Insiders know it — drones are one of the most powerful tools in agriculture. In this guide, we’ll share insider tips and powerful resources you need to become a successful drone operator in agriculture.

According to the Business Insider magazine, the drone industry was ranked as the best area for businesses to start in 2017. And among all the different areas where drones are currently used, the use of drones in agriculture is considered to be one of the top business opportunities.

To many agriculture experts, this doesn’t come as a surprise.

“Drones use the space above, and once you start to use that, it is obvious that only the sky’s the limit.”

Simply by capturing fields and forests from above and by analyzing this data, growers are able to obtain information that hasn’t been possible to get until now — especially not at a reasonable price, in such a short amount of time and with such accuracy. Diseases, weeds, water stress, plant counts — these are just some of the data sets your drone can capture which are extremely valuable to growers.

Traditional methods vs. drone data

What growers usually do in order to find out how their plants, crops and trees are performing throughout the season is to walk parts of their fields, collect sample data and use it to make estimations and apply these results to the whole field. But the information they obtain by looking at only small part of the field rarely corresponds to what is really happening in the rest of the field. This then sometimes leaves them with large yield losses and no time to save what could have been saved had they known what was going on before the problem spread and diminished their profits. And walking entire fields is still too time- and resource-consuming and doesn’t guarantee much accuracy either.

As opposed to this, drones capture large fields in a very short time frame with a very high level of accuracy by capturing every inch of the field. And since every grower needs regular insights during the growing season, drone operators working in agriculture work all year round — a big advantage compared to drone businesses operating in other industries.

However, one mistake beginners often make is trying to sell raw drone images to growers, which doesn’t bring actual value. The real value lies in analyzed drone data, which is simply obtained by uploading drone maps into a drone data processing solution like Agremo. With currently 12 different kinds of drone data analyses for agriculture, which have been used on over 100 different crop types by users from all over the world, Agremo has been one of the leading drone software solutions on the market for years.

Who benefits from drone data in agriculture?

As a drone operator working in agriculture, your services will appeal to a number of people.

Growers and Agronomists

Most drone operators who want to kickstart a career in agriculture start with offering analyses to growers and agronomists. Mainly because they are large in number, easy to approach and since they quickly come to see how big the benefits of drone data are for their business. Generally speaking, the larger their fields, the bigger the savings, but don’t hesitate to offer your services to smaller-scale growers as well. Smaller growers still obtain useful data which benefits them, and you get the chance to build an impressive portfolio. Agronomists, who advise growers on all agricultural questions, are particularly interested in adopting new technology that can bring value to their clients and increase customer loyalty.

The particular challenges growers and agronomists face include inaccurate data sets obtained by traditional methods and uncertainty in various forms, which can all lead to large losses:

  • Little or no opportunity to get early yield insights and estimates, they don’t know where to apply fertilizer,
  • Where the weed-infested areas are and how big they are,
  • They don’t know much about the germination rate of their plants,
  • How many plants they actually have
  • What caused lower yield — the list of potential pain points is long. And it is also where you as the drone operator come in: all of these challenges can be solved by with drone data.

As to the plant and crop types you can map with drone technology — there are virtually no limits.

Agremo users mapped and analyzed over 100 different plant and crop types, ranging from corn, wheat, mango trees, up to potatoes and broccoli. Read more about the specific needs of the most frequently mapped plants and crops on our website and find out how you and drone data can help them with their problems.

Forest management companies

Forest management companies work with extremely large and inaccessible areas . This makes it difficult for them to obtain accurate data. To most of them, traditional monitoring methods like scouting are time-consuming and not particularly reliable. Which is exactly why the use of drones for forest management is currently skyrocketing: forest management companies use drone & satellitedata to determine the accurate number of trees, to analyze stocking levels for thinning purposes and to estimate lumber potential.

Insurance companies

Drone technology is a secure way for insurance companies to improve the accuracy of risk and damage assessments in agriculture. Thanks to drone data, scouting becomes faster and much more accurate, as every inch of the field is thoroughly analyzed and evaluated. Armed with these accurate data sets, insurances get to base payouts on exact facts and avoid potential miscalculations.

Seed and input producers

Industry giants like KWS and Adama have already recognized the value of drone data and Agremo analyses. What ag input companies like them need is a solution that helps them to improve how they monitor R&D fields and increase market share and profit margins. We recommend approaching representatives from companies like these once you have gained some mapping experience in agriculture and built a solid portfolio.

Read more about Agremo for seed producers.

Pro tip: Attend agriculture events and drone meetups in your area to connect with potential clients and let them know you are available. Also, forums and online discussion boards like the one from DroneDeploy are a great way to talk to other drone operators from agriculture and ask for help and advice.

What you need to become a drone operator in agriculture

  1. Permits and insurances

If you have never operated a drone and want to put your drone to use in the US, we recommend reaching out to the FAA to find out which licenses you need, how you can register your drone and which type of insurance would be most suitable for you. If you operate outside of the US, contact the according authority in charge of aviation regulations to make sure you have all the required permits to start selling your drone operating services.

2. The most valuable skill: customer-orientation

While it’s certainly a plus to have prior experience in agriculture, it’s not a must to have extensive knowledge about agriculture or to be a grower yourself in order to work as a drone operator in agriculture. There are many helpful resources online that can tell you what you need to know to sell your services to ag producers (like the Agremo mapping calendars for 10 different plant and crop types!), but the growers usually know exactly what to do once they see the Agremo reports you provide. Some growers also work with agronomists, which advise them on the best possible action plan; you don’t have to know which fungicide they have to use or which hybrid would have been a better choice for their field. The best skill you can have is to have an open ear for your customers and focus on developing your mapping skills to deliver the best possible data to them.

3. The right hardware and drone equipment

One of the most frequent questions we get from aspiring drone operators is which drone is best for the job when it comes to mapping in agriculture and which camera they need in order to make sure the reports their clients get are accurate.

The first thing we tell them is that you don’t need any expensive equipment to get started with mapping in agriculture.

By choosing to work with Agremo analyses, you opt for a hardware-independent solution that can be used with any drone or sensor. Any commercially available drone will do — both fixed wing and multi-rotor, and your sensor can be both RGB or NIR.

Numerous DJI drones and sensors are also supported by Agremo, which are quite commonly used in agriculture, since they are both reliable and inexpensive. See the full list of supported drones and sensors.

And by the way: Agremo also supports drone and sensor models from other manufacturers, such as the Sony SODA sensor, Sensefly’s ebee drone etc.

Pro tip: Expensive doesn’t always mean better. Consult other drone operators working in agriculture and opt for the kind of equipment which you can afford and that can deliver quality footage.

4. Mapping skills

Being able to deliver quality footage should be on the top of your priority list if you want to succeed as a drone operator in agriculture.

In this short drone service provider guide, you can read what you need to do before, during and after the flight, including how to set up the most effective flight parameters and what equipment you need. And if you need more information on the best altitude, overlap and other drone settings for agriculture, read these tips on drone image requirements from experienced drone operators.

Mapping calendars — value creation throughout the entire season

Apart from your technical mapping skills, you should also know when to map and when growers typically need which kind of information. See the analyses guidelines which  will tell you exactly what kind of service you can sell at which point in time and what the technical requirements are. Feel free to share them with your potential clients as well to showcase the benefits of drone data throughout the growing season!

Pro tip: Bringing hotspots to mapping jobs will come in very handy when Wi-Fi isn’t available (which often happens when working on remote fields). If you have a hotspot at hand, you can easily access the internet or data on your laptop.

A true must: having a great drone data processing tool

Agtech is useless if we cannot engage farmers. Drone operators offering raw drone images of fields are missing out on an important piece of the profitable drone business cake by selling images instead of data.

Agremo analyses are a great way to monetize your work and bring value to your clients and they are very simple to get: Drone images are converted into stitched 2D maps (using DroneDeploy for example) and uploaded to the Agremo app, where you can select one of 10 powerful analyses.

How Agremo analyses work

Agremo analyses are based on AI technology which performs the identification, classification and quantification of complex spacial, spectral and temporal patterns within agricultural data on drone-collected imagery. The technology itself was developed by experts in the fields of IT, AI, agriculture and drone technology to deliver high-quality results.

Agremo analyses for agriculture

The Agremo app offers 10 different analyses on plant counting and plant health, all capable of providing excellent and measurable value to your client’s business:

  • Stand count analysis — Count plants and spot areas with potential crop loss and compare the results to what has been expected
  • Plant population analysis — Count plants without comparing it to other values in order to evaluate plant emergence and crop population responses
  • Plant stress analysis — Spot areas with potential stress in time and enhance yield
  • Weed analysis — Spot weed-infested areas in time and optimize treatment measures
  • Pest analysis — Spot pest-infested areas in time and optimize pest control measures
  • Plant disease analysis — Identify the size and location of problem areas and optimize treatment measures
  • Water stress analysis — Spot irrigation problems and adjust irrigation systems
  • Flowering analysis — Determine the best time for harvesting, optimize pest control measures and perform yield estimations
  • Eagle eye report — Create a visual map of points of interest on fields and calculate distances, area sizes etc.
  • Micro plot analysis — Thoroughly and accurately track and monitor R&D fields.

Here’s an example of a stand count report:

The first page of the report tells you and your clients exactly how many plants there are in this particular field. Based on the drone footage you provided, the Agremo app is able to count all plants with over 98% accuracy and compare the result to the expected number of plants. In this case, the expected number of plants is 4% under norm. If this farmer had any problem areas, the maps on page two would show their exact location in red and allow the grower to localize potential threats and react in time.

Read the full list of benefits of the Agremo analyses and see more example reports by clicking on the according analysis!

About us & what we do

Agremo is a cloud-based software platform which uses insights extracted from drone-collected imagery to improve agricultural processes. With the help of our analyses — which include many plant counting and plant health analyses — growers, agricultural consultants, drone operators, and insurance companies are able to successfully plan, monitor and analyze agricultural activities and find out what is happening on their field at any given moment throughout the growing season.

Agremo analyses are requested by uploading a drone collected map to the Agremo web app or the Agremo app on DroneDeploy and the results are easy to understand and provide actionable information that goes beyond NDVI.

So far, we have analyzed over 100 plant species on more than 100.000 hectares in over 100 countries.

Share
Try Agremo Analytics

Free - no credit card required

What Our Clients Say About Us

  • After introducing mapping and crop analysis reports to farmers, they could see their field from another perspective. Agremo is helping us bring essential information to farmers which were impossible to get until recently.

    Ramón Pagán

    Mapping Expert and President @ Caribe Drones // Puerto Rico

  • Agremo’s map is more specific. Competitors break their maps into half-acre grids, but Agremo colors the whole thing exactly how it is. Visually, it’s night and day. A lot of farmers are visual.

    Corey Nohl

    Drone Operator and Farmer @ Above All Aerial // MN, USA

  • With Agremo reports, farmers they can increase productivity, reduce major problems by having early warnings during the early stages of the crops preventing major losses. Bottom line, increase ROI while minimizing losses.

    Miguel Ángel Salgado

    General Manager & Mapping Expert @ Ansar Drone // Mexico

  • The best thing about the plant population reports is the accuracy, which is splendid and it is very important! Great service at eye level with the customer!

    Sune Enevoldsen

    Field Manager and Drone Operator @ Noble Nordmann // Denmark

  • The biggest benefit for farmers who use drones and Agremo reports is that they increase their yields, reduce costs or improve their productivity. In the end, all these benefits are lead to extra profits.

    Ciprian Iorga

    General Manager @ La Orizont // Romania

  • We introduced new farming methods to farmers in Africa, who recognized that Agremo and drones can provide them with quicker, more convenient, efficient and accurate way of gathering decision making information.

    Derrick Annan

    CEO @ Aeroshutter // Ghana

  • With Agremo, we doubled our productivity, and our forestry clients are happy with the Agremo reports necessary for the inventory system as well as a stem map with tree distribution.

    Curt Rogers

    Co-owner @ TimberDrone // USA

  • Of the few vendors who advertised drone imagery analytics, Agremo provided a vastly superior capability. It is extremely important to base any remote sensing assessment in solid ground truth. Agremo clearly excelled over their competitors.

    Konrad Kern

    Image Scientist @ Falcon Aerial Data // USA

  • Agremo Stand Count Analysis shows how successful seeding was and how many plants farmers will be able to harvest. Withal, it can help to apply different sowing standards in different parts of the plot, in order to achieve the highest yields.

    Zdravko Hojka

    Agroservice and Product Manager (Maize and Oil Crops), KWS SAAT AG

  • Since we ran our first report with Agremo, both our company and our customers continue to be impressed with the accuracy of the reports compared to our ground truthing. We have leveraged many Agremo reports but find the most value in crop health, weed and stand count analyses. We continue to leverage the Agremo intelligence as a proven way to improve our customers’ bottom line.

    Jeff Buyck

    VP of Precision Ag C&B

    Get your free report

    No credit card required

    Agremo Analytics For Precision Agriculture

    • Plant Stress Analysis

      • identify and quantify zones of (potential) stress
      • act timely with the most adequate measures
      • increase yield potential
    • Weed Analysis

      • spot weed-infested areas in time
      • take immediate effective in-season corrective measures
      • get precise spraying maps
    • Pest Analysis

      • identify the exact location and size of pest affected field area(s)
      • take timely appropriate yield-saving corrective measures to prevent plant damage and crop yield reduction
    • Plant Disease Analysis

      • examine the entire vegetated area and evaluates its current condition
      • locate affected plants by diseases caused by viruses, fungi, or bacteria
    • Flowering Analysis

      • know accurate percentage of plants that have reached the flowering stage
      • perform yield estimations
      • determine the best time for harvesting and swathing
    • Stand Count

      • get the precise number of plants in a specific area
      • evaluate seed quality
      • assess field damages
      • know the zones of potential yield losses
    • Nitrogen Status Analysis

      • get data on health variations within field zones
      • data for soil samplings and precise spraying and fertilizing
    • Waterlogging Analysis

      • quickly and accurately locate all potential waterlogged areas in your field
      • reduce the negative effects of waterlogging, regardless of the field size and crop sort
    • Drought Analysis

      • identify and quantify all plants affected with drought
      • assess their current drought status
      • determine the exact areas of varying drought conditions
    • Canopy Analysis

      • get data on exact percentage covered by canopy/leaf area and ground cover area
      • and vital data on vegetation conditions and primary plant productivity
    • Plant Stress Analysis

      • identify and quantify zones of (potential) stress
      • act timely with the most adequate measures
      • increase yield potential
    • Weed Analysis

      • spot weed-infested areas in time
      • take immediate effective in-season corrective measures
      • get precise spraying maps
    • Pest Analysis

      • identify the exact location and size of pest affected field area(s)
      • take timely appropriate yield-saving corrective measures to prevent plant damage and crop yield reduction
    • Plant Disease Analysis

      • examine the entire vegetated area and evaluates its current condition
      • locate affected plants by diseases caused by viruses, fungi, or bacteria
    • Flowering Analysis

      • know accurate percentage of plants that have reached the flowering stage
      • perform yield estimations
      • determine the best time for harvesting and swathing
    • Stand Count

      • get the precise number of plants in a specific area
      • evaluate seed quality
      • assess field damages
      • know the zones of potential yield losses
    • Nitrogen Status Analysis

      • get data on health variations within field zones
      • data for soil samplings and precise spraying and fertilizing
    • Waterlogging Analysis

      • quickly and accurately locate all potential waterlogged areas in your field
      • reduce the negative effects of waterlogging, regardless of the field size and crop sort
    • Drought Analysis

      • identify and quantify all plants affected with drought
      • assess their current drought status
      • determine the exact areas of varying drought conditions
    • Canopy Analysis

      • get data on exact percentage covered by canopy/leaf area and ground cover area
      • and vital data on vegetation conditions and primary plant productivity