Blog Agronix
DJI Mavic 3M for Agriculture: The Ultimate Scouting Drone?
The DJI Mavic 3 Multispectral (Mavic 3M) promises fast, field-wide insights that traditional scouting often misses. This review tests its RGB + multispectral imaging, mapping workflows, and real-world performance to see if it’s the ultimate scouting drone for data-driven decisions.
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Do You Need Agricultural Drone Insurance? (yes, and here
Agricultural drones are high-value assets—but accidents, malfunctions, and liabilities happen. This guide explains why drone insurance matters, what it covers, and how to choose the right policy to protect your equipment and operations.
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DJI Agras Troubleshooting: Common Problems & Fixes
DJI Agras drones are essential for modern farming—but issues can happen. This guide gives quick, practical troubleshooting for common problems (connectivity, calibration, flight anomalies) to minimize downtime and get your drone back in the air fast.
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FAA Drone Rules for Agriculture Explained (Part 107 & 137)
Agricultural drones are reshaping farming—from crop monitoring to precision spraying—but in the U.S. you must follow FAA rules. This guide clarifies Part 107 vs. Part 137—who needs which, key requirements, and real-world implications—so you can operate safely, legally, and efficiently.
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Precision Spraying for Vineyards & Orchards with Drones
Vineyards and orchards are high-value, complex environments where traditional spraying struggles with terrain and dense canopies. This article shows how drone-based precision spraying delivers targeted coverage, stronger pest and disease control, lower environmental impact, and higher profitability.
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Smarter Weed Control: AI-Powered Drone Spot Spraying
Effective weed management is a cornerstone of successful farming, yet traditional broadcast spraying often falls short, leading to wasted resources and environmental concerns. The challenge for modern agriculture is clear: how to achieve precise weed elimination without compromising sustainability or profitability.
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How To Get Funding For Your Agricultural Drone
Drones can boost farm efficiency and profitability, but upfront costs are a hurdle. This guide maps grants, subsidies, and financing in the US, Canada, and Europe—and shows how to secure funding to adopt ag-drone tech.
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Effective pesticide protection for sunflower crops
Sunflower is one of Ukraine’s key oilseed crops and requires protection from pests and diseases, especially during flowering and seed filling stages. Delayed or improper treatment can reduce yields by 5–20%. In this article, AGRONIX explains how agrodrones provide effective pesticide protection for sunflowers and help preserve profitability.
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Full Cycle of Pesticide Protection for Corn Using Agricultural Drones — From Growth to Harvest
From the moment corn emerges, it's not just vegetative growth that begins — it's a continuous battle for yield. At every stage — from the 2–4 leaf phase to ear formation — crops are attacked by dozens of pests and diseases. While most farmers still rely on ground-based machinery, more and more are turning to a precise, timely, and cost-effective solution: agrodrones. And that’s exactly what this article is about!
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Effective Pesticide Protection of Rapeseed with Agro Drones: From Yield Formation to Harvesting
Rapeseed doesn’t get a second chance. If pests or diseases are not detected and controlled in time, losses can reach up to a third of the potential yield — or even more in some cases. This article presents scientifically grounded, fundamental solutions for Ukrainian farmers to ensure effective protection of winter and spring rapeseed throughout the entire season. From the earliest growth stages to maturity — step by step.
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New Drone Market Trends for the Agro Sector: The Most Popular Models of 2025.
Over the past 10 years, agrodrones have firmly established themselves in agriculture, transforming approaches to field monitoring and mapping, pesticide and fertilizer application, and other specialized tasks in the agro sector. Modern farmers no longer see agrodrones as an exotic technology—they are essential tools that help save time, resources, and increase yields and profitability. In 2024–2025, the industry has seen a breakthrough, with the introduction of more powerful, efficient, and productive drone models. While in the past, the average farmer may not have understood "what to do with them", today it is hard to find an agricultural professional who has not worked with some form of agrodron technology.
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How to Choose an Agro Drone in 2025: Overview of DJI Models and Expert Tips
An agro drone is no longer a “future innovation,” but a full-fledged component of modern agricultural production technologies, integrated into precision farming systems. More and more farmers are realizing that after just one season of using spraying drones, the savings on pesticides, fuel, and time almost completely pay off the investment. Drones make it possible to treat hard-to-reach field areas, apply pesticides to tall crops, and minimize crop trampling.
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New Horizons. Welcome the Chernivtsi Branch of AGRONIX!
We want modern agrotechnologies to be accessible to every farmer — from west to east, which is why we are expanding our presence across Ukraine.
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Early Spring Protection of Winter Rapeseed: How Not to Lose the Harvest in the Fight Against Pests
The spring awakening of winter rapeseed marks not only the start of its active growth but also the time when the crop's main enemies appear. Stem weevils attack plants immediately after the weather warms up, which can lead to significant yield losses. How can farmers detect the threat in time, and what control methods are the most effective — let's explore in this article.
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Women in Agro: New Career Opportunities in Agricultural Drones
Building a career and advancing in the agricultural sector can be challenging for women. Career choices are often limited, and stereotypes about "male" and "female" professions still impact employment opportunities. Additionally, physically demanding fieldwork can pose an extra challenge.
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D-RTK 3 Multifunctional Station
The new D-RTK 3 Multifunctional Station integrates high-performance antennas and receiver modules capable of tracking and resolving data from major global satellite navigation systems, and it supports multiple data transmission links. With these outstanding features, it can serve as a base station to provide centimeter-level positioning for multiple drones simultaneously or extend the operational range of drones and DJI Dock 3 in relay station mode. Additionally, the new rover station mode, combined with the DJI Enterprise app and DJI Terra, provides a comprehensive solution for high-precision aerial surveying applications, ensuring a secure and accurate operation.
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Spring Fertilization of Winter Crops: Traditional Methods and Innovative Solutions with Agrodrones
Spring fertilization of winter crops is a crucial stage in the cultivation technology, as it ensures the rapid recovery of vegetation, active growth, and yield formation. After winter, winter crops often experience a nitrogen deficiency—a key element necessary for active tillering, shoot formation, and productive stem development. Applying nitrogen fertilizers during this period stimulates tillering, promotes the formation of productive shoots, and establishes a high yield potential. At the same time, improper application or excessive doses of nitrogen can lead to negative consequences, including lodging of crops.
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Sugar Beet: A Crop That Demands Precision — and How Drones Can Deliver It
A crop that doesn’t forgive mistakes — that’s how agronomists describe sugar beet. It is highly sensitive to plant density, soil quality, mechanical damage, and… lack of precision during treatment. In this presentation, the AGRONIX team at the Sugar World 2025 sugar conference shares everything you need to know about how agro drones are changing the game in beet fields.
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Agro Drones: Business from Scratch. How Much You Can Earn and Where to Start
Mykola Chernyak, founder of AGRONIX, shares a concrete and honest scenario: how to enter the agro drone business, even without technical experience. This presentation isn’t about abstractions — it’s about how to start earning this very season.
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How to Use DJI Relay?
Discover the latest innovations in agricultural drone technology with the DJI Relay module. Designed for DJI Agriculture T50 drones, this module extends signal transmission range, making it an essential tool for large-scale agricultural operations across various terrains.
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Effective Pesticide Application with Agro-Drones. Practical Tips for Farmers and Agribusinesses.
In a world where resources are becoming increasingly limited year by year, and environmental safety requirements continue to rise, constant innovations in the agricultural sector keep surprising us, opening new horizons for farmers and agribusinesses. Over the past decades, global agricultural production has undergone a true revolution, driven by the adoption of cutting-edge technologies. One of the most innovative, promising, yet still underdeveloped areas is the use of spraying drones.
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How Can a Ukrainian Farmer Reach the Global Top in Soybean Yield?
Recently, information surfaced online stating that a young farmer from the USA set a new world record for soybean yield, reaching 14.6 t/ha (206 bushels). This is an outstanding yield, especially considering the reality in which Ukrainian producers can only dream of a stable soybean harvest of 3.0 t/ha. The key question is: "How was such a high soybean yield of 14.6 t/ha achieved?" The answer is simple. According to Alex Harrell, the record-breaking farmer: "There are no secrets—just the application of innovative technological approaches, careful planning, timely execution of farming operations, and irrigation."
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Inter AgroLab
We had a productive day on August 23 at the Field Day organized by Inter AgroLab in Monastyryshche. The AGRONIX team continues to actively promote the technology of crop treatment using agro-drones among Ukrainian farmers.
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Testing of Vantacor with agro-drones: field trials in Sumy region
A farm in the village of Holubivka, covering approximately 5,000 hectares, is actively implementing cutting-edge technologies in the agricultural sector. Alongside crop production and livestock farming, the farm conducts numerous research projects and tests new products, technologies, and hybrids. One of the key innovations is the use of agro-drones for desiccation and trichogramma application. This year, the farm faced an infestation of the European corn borer and the cotton bollworm. To combat these pests, the decision was made to test the new insecticide Vantacor™ from FMC.
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UCAB Agrotechnologies 2024
On July 25, part of our AGRONIX team welcomed you at "UCAB Agrotechnologies 2024".
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Desiccation of corn with DJI AGRAS series drones
An essential practice in corn cultivation is crop desiccation, which, due to resource efficiency and the tall stature of plants, is best performed using DJI AGRAS series agro-drones. The starting point for corn desiccation is typically the onset of physiological maturity, marked by the formation of the "black layer" on the kernel. The development of the black layer depends on the FAO rating of hybrids and can occur within a moisture range of 36% to 28%. A fully formed black layer indicates physiological maturity and the complete detachment of the seed from the cob. Corn desiccation is generally recommended when grain moisture is between 35-40%, provided that vegetative green leaves are still present.
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Insecticide Protection of Corn with Agro-Drones
On a global scale, the total corn planting area for the 2023/2024 marketing year is approximately 196 million hectares. The main producers include the United States, China, Brazil, Argentina, and the European Union. In Ukraine, the corn planting area in 2023 was 4.04 million hectares, while in 2024, a 4.5% decrease was projected, bringing the estimated area down to approximately 3.86 million hectares.
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Potential Revenue from Eliminating Crop Tramlines. Payback Period for Investment in an Agricultural Drone and Additional Equipment.
In the case of a full-cycle application of crop protection products (CPP) using agro-drones throughout the entire season, or at least during the final stages of plant development (to prevent irreversible damage from wheeled machinery), farmers benefit from more than just lower water consumption (8–12 L/ha instead of 100–200 L/ha with wheeled sprayers).
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How to Protect Yourself from Rapeseed Yield Losses?
In this article, we will explore how much money farmers can save by using agrodrones during the final stages of rapeseed (Brassica napus) development.
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All-Ukrainian Field Day of Agricultural Innovations
On June 28, our team attended the All-Ukrainian Field Day of Agricultural Innovations, organized by the Ukrainian Pulses Association and TVK Seed, in the village of Yemchykha, Kyiv region.
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New Seed – 2024
We spent two days at the Agricultural Innovations Forum "New Grain - 2024" in Ternopil region. We had great conversations with farmers, colleagues, and like-minded professionals. We presented the new DJI Agras T50 and T30 drones. Everyone interested had the opportunity to order crop treatment services and receive our consultation. A big thank you to "Agroprodservice" for organizing the event – see you at future forums!
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How to Make Money with Agro Drones: A Personal Story, Failures, and a Growth Algorithm
This is not just a talk about agro drones. It’s the real-life story of a person who went from knowing absolutely nothing about agriculture to becoming the founder of a company now known across the country. Mykola Chernyak, founder of AGRONIX, shares his personal journey, failures, insights, and the principles that helped him succeed.
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Why is it advisable to buy an agricultural drone if you have a land bank of 1000+ hectares?
The use of drones in the agricultural sector began relatively recently. However, these unmanned aerial vehicles have already gained the favor of many farmers. Their scope of application is quite broad...
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