it’s about growing more food with less waste and better results. From small family farms to large commercial operations across Kansas and beyond, farmers are discovering that drones can boost their crop yields in ways they never imagined.

Early Problem Detection Saves Crops and Money

One of the biggest ways drones help improve crop yield is by spotting problems before they get out of hand. When you’re managing hundreds or thousands of acres, it’s nearly impossible to spot every issue with the naked eye. By the time you notice a problem area during a regular field walk, it might have already spread and caused significant damage.

Drones equipped with special cameras can fly over fields and take detailed pictures that show things human eyes might miss. They can spot areas where crops are stressed, diseased, or not getting enough water. Some of these cameras can even see heat patterns or light reflections beyond what humans can see that tell farmers exactly what’s happening with their plants.

Disease and Pest Management

Plant diseases and pest infestations can wipe out entire sections of crops if they’re not caught early. Drones can identify these problems in their early stages by detecting subtle changes in plant color, growth patterns, or leaf health. When a drone spots a potential problem area, farmers can quickly send out scouts to check that specific location and start treatment right away.

This targeted approach means farmers can use fewer pesticides and fungicides overall, which saves money and is better for the environment. Instead of spraying entire fields as a precaution, they can treat only the areas that actually need it.

Nutrient Deficiency Identification

Plants that aren’t getting the right nutrients show specific signs that drones can detect. Different nutrient deficiencies cause plants to reflect light in particular ways, and drone cameras can pick up on these differences. This helps farmers know exactly where to apply fertilizer and what type their crops need most.

Rather than applying the same amount of fertilizer across an entire field, farmers can use variable rate application. This means giving more nutrients to areas that need them and less to areas that don’t. The result is healthier plants, better yields, and less money spent on unnecessary fertilizer.

Precise Irrigation Management

Water is one of the most important factors in crop growth, but it’s also often one of the most wasted resources in farming. Too much water can damage crops and waste money, while too little water leads to poor yields. Drones help farmers find that perfect balance by providing detailed information about soil moisture and plant water needs.

Modern agricultural drones can use thermal imaging to see which parts of a field are too dry or too wet. Plants that need water appear differently on thermal cameras than plants that have plenty of moisture. This technology allows farmers to adjust their irrigation systems to give each area of the field exactly the right amount of water.

Smart Irrigation Systems

Many farmers are now connecting their drone data to automated irrigation systems. When a drone identifies areas that need more water, it can automatically trigger sprinklers or drip irrigation systems in those specific zones. This level of precision wasn’t possible before drone technology became available.

The precision agriculture approach helps farmers save water, reduce costs, and improve crop health all at the same time. Fields that receive optimal watering produce significantly higher yields than those with poor irrigation management.

Efficient Crop Spraying and Application

Large agricultural drones are revolutionizing how farmers apply pesticides, herbicides, fungicides, and even seeds to their fields. Traditional ground-based spraying equipment can be slow, expensive to operate, and sometimes damages soil or crops. Airplane spraying can be effective for large areas, but it’s not always precise and can be affected by weather conditions.

Drone spraying offers the best of both worlds. These machines can carry significant amounts of liquid or granular materials and apply them with incredible precision. They can fly low over crops without damaging them and work in conditions where airplanes might not be safe to operate.

Variable Rate Application

One of the biggest advantages of drone spraying is the ability to apply different amounts of materials to different parts of the field. Using data collected from previous drone flights, farmers can program their spray drones to apply more herbicide in weedy areas, more fertilizer in nutrient-poor zones, or more fungicide in areas prone to disease.

This targeted approach reduces the overall amount of chemicals needed, saves money, and minimizes environmental impact. It also ensures that every part of the field gets exactly what it needs for optimal growth. This may be particularly useful to farmers trying new ideas, such as regenerative ag.

Seeding and Spreading Operations

Some agricultural drones can also handle seeding operations, particularly useful for cover crops, reseeding damaged areas, or planting in hard-to-reach locations. They can spread seeds with precision timing and placement, ensuring better germination rates and more uniform crop stands.

Real-Time Field Monitoring and Data Collection

Modern farming relies heavily on data, and drones are excellent data collectors. They can gather information about crop health, growth rates, soil conditions, and weather patterns much faster and more accurately than traditional methods. This data helps farmers make better decisions about when to plant, when to harvest, and how to manage their fields throughout the growing season.

Regular drone flights create a detailed picture of how crops are developing over time. Farmers can track growth patterns, identify areas that consistently perform well or poorly, and adjust their management practices accordingly. Integrating this information is invaluable for planning future seasons and improving overall farm productivity.

Yield Prediction and Planning

By analyzing drone data throughout the growing season, farmers can get accurate predictions of their expected harvest. This information helps them plan for storage, transportation, and marketing of their crops. It also allows them to identify fields or areas that might need different management approaches in future seasons.

The USDA recognizes precision agriculture as a key technology for improving farm efficiency and sustainability, with drones playing a central role in this agricultural revolution.

Cost-Effective Field Mapping and Analysis

Creating detailed maps of farmland used to be expensive and time-consuming. Professional surveying services could cost thousands of dollars, and the maps often became outdated quickly as field conditions changed. Drones have made field mapping much more affordable and practical for everyday farm management.

Modern drones can create highly detailed maps showing elevation changes, soil variations, drainage patterns, and crop health across entire fields. These maps help farmers understand their land better and make more informed decisions about planting, fertilizing, and managing different areas.

Historical Data and Trend Analysis

When farmers use drones regularly over multiple seasons, they build up valuable historical data about their fields. This information shows long-term trends and patterns that might not be obvious from year to year. Understanding these patterns helps farmers make better decisions about crop rotation, soil management, and long-term field improvements.

The ability to compare current conditions with historical data also helps farmers spot problems early and take corrective action before they impact yields significantly.

Weather Monitoring and Damage Assessment

Weather can make or break a farming season, and drones provide farmers with better tools for monitoring weather-related impacts on their crops. After storms, hail, or other severe weather events, drones can quickly assess damage across large areas without requiring farmers to walk through potentially dangerous or muddy conditions.

This rapid damage assessment helps farmers prioritize their recovery efforts and make quick decisions about replanting, insurance claims, or adjusting their management practices for the rest of the season. The faster farmers can respond to weather damage, the better their chances of maintaining good yields.

Drones can also monitor microclimates within fields, helping farmers understand how local weather conditions affect different areas of their operation. This information is particularly valuable for making decisions about planting dates, harvest timing, and protective measures during critical growing periods.

Using Drones can reduce your tax!

Section 41 of the TAX code allows some of the cost R&D activities to turn into a TAX Credit. Testing new techniques is encouraged by the Government, and use of drones or hiring a drone service is an allowable activity.

The Future of Farming is Taking Flight

Agricultural drones are transforming farming by making it more precise, efficient, and profitable. From early problem detection to precise application of inputs, these flying helpers are giving farmers the tools they need to maximize their crop yields while minimizing costs and environmental impact.

The technology continues to improve each year, with new sensors, longer flight times, and smarter software making drones even more valuable for agricultural operations. As more farmers adopt this technology, we’re seeing consistent improvements in crop yields, reduced input costs, and more sustainable farming practices across the industry.

For farmers who wish to improve their operations, agricultural drones represent one of the most practical and effective investments available today. The combination of early problem detection, precise input application, and detailed field monitoring can lead to significant improvements in crop yields and farm profitability.

If you’re ready to take your farming operation to the next level with drone technology, understanding the regulations and working with experienced agricultural drone service providers can help you get started on the right path. The future of farming is already here, and it’s flying over fields across Kansas and beyond, helping farmers grow more food more efficiently than ever before.

The post The Many Ways Agricultural Drones Improve Crops appeared first on Kansas Agricultural Drone Services, llc (KADS).

Key Takeaways

• A prescription map controls the variable application of products across a field, saving money and enhancing crop health.
• To create a prescription map, gather data, convert images into zones, build the prescription, and refine it.
• Export the prescription map in compatible formats like GeoTIFF or ISOXML, then transfer it to your drones and sprayers.
• Prescription maps help address common crop issues like uneven emergence and nitrogen deficiency, and they target treatments where needed.
• Using prescription maps can reduce inputs and environmental impact while protecting yields and ensuring efficient application.

A prescription map (also called a variable‑rate map) controls where and how much a sprayer delivers product onto a crop. Think of it like a recipe for each part of a field: some areas need more, some need less, and some don’t need anything at all. You will still cover the entire field but will variably apply product based on some condition you’ve studied. Using prescription maps saves money, cuts chemical use, and helps crops grow better.

How prescription maps are made

1. Gather the data

• Images — Drones or satellites identify plant health using multispectral cameras.
• Yield maps — Combine last year’s harvest data to find low- and high-performing areas.
• Soil tests — pH, organic matter, and texture tell you where nutrients behave differently.
• Scouting notes — Walk the field and mark weeds, insects, or disease patches.

2. Turn images into zones
Special software reads the images and creates a plant health index like NDVI (a number that shows plant vigor). The software groups similar NDVI values into zones: low, medium, and high. Each zone gets a recommended spray rate. I currently use Pix4DFields for this unique processing.

The images below compare the NDVI (left) to a five-zone prescription map (right). The ground sprayer or spray drone changes the amount dispersed based on this prescription.

3. Build the prescription
The mapping tool converts zones into a file that links GPS coordinates to spray rates. That file is the prescription map. It can be exported as a GeoTIFF, Shapefile, or an ISOBUS/ISOXML prescription.

4. Check and refine
The image at right illustrates the application rate of each zone. This is computed based on an input (in this case the NDVI shown above). The number of zones and the application rate are completely flexible in this program.

It is important for you to review the map, compare it to your scouting notes, and adjust rates if needed. Keep the “human in the loop.”

Save the map with a clear name and date so you can track results.

How to transfer a prescription map to drones and sprayers

Export the right file format

• Drones often accept GeoTIFFs or mission files from mapping software. Check your manual.
• Ground sprayers usually accept Shapefiles, GeoTIFFs, or ISOXML prescriptions for ISOBUS-compatible monitors. Check your manual.

Move the file

• USB stick or SD card — You’ll plug it into the sprayer monitor or drone controller.
• Cloud portals — Some software, like Pix4DFields, allows an upload to John Deere Operations Center, Trimble. Or upload it to your drone platform and sync.
• Direct transfer — some systems let you send the file wirelessly to the monitor.

Before you run

• Load the map into the monitor and confirm field boundaries and guidance lines.
• Calibrate the sprayer or drone so the rate values match actual output.
• Do a test pass using water on a small area to confirm rates and coverage.

Common crop issues a prescription map helps fix

• Uneven emergence
• Nitrogen deficiency
• Weed patches and escapes
• Disease hot spots
• Insect damage
• Water stress (drought or waterlogging)
• Compaction or poor drainage zones

Why prescription maps matter for Midwest crops

Corn

• Watch for: nitrogen strips, early leaf yellowing, and stand gaps.
• How a prescription map helps: apply extra nitrogen or fungicide only where the crop shows stress. That saves money on fertilizer and can boost yield where it matters most.

Soybeans

• Watch for: uneven emergence, localized disease, and weed escapes.
• How a prescription map helps: spray herbicide in weed patches and target fungicide or insecticide to problem areas instead of treating the whole field at the same rate.

Alfalfa

• Watch for: uneven regrowth, insect patches, and disease in older stands.
• How a prescription map helps: protect high-value areas and avoid unnecessary passes that can stress plants and waste inputs.

Across all three crops prescription maps reduce fuel use, reduce spray drift by limiting where chemicals are applied, and save money.

Practical tips

• Start small. Try a prescription map on one field or one pass before scaling up.
• Name files clearly. Make a methodical system. It doesn’t matter what it is, just be consistent. Maybe use “PresMap – ” plus field name and date flown to make it easy to compare year to year.
• Combine scouting with maps. Drone maps point you where to walk; walking confirms what the map shows. Walk the field prior to application!
• Keep records. Save maps and results to learn what worked and what didn’t.
• Test before you trust. Always do a short test run to confirm the spray system is changing rates as you intend.

An example workflow

1. Fly a multispectral drone over the field.
2. Process images into NDVI and create zones in mapping software. Append spray rates for each type of zone.
3. Export a GeoTIFF or ISOXML prescription.
4. Copy the file to a USB and load it into the sprayer monitor.
5. Calibrate the sprayer and run a test pass.
6. Spray the field using the prescription map and record results.

Why this is good for your bottom line

This has been a lot of words to do something which comes through as muscle memory once done a few times. Using prescription maps is a simple way to realize some benefits from this new technology.

• Save on inputs. Only apply chemicals where they’re needed.
• Protect yield. Targeted treatments keep healthy areas healthy and rescue stressed areas.
• Reduce environmental impact. Less chemical use and less drift.
• Work smarter. Spend less time and fuel covering areas that don’t need treatment.

I think that coupling the capabilities of the multispectral drone and variable-rate delivery allows farmers to really spoon feed their crop – applying fertilizer, fungicide, or micronutrients at just the right amount at each location to increase success, all the while saving on input costs.

This is truly an amazing new capability. I hope that you will give prescription maps a thought when you plan your next season!

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