#crop spraying

[welldigger62]

Some early morning gardening

This is one of my tomato plants out in front of the yellow shed. Look at that thing spreading out! I hoed around these guys yesterday and this one is two feet high already. 😮

On a larger scale 👇

The guys across the road are heading out to do some spraying this morning. A very nice day is happening here today.

I have to get out and continue on the shed door repairs. I will take pics. We have rain coming tomorrow afternoon so I want to get as far as I can. It is going well so far.

Have a great Tuesday 👍

[prop4drones]

The new DJI Agras T16 

Cool enough to make you wish you had a field of crops to spray...

[agridronespecialists]

Why Vineyard Mapping Is Essential Before Crop Spraying

No two vineyards are ever the same. Row spacing, slopes, soil types, and surrounding features all influence how vines grow and how sprays behave. That’s why accurate vineyard mapping before spraying is essential. Many growers in Nelson are now turning to agricultural drone services to get a clear view of their land—and the benefits are hard to ignore.

The Foundation of Smarter Vineyard Management Effective spraying begins with understanding your vineyard’s layout. Precise maps help plan spray routes, set correct application rates, and ensure even coverage. Agri Drone Specialists, a trusted provider of agricultural drone services, use advanced drone technology to capture high-resolution vineyard maps with centimeter-level accuracy. These maps highlight slopes, uneven rows, and hard-to-reach areas, helping growers spray with confidence and control.

Why Vineyard Mapping Is a Smart Move Traditional spraying often relies on outdated maps or estimation, which can lead to wasted chemicals and uneven coverage. Drone mapping removes the guesswork. Growers can identify areas with different soil moisture, sun exposure, or drainage patterns and adjust spray plans accordingly. Fine details such as boundary lines, tree shelter belts, and surface dips are clearly visible, ensuring no areas are over-sprayed or missed.

Fast, Accurate, and Efficient Data Collection Drones can survey an entire vineyard in minutes, delivering a complete digital map before spraying even begins. This saves hours of manual inspection and allows faster, better-informed decisions. Over time, these maps also become valuable records, helping farmers track changes, monitor problem areas, and compare seasonal growth patterns.

Turning Maps into Precision Spraying Once mapping is complete, the same drones can carry out targeted crop spraying using the captured data. This ensures sprays are applied only where needed, reducing chemical use and improving accuracy. Post-spray reports provide coverage details, offering useful insights for future planning and compliance reporting.

Healthier Vines, Less Waste Mapped spraying minimizes overlap and drift, protecting waterways and neighbouring crops. The result is healthier vines, more uniform growth, and improved yields. For vineyards with challenging terrain, drone mapping and spraying also improve safety by keeping workers off steep or uneven ground.

Final Thoughts Successful spraying starts with accurate mapping. By using agricultural drone services from Agri Drone Specialists, vineyard owners gain the insights they need before spraying begins. It’s a practical, efficient approach that delivers real-world results—even in vineyards with complex layouts.

Before your next spray run, start with a map. You’ll save time, reduce costs, and give your vines the care they deserve.

[agridronespecialists]

Modern Farming Made Easy: Spray Smarter with Drones

Technology remains pivotal in the advanced agriculture industry. Recently, the segment of farming experienced a drastic technological transformation. It happens due to the significant innovations that are applying drones for spraying on crops. Crop spraying drones are UAVs that have revolutionised traditional farming methods. It offers the most accurate & efficient and precise approach to crop management. The concept of drones in agriculture might be surprising. It revolutionized the way how farmers cultivate their crops. It has rapidly become a smart support to farmers. It benefits farmers which is beyond imagination. Farmers worldwide are adopting this cutting-edge technology for fertilizers, pesticides, and herbicide applications. It will improve farming practices. It seems to be a revolutionary innovation in recent years. Now farmers are adopting agriculture drones for spraying over crops. These unmanned aerial vehicles have transformed crop management for farmers, offering numerous benefits that have made them increasingly popular in modern agriculture.

1. Increased Efficiency Drones used for crop spraying have revolutionized efficiency in agricultural crop management. Traditional crop spraying methods are time-consuming and need labour and heavy machinery. In comparison, agricultural drone spraying can cover large areas of land much faster. It will significantly reduce the overall spraying process and the time needed for the purpose. It can fly at optimal heights and ensure uniform coverage. It will be ideal for enhancing crop health and increasing yields.

2. Reduced Labour Costs Human effort has always been a substantial element of agricultural practices. The cost concerned with it can be a major burden for farmers during the peak seasons. Drone crop spraying alleviates this burden. It minimises human intervention and its related costs. The drone spraying can autonomously navigate fields and perform spraying tasks with high efficiency. It enables you to invest the labour-related budget in other crucial aspects of their operations.

3. Improved Precision Precision agriculture is used to optimise crop production. Drone spraying technology is used as a precision in agriculture. Introducing advanced sensors and imaging technology will take precision to a whole new level. These drones can assess crop health, detect pest infestations, and identify nutrient deficiencies. They can precisely target areas needing extra care, maximising treatment effectiveness while minimising chemical waste. This targeted approach ensures the efficient use of valuable resources.

4. Reduced Environmental Impact Traditional agricultural methods have several environmental consequences! The heavy reliance on chemicals and frequent over-spraying can result in chemical overuse. It can contaminate water sources and damage ecosystems. Drone spraying helps mitigate this problem. It will drastically cut down on chemical usage. By precisely targeting specific areas, they reduce chemical drift and prevent over-application, thereby lessening the environmental impact.

5. Enhanced Safety Conventional agriculture spraying techniques often expose farmers and workers to hazardous chemicals. It might pose significant health and safety risks. Agriculture drone spraying seems to be a safer alternative as no human being is involved in it. Only an expert operating team will operate it remotely! It will eliminate the need for direct human contact with the chemicals. It will diminish the health risks connected with pesticide exposure as well. It ensures a safer working environment for farmers.

Conclusion There has been a considerable amount of increase in using crop spraying in different parts of the world. With an increased population, farmers will experience more stress on the land. Their production had gone critical. Drone spraying technology will help farmers to work smartly and efficiently. For more information on drone spraying technology please visit https://www.agridronespecialists.co.nz/ today!

[agridronespecialists]

Visit Original Link

How Drone Technology is Empowering Farmers with Data-Driven Decisions

With tools like drone mapping and targeted spraying, farmers can shift from simply reacting to issues to proactively preventing them. By leveraging drone technology, they can make data-driven decisions that boost productivity and profitability. More info visit https://www.agridronespecialists.co.nz/drone-mapping/

[agridronespecialists]

Using Drones for Smarter Farming: Data-Driven Decisions in Agriculture

The agricultural landscape is rapidly changing, and drone technology is at the heart of this transformation. Farmers no longer have to rely on guesswork or traditional, labor-intensive methods to manage their crops.

With advanced tools like drone mapping and crop spraying, farmers can now gather detailed data, allowing them to make informed, data-driven decisions. But how exactly do drones empower farmers? Let’s explore.

Precision Through Drone Mapping Wouldn't it be great to have a complete, accurate picture of your entire farmland in minutes? That's exactly what drone mapping offers. By capturing high-resolution images and data, drones help farmers assess field conditions, monitor crop health, and identify problem areas early on.

For example, a farmer can detect variations in crop growth or soil health across their field. Traditional methods might involve walking through vast fields to spot these issues, which is time-consuming and prone to human error. With drones, however, the data is captured quickly and accurately, helping farmers assess which areas need more attention.

In fact, research has shown that precision farming techniques, including drone mapping, can increase yields by up to 30% while reducing input costs like water, fertilisers, and pesticides by as much as 15%. Imagine the impact this data can have on a farmer’s bottom line!

Timely Interventions with Crop Spraying Once problem areas are identified through drone mapping, what's the next step? Timely intervention is crucial to avoid crop loss. This is where drone-assisted crop spraying comes into play. Traditional crop spraying methods can be inefficient and wasteful, especially over large areas. Drones, on the other hand, offer precise and targeted spraying.

Drones equipped with GPS technology can be programmed to spray fertilisers, pesticides, or herbicides only where needed. For instance, if certain sections of a field are experiencing a pest outbreak, the drone can apply treatments directly to that area. This precision helps reduce the overuse of chemicals, saving money and promoting more sustainable farming practices.

Data at Your Fingertips What sets drone technology apart is the sheer amount of actionable data it provides. By using sophisticated sensors, drones can gather detailed information on everything from soil moisture levels to plant stress. This data can be analysed to help farmers decide the best times for planting, watering, and harvesting.

Moreover, drones can assess crop health using multispectral imaging, revealing issues invisible to the naked eye. Early detection of problems like nutrient deficiencies or disease can lead to timely interventions that save crops and increase yields.

The Future of Farming Drone technology is revolutionizing how farmers manage their crops, transforming guesswork into precision-driven strategies. As drone mapping and crop spraying continue to evolve, the potential for greater efficiency, cost savings, and sustainability becomes clear.

Farmers embracing these tools are not just reacting to problems—they’re preventing them. By harnessing the power of drones, they can truly make data-driven decisions that enhance both productivity and profitability. So, what’s next for your farm? Are you ready to take flight with drone technology?

[pixroottechnologies]

What Are The Uses Of Drone For Crop Spraying In Agricultural Sector?

Drone technology can be used for harvest spraying in a variety of ways. They can cover wide areas quickly and with minimal labor. This makes them ideal for large-scale agricultural operations with expansive fields. Drones can also provide accurate coverage of sites that are difficult to access, such as hillsides or wetlands.

Additionally, drones can be equipped with sensors that measure crop health, helping farmers to manage their crops better and increase yields with crop spraying services. They can also be used for precision spraying, using only the exact amount of chemicals needed for a particular area.

[warmoer]

Low-poly crop spraying

Back in May 2019 I started playing with the concept of a low-poly crop spraying scenario. While the first version of Microsoft Flight Simulator I ever played was 1.0, I think it was FS 4.0 that had a crop-spraying adventure mode. This involved flying over a square grid representing an agricultural field, and the shading on the squares would change signalling successful coverage of that area.

My first test involved setting up a spray system in Unity that releases balls at a set interval. These balls are “launched” form the nozzle(s), and fall towards the ground. When x amount of balls collide with a square, the square will change colour. This is a very basic but effective setup that can be tweaked to find a sweet spot between altitude and speed of delivery.

With a basic spray system in place, I changed my focus to modelling my first low poly aircraft. I decided on an Air Tractor AT-401B as I love the old radial engine and the shape is fairly simple. Low poly modelling is easier when one is used to building up geometry from scratch, as opposed to using subsurface modelling and then deriving shapes from a highly detailed approach in my view. The challenge is knowing where to draw the line of course, and this can be very subjective at the end of the day.

After modelling in Blender, I was keen to see what basic PBR textures would look like on a low poly model. After a few iterations and brushes in Substance Painter I am happy with the result. Whether this will fit in a game setting or just over complicate the level of detail is a different matter altogether.

Here are a few screenshots from various stages of progress (top being the most recent).