Author: AgencyAtlasWebDev

Every operator knows the feeling of watching a small window of opportunity slowly close.

The timing is right. The crop is ready. But the forecast is turning, the ground is soft, and every passing hour increases the risk of missing the ideal application window altogether.

For Canadian agriculture, wet field conditions are more than an inconvenience. They can create serious operational delays, missed opportunities, crop damage, and frustrating decisions that impact the rest of the season.

That is one of the reasons Green Aero Tech and other leaders in precision agriculture technology are seeing growing interest in agriculture spray drone systems across Canada.

What was once viewed as emerging technology is quickly becoming a practical consideration for operators looking for more flexibility during wet field conditions, tighter application windows, and increasingly unpredictable weather patterns.

The Problem With Wet Conditions

Traditional spraying and spreading methods depend on large, heavy equipment physically moving through the field. But when conditions turn wet, operators are often backed into a corner.

They can wait for the field to dry and risk missing a critical application window, or push forward anyway and risk compaction, rutting, crop damage, stuck equipment, and long-term impact to the soil itself. Neither option is good for productivity, efficiency, or the health of the field.

And in Canadian agriculture, where weather patterns can shift quickly and timing windows are often tight, delays become expensive fast. Every additional day waiting for conditions to improve can impact crop health, operational schedules, labour planning, and overall efficiency.

This is where agriculture spray drones create a completely different operational advantage.

Drones Stay Off the Ground

One of the biggest advantages drones offer during wet conditions is their ability to work without ever touching the field itself.

Because agricultural drones operate from above, operators can continue applications without driving heavy machinery through soft or saturated ground. That means no tire tracks cutting through the crop, no deep rutting, significantly less compaction, and far less disruption to the field overall.

Instead of waiting for the field to become accessible, operators can often continue working while protecting both the crop and the soil beneath it.

That flexibility becomes especially valuable during narrow application windows where timing matters just as much as coverage.

For many operators using crop spraying drone services, that ability to stay moving during difficult conditions is becoming one of the technology’s biggest advantages.

Less Crop Damage. More Precision.

Traditional ground rigs inevitably disturb crops simply by moving through them. In wet conditions, that disruption often becomes worse. Heavy equipment can flatten crops, damage rows, and create inconsistent field conditions that remain visible long after the application is complete.

Drones reduce a lot of that disruption because they apply from above and minimize physical interference with the field while still delivering targeted and precise applications.

That is one of the reasons more operators are beginning to view precision farming drone services as more than just an alternative application method. In the right situations, they are becoming a practical operational advantage.

This is especially important during herbicide spray drone services, fungicide spray drone services, pesticide spray drone services, and desiccation drone services where timing and field access can make a significant difference.

The goal is not just getting the job done, it is getting the job done with less disruption to the field itself.

Timing Windows Matter More Than Ever

Agriculture has always been about timing, but tighter margins, changing weather patterns, labour shortages, and rising input costs are putting even more pressure on operators to move quickly when conditions are right.

Wet conditions can shut down traditional operations fast, especially when operators rely entirely on ground equipment.

Drones help create flexibility.

Instead of losing valuable days waiting for conditions to improve, operators can often respond faster and maintain momentum during narrow application windows. And in Canada, where weather conditions can shift dramatically from one day to the next, that flexibility matters.

The ability to act quickly without damaging the field can mean the difference between staying ahead of the season or constantly trying to catch up.

Wet Fields Aren’t Going Away

If anything, unpredictable weather patterns are becoming more common.

Operators across Canada are increasingly dealing with heavier rain events, longer winter periods, shorter application windows, changing seasonal timing, and inconsistent field conditions. That means adaptability is becoming more valuable than ever.

Agricultural drones are helping operators build that adaptability into their operations. Drones aren’t replacing every traditional system, but they are solving specific operational problems exceptionally well. Wet field access is one of those problems.

As adoption continues to grow, many operators are also beginning to explore aerial mapping drone services, agricultural drone mapping services, crop monitoring drone service tools, and other forms of precision agriculture technology that support better operational planning.

The Right Equipment Is Only Part of the Equation

As drone adoption grows across Canada, operators are realizing that support and training matter just as much as the equipment itself.

Understanding regulations, application strategy, maintenance, software, batteries, and operational planning all play a role in long-term success. That is why choosing the right agriculture drone company or spray drone dealer matters.

At Green Aero Tech, we believe drones should simplify operations, not complicate them. To us, this means helping operators understand where agriculture drone solutions provide the most value, how to integrate them properly, and how to operate confidently during difficult conditions through proper drone training for agriculture and agricultural drone operator training.

The future of agriculture is not about replacing everything overnight, instead, it’s about building smarter, more flexible operations that can adapt when conditions change.

And when the field is too wet to drive, drones provide a way to keep moving forward.

Agricultural drones are no longer a future conversation in Canada.

What was once viewed as emerging technology is quickly becoming a practical consideration for Canadian operators looking for more flexibility during tight application windows, wet field conditions, and increasingly unpredictable weather patterns.

In many parts of Canada, operators can lose multiple spray days in a row waiting for fields to dry enough to support heavy equipment, especially after long winters, during wet springs, and with narrow application windows. That is one of the reasons the conversation around precision agriculture technology is changing so quickly.

A few years ago, most of the discussion was about whether agricultural drones would realistically become practical at scale. Now the better question is where agriculture drone solutions make the most sense inside a real farming operation.

Drones Are Another Tool, Not a Magic Fix

One of the biggest misconceptions around agricultural drones is that they are supposed to replace every sprayer or every piece of ground equipment on the farm.

That is not realistic.

Most operators are not looking to replace everything. They are looking for better ways to handle the jobs traditional equipment struggles with. An agriculture spray drone gives operators another option when conditions are difficult, timing matters, or field access becomes a problem.

And in Canadian agriculture, timing problems tend to snowball quickly. A delayed application window can impact labour schedules, crop conditions, equipment planning, and the rest of the season faster than most people outside the industry realize.

That is one of the reasons demand for crop spraying drone services and precision farming drone services continues to grow across Canada.

Less Disruption. More Impact.

One of the biggest advantages drones offer is simple: they stay off the ground.

Traditional application methods require large, heavy equipment moving directly through the field. In the right conditions, that works fine. But when fields get wet, operators are often forced into a difficult decision. They can wait and risk missing the ideal application window, or they can push forward anyway and risk rutting, compaction, crop damage, and getting equipment stuck.

Anyone who has spent a Canadian spring dealing with rain delays, soft ground, and unpredictable weather knows how quickly those decisions become frustrating. Drones change that.

Because drones operate from above, operators can continue applying without driving heavy equipment through the field itself. That means less crop disturbance, less soil compaction, and fewer headaches once conditions turn difficult.

In many situations, drones are not just faster, they’re easier on the field itself.

This is especially important during herbicide spray drone services, fungicide spray drone services, pesticide spray drone services, and desiccation drone services where timing and field access can make a major difference.

Timing Windows Are Everything

Agriculture has always been about timing.

But tighter margins, changing weather patterns, labour shortages, and rising input costs are putting even more pressure on operators to move quickly when conditions are right.

That is one of the reasons agriculture drone solutions are getting so much attention.

Drones allow operators to react faster without needing ideal ground conditions or large crews to mobilize equipment. And when weather shifts quickly (which it often does during Canadian growing seasons) that flexibility becomes valuable fast.

A missed day during spray season can turn into a missed week very quickly.

Operators Are Asking Better Questions Now

Early conversations around drones were mostly about specs. People wanted to know how much they could carry, how many acres they could cover, and how long the batteries would last.

Those questions still matter, but experienced operators are starting to focus on bigger questions now. They want to know how reliable the equipment is, how quickly it can get back into the air during busy seasons, and whether the company behind it will actually provide support when problems arise.

Once the novelty wears off, agriculture works the same way it always has. Reliability matters. Support matters. Downtime matters.

This is why choosing the right spray drone dealer matters just as much as choosing the equipment itself.

The Right Partner Matters

The equipment matters, but the support matters more.

For many Canadian operators, the hesitation around drones is not really about the technology itself. It is about whether they will actually get the training, service, and support they need once the season gets busy. 

That concern is fair.

Agricultural drones are evolving quickly, and not every agriculture drone company understands what operators actually need once the equipment leaves the shop floor.

At Green Aero Tech, our focus is not just spray drone sales. Our focus is helping operators understand where drones fit into the operation, how to use them properly, and how to make the investment worthwhile long-term through proper drone training for agriculture and agricultural drone operator training.

This industry is growing quickly in Canada, but growth only matters if the equipment performs when it counts.

Canadian Agriculture Is Changing Quickly

The conversation around drones has changed dramatically over the last few years because the operational advantages are becoming harder to ignore.

Drones work in wet conditions. They reduce crop disturbance, create flexibility during tight timing windows, and give operators another tool when traditional equipment reaches its limits.

As adoption continues to grow, more operators are also exploring aerial mapping drone services, crop monitoring drone service capabilities, and other precision agriculture technology tools that help farms gather better information and make faster operational decisions.

That does not mean every farm will suddenly replace everything tomorrow.

But it does mean more operators are starting to seriously look at where agriculture drone solutions can save time, reduce disruption, and help them stay ahead season after season.

And in Canadian agriculture, that conversation is only getting started.

When new equipment hits the agricultural market, skepticism is part of the process.
Agriculture spray drones are no exception.

For many farmers, they can look more like a novelty than a serious piece of farm equipment. And on a working farm, there’s no room for gimmicks. If something doesn’t improve yield, reduce costs, save time, or make operations more efficient, it doesn’t belong in the field.

So when people ask whether spray drones actually work, the question isn’t about the tech itself. What they’re really asking is whether an agriculture spray drone can do the job in real farming conditions.

The Two Questions That Matter

When you strip it down, it comes down to two questions:

1. Is a spray drone effective as a spraying platform?
2. Can it operate at scale on Canadian farms?

If both boxes are checked, it’s worth testing. 

Running a spray drone in real conditions is the best way to understand how it fits into your operation.

Real-World Agriculture Drone Use

Instead of focusing on specs or marketing claims, it makes more sense to look at where agriculture drone solutions are already being used at scale.

The United States and Brazil are the closest comparisons to Canada right now:

• Large-scale production
• Farms ranging from hundreds to tens of thousands of acres
• Similar crops: cereals, oilseeds, pulses, and legumes

They also deal with the same pressures:

• Tight spray windows
• Disease and weed control
• High cost of poor application

These are two of the largest markets for crop spraying drone services in the world.

Spray drones in these regions are used for:

• Fungicide and pesticide application
• Spraying established crops
• Mapping and field analysis
• Supporting precision farming drone services across large acreages

Canada isn’t fundamentally different; we’re just earlier in the adoption curve.

1. Effectiveness as a Spraying Platform

Effectiveness in spraying comes down to a few core factors; coverage, deposition, and what happens in the crop after application. This is how every sprayer is evaluated, and agriculture spray drones are no different.

There is now a growing body of research that looks at how spray drones perform in these areas. For example, the University of Kentucky evaluated fungicide applications by spray drones in corn. The test was done using water-sensitive paper to measure coverage and then assessing disease control in the crop. The results showed that, when properly set up, spray drone applications were able to achieve effective coverage and meaningful disease suppression [1].

Additional peer-reviewed research has looked more broadly at:

• Spray deposition
• Swath uniformity
• The impact of flight height, speed, and nozzle selection on performance

The takeaway is consistent: performance depends on setup and operation, just like any spraying system [2].

That point is often overlooked. Spray drones are not plug-and-play. Like any sprayer, they require:

• Proper calibration
• Understanding of application variables
• Attention to how those variables affect results

What we see in the field lines up with the research. Growers and applicators who take the time to test drones properly such as, running side-by-side comparisons, checking coverage, and evaluating crop outcomes, are seeing strong results and benefits from farm drone services.

One clear advantage is canopy penetration. The rotor downdraft helps move droplets deeper into standing crops, improving deposition where coverage can be difficult. This is especially useful for contact applications like Liberty or Reglone.

Taken together, research and field experience show that spray drones can be an effective spraying platform when they’re set up and operated properly.

2. Operating at Real Farming Scale

The second concern is scale, and this is where most skepticism comes from.

A high-clearance sprayer is a large, powerful machine. A spray drone is small by comparison. On the surface, it’s easy to assume they aren’t comparable. In practice, spraying capacity isn’t determined by size alone.

Globally, there are now approximately 400,000 agricultural spray drones in use across more than 100 countries. The use of spray drones covers a wide range of crops and operating conditions [3]. That level of adoption doesn’t happen if the technology can’t perform in real-world conditions.

In comparable markets like the U.S. and Brazil, operators are already spraying hundreds of acres per unit, per day. Technology has also improved significantly:

• Larger payloads
• Faster speeds
• Wider swaths
• Effective spraying at lower water volumes

On the farm, this shifts how scale should be viewed. A single drone adds flexibility, especially in areas where ground equipment struggles. Multiple drones working together increase total output.

With the right workflow, including efficient tendering, battery management, and field logistics, a two or three drone setup can compete with, and in many cases exceed, the hourly output of a high-clearance sprayer.

In most cases, the limiting factor isn’t the drone. It’s how well the overall system is designed and managed.

Agriculture Spray Drone Results in Canada

This is no longer something happening elsewhere. Over the past few years, we’ve used spray drones to cover more than 20,000 acres in Canadian conditions.

With current-generation equipment:

• 70+ acres per hour per drone is realistic
• A three-drone setup can cover close to 1,000 acres per day

That includes:

• Field movement
• Refilling
• Typical interruptions

What we are seeing in the Canadian market, and in our own experience, is consistent with what has already been established in more mature markets. The same challenges, the same learning curve and the same performance outcomes. It’s growing pains of adapting to new farming equipment.

So, Do Agriculture Spray Drones Actually Work?

Based on both research and real-world use, the answer is yes.

Agriculture spray drones can:

• Deliver effective applications
• Operate at meaningful scale
• Improve flexibility in field operations

They’re already being used successfully in farming environments comparable to Canada.

That said, they’re not a replacement for every spraying job. Like any piece of equipment, their value depends on where and how they’re used.

The question going forward isn’t if they work; it’s where they fit in your operation, and how to run them efficiently.

References

• [1] University of Kentucky – Drone Fungicide Application and Coverage Study
• [2] Frontiers in Agronomy – Spray Deposition and UAV Application Parameters
• [3] DJI Agriculture Industry Insight Report 2024/2025

When you’ve got a small window to spray and acres waiting, every minute counts. The all-new DJI Agras T100 isn’t just bigger and stronger… it’s smarter. Its new AI-powered flight planning system takes a lot of the guesswork out of spraying, helping you cover more ground with less hassle.

Here’s how it works and why it matters on your farm.

Smarter Mapping for Every Field

Every farm has fields that don’t fit a perfect rectangle. With the T100, that’s no problem. The built-in AI route planner can perform the following workflow:

1. Fly a mapping mission automatically to capture a pattern of images based on your pre-defined overview area
2. Process the data on the controller locally, without a cloud connection!
3. Use AI to scan your mapped area and recognize field boundaries and obstacles
4. Finally, build the most efficient spray route with no manual drawing needed.

That means less time spent fiddling with settings and more time actually spraying.

Precision Spraying That Reduces Overlap

The T100’s AI flight path optimization ensures that every inch of your field gets the right coverage with no missed strips, no double-sprayed zones.

By cutting down on overlap, you’re saving chemical, water, and battery life. It’s not just efficient… it’s economical

Adaptive Terrain Following

Hills, slopes, and uneven fields? The T100’s real-time radar, LiDAR, and AI terrain sensing keep it at a consistent height over your crop. That ensures a uniform application and helps avoid costly damage from over- or under-spraying in certain spots.

AI That Learns From Your Fields

Each flight generates data. The more you spray, the smarter the T100 gets by adjusting routes and optimizing performance based on past flights. It’s like having a co-pilot who learns your fields as well as you do.

Easier Planning, Even for New Operators

Whether it’s your first drone or your fifth, the T100’s AI-assisted planning and one-tap mission setup make spraying simpler than ever. In a few minutes, you can map, plan, and take off.

No manual calibration, no complicated setup. Just smarter spraying from start to finish.

The Bottom Line: Less Guesswork, More Growth

The DJI Agras T100’s AI flight planning isn’t just a tech upgrade… it’s a time-saver, a cost-cutter, and a stress reducer. It helps you spray smarter, not harder.

Ready to see it in action?

Book a free demo and watch how the T100’s AI transforms the way you spray.

We’ve been talking to farmers across Canada since the DJI Agras T100 hit the ground and the same few questions keep coming up. So, let’s answer them straight up.

How big is the payload compared to the T40 or T50?

The T100 carries a 100-litre spray tank which is over double the T50 / T40 models. That means fewer refills, fewer landings, and more acres covered per hour. In real-world terms, that’s roughly 65–80 acres per hour, depending on your rate.

Can I spray herbicides with it in Canada?

This one’s important. What products you can legally apply depends on PMRA regulations, not the drone itself. The T100 is fully capable of spraying herbicides, fungicides, and liquid fertilizer but the product labels and PMRA approvals determine what’s permitted by air.

When in doubt, always double-check with your product supplier or local authority before flying.

How long does it fly on a single battery?

The T100’s high-efficiency propulsion system gives you up to 10 minutes or more of flight time, but because refilling and recharging are part of the workflow, most farmers use battery swaps and power generators for continuous operation.

In practice, that means almost no downtime between tanks.

 

Is it hard to learn how to fly?

Not at all. If you can use a tablet, you can learn to fly the T100.

DJI’s intelligent flight planning and auto takeoff/landing features make it easy for first-time operators. Plus, Green Aero Tech provides hands-on training, so you’ll be confident before your first solo spray.

What kind of support do I get after buying?

When you buy from Green Aero Tech, you’re not just getting a box. You’re getting a team that flies, sprays, and supports these drones every day.

We help with setup, maintenance, firmware updates, and technical support so you’re never left troubleshooting alone in the field.

Your Fields, Your Questions

Got more questions about how the T100 fits into your operation? We’re always up for a chat.

Book a free demo and see firsthand how the DJI Agras T100 can help you spray smarter this season.

Drone vs. Airplane: How the DJI Agras T100 Changes the Game

Airplanes have long been the heavy lifters in aerial spraying—big tanks, wide swaths, high speed. But with the DJI Agras T100 now in our lineup, drones are not just closing the gap—they’re pushing forward into territory that only aerial applicators used to own.

Here’s how the T100 stacks up—using the numbers Green Aero Tech has tested and proven—and how that changes what’s possible for farms in Canada.

How Fast Can It Get the Job Done?

• The T100 lays down 40-foot (12.2 m) spray swaths with precision application.
• It can cover 70+ acres per hour under the right conditions with fully autonomous flight planning.

That means you can keep up with tight spray windows and cut down on wasted time, overlaps, and drift.

How Much Spray Can You Haul?

• Spray tank: 26 US gallons / 100 liters.
• Spreader option: 220 lbs (≈100 kg) capacity.
• Dual atomization + centrifugal spraying system = uniform droplets and reduced drift.

Fewer refills, better coverage, and more acres done in one run.

What About Spreading?

• The T100’s spreader holds up to 220 lbs.
• Adjustable width and flow let you manage everything from cover crops to granular products with precision.

Bottom line: it’s not just for spray. The T100 pulls double duty when you need it.

Can It Handle Rough Fields Safely?

• Water & dust resistant (IPX6K) — built tough, wash it down after a long day.
• Smart avoidance with omnidirectional radar + vision sensors.
• RTK positioning keeps flights accurate, even in tricky terrain.

The T100 is designed for Canadian farm conditions—mud, dust, uneven fields, and the odd surprise obstacle.

How Many Acres Per Hour?

• Green Aero Tech testing shows the T100 can push 70+ acres/hour.
• That’s more than double what we’ve seen with the T50, and it keeps pace with what many farms need to spray in a day.

Where Planes Still Shine — and Where the T100 Wins

Planes are still king when it comes to sheer size—covering hundreds of acres in a single load at highway speeds. But here’s where the T100 can outshine:

• Odd-shaped or treed fields where precision is key.
• Wet or rough ground where sprayers bog down.
• Close to homes or towns where drift, noise, and safety matter.
• Timing flexibility — no waiting on an aerial service.

The Bottom Line

With a 100 L spray tank, 220 lb spreader, wide spray width, rugged build, and smart sensors, the DJI Agras T100 isn’t “just another drone.” It’s a real spraying solution that puts control back in the farmer’s hands.

For Canadian farms, that means less waiting, more acres sprayed on time, and a new level of efficiency in the field.

👉 Curious what the T100 could do for your acres? Reach out to Green Aero Tech and let’s spray smarter.

If you’ve been following along, you know the DJI Agras T50 has been a real workhorse on Canadian farms. But now the Agras T100 is here—and let me tell you, this isn’t just an upgrade. It’s a generational leap forward.

We put the T50 and T100 side by side to see what the numbers really say. Spoiler: it’s a big jump.

Speed – From Mustang to McLaren

• T50: 22 mph top speed
• T100: 45 mph top speed
  

That’s double the speed. Acres that used to take a morning to spray? The T100 can handle them in half the time. Think of it as going from a Mustang to a McLaren—faster coverage, less downtime, and more productivity.

Spray System – Bigger, Faster, Smarter

• Tank Size: T50 – 10 gallons / 40 L → T100 – 26 gallons / 100 L
  
• Spray Width: T50 – 25-30 ft → T100 – up to 43 ft
• Flow Rate: T50 – 3 gpm → T100 – up to 10.5 gpm
  

Put simply: more spray, wider coverage, faster flow. At full tilt, you’re jumping from about 2.1 gal/acre on the T50 to 3 gal/acre on the T100. That means fewer stops to refill, more acres covered, and less waiting around when spray windows are tight.

Spreading System – Cover Crop Game Changer

• Tank Capacity: T50 – 110 lbs → T100 – 220 lbs
  
• Spreading Rate: T50 – 240 lbs/min → T100 – 880 lbs/min
  
• Spreading Width: T50 – fixed 26 ft → T100 – adjustable 10–33 ft
  

The T100 ditching the old spiral channel for a modern auger system is huge. More control, faster spreading, and smoother handling of different materials. Cover cropping? This machine makes it way easier.

Flight Performance – Smarter & Safer

• Pass Length: T50 – half-mile → T100 – full mile
  
• Obstacle Sensing: T50 – 165 ft → T100 – 200 ft with LiDAR
  
• Slope Handling: T50 – 50° → T100 – 90°
  

Now you can fly full-mile passes straight through and tackle terrain you wouldn’t even dream of with the T50. And with upgraded sensors, you’re flying smarter and safer with fewer worries about obstacles or crashes.

Acres Per Hour – Real Farm Numbers

• T50: 30–35 acres/hour
  
• T100: 70–80 acres/hour (at up to 3 gal/acre)
  

That’s more than double the efficiency. When the weather window is short, the T100 can make the difference between finishing your spray on time or chasing rain.

Final Word

The DJI Agras T100 isn’t just edging out the T50—it’s rewriting the playbook for drone spraying and spreading. Faster, bigger, smarter, and built for serious acres, it’s ready to change how Canadian farms get the job done.

👉 Watch our full breakdown video here: DJI Agras T50 vs T100 on YouTube

Ready to see which model is right for your farm? Give Green Aero Tech a shout. We’ll get you flying smarter, not harder.

Hello from Green Aero Tech—your neighbors in the field, boots in the soil, and excitement in the air! We couldn’t be more thrilled to share something we’ve all been waiting for: the official launch of the DJI AGRAS T100 is right around the corner—and right now, you’ve got a chance to lock in serious savings that pay back fast in the field.

The Hype Around the DJI AGRAS T100—And Why It Matters

This drone is the culmination of twelve years of innovation, crafted to tackle big jobs across your fields—spraying, spreading, lifting—with unmatched precision and safety.

Game-Changing Features for Smarter Farming:

• 100 L spraying tank, delivering up to 40 L per minute—fast, efficient, and fewer refills.
• 150 L spreading tank pushing as much as 400 kg per minute—broadcast seeds quicker than ever.
• 1Lifting capacity of 80 kg, Handles the heavy lifting so you don’t have to
• Ultra-fast charging, so you’re back to work with minimal downtime.
• Built-in LiDAR, Penta-Vision system, and millimeter-wave radar—for top-tier obstacle detection and safety
• Max operation speed of 20 m/s, covering acres in record time.

Plus, with its twin‑rotor coaxial design and carbon-fiber blades, you get more efficiency, power, and safety—even in the toughest conditions
This drone isn’t just smart—it’s farm-smart.

Pre-Order Now and Be Among the First to Fly the T100

To celebrate the launch, we’re offering a special deal just for you:

• Save $3,000 off the retail price
• Free operator training, valued at $500

But the clock is ticking! This offer is only available for pre-orders placed before September 7, 2025. Don’t miss out—this is your chance to get a beast of a drone and the know-how to use it, all in one bundle.

RESERVE MY T100 NOW!

Farmers, Trust Us—This Drone Means Business

We get it—you’re busy planting, harvesting, and caring for crops. So are we. That’s why we’re so excited about this offer the way we’d want it for our own farm:

• Big savings that pay off quickly
• Training included, so you fly safely and confidently from day one
• A drone that does more in less time, from spraying to lifting, with safety that gives you peace of mind

And let’s not forget—it’s been worth the wait. The anticipation for the T100 has been building farm-wide, and now it’s almost within our collective reach. We’re as excited as you are to see what this trusty companion will do to level up your operation.

Ready to Reserve Yours? Here’s What to Do

1. Fill out the form below and reserve before September 7, 2025.
2. Lock in $3,000 off and your complimentary $500 training.
3. Get the DJI AGRAS T100 ready for action on your farm.

So What’s The Bottom Line on the DJI T100?

What	Why It Matters
100 L spraying tank (40 L/min)	covers more ground with fewer stops
150 L spreading tank (400 kg/min)	spread faster and more evenly
80 kg lifting	delivers all the heavy hauls wherever you need them
Speed & Safety (20 m/s + LiDAR/Radar)	fast, smart, and reliable in the field
$3,000 off + $500 training	money saved, skills gained

So there you have it—straight from one farmer to another, this is the deal that brings precision, power, and peace of mind right to your field.

Let’s grow and spray smarter together—reach out before September 7 and let the DJI T100 help your farm take flight NOW.

Happy farming—see you in the skies!

Get ahead of the field

6 Days Left: Save Up to $2,000 on the DJI Agras T50!

Farmers across the country are upgrading their spray game—and for good reason.

Right now, Green Aero Tech is running a limited-time flash sale on the DJI Agras T50, and it’s your chance to save up to $2,000 on the most advanced spray drone on the market.

But don’t wait—this offer ends June 30, and once it’s gone, it’s gone.

Meet the DJI Agras T50: Precision Power for Today’s Farms

• Swapping batteries and tanks fast
• Built for both spraying and spreading
• Active obstacle avoidance with terrain following
• Spraying at 40 acres/hour speed

The DJI Agras T50 is designed to thrive in real-world farm environments—handling rugged terrain, long hours, and tough crop conditions with ease. With a spray capacity of 40 acres per hour and rapid swap systems for tanks and batteries, it keeps your workflow moving without bottlenecks. Precision-engineered for high-efficiency performance, it delivers consistent coverage and minimal downtime, making it a powerful asset for farms of any scale.

Here’s what makes it a game-changer

• Dual Atomizing Sprinklers – Even coverage with smaller droplet sizes for reduced drift and better canopy penetration
• Flight Speed of 21 km/h – High output with incredible efficiency
• 40-Acre-per-Hour Capacity – Spray large fields in record time
• Active Phased Array + Binocular Vision – Industry-leading obstacle sensing and terrain following
• Up to 40 kg Spray Payload – Carry more and stop less
• Fully Autonomous Routes – Smarter flights with less operator fatigue
• Optimized for Canadian Farms – Handles swaths, fence lines, tree belts, and irregular topography with ease

What Does “Up to $2,000 Off” Mean?

We’re knocking $1,000 off the T50’s price for every customer—no strings attached.
Bonus savings are available when you bundle accessories or services with your drone purchase.

Only 6 Days Left—Don’t Miss Out

This is your moment to level up your spraying operation and put the most advanced drone in the field—for less.

Whether you’re already flying drones or just starting out, the DJI Agras T50 gives you more control, more precision, and more acres per hour.