REAL-WORLD SPRAY DRONE DATA
Real Acres. Real Flight Hours. Real Lessons.
TJ Aerosense does not build recommendations from spec sheets alone. We operate agricultural drones on real farms, track how they perform, repair the equipment, and use those lessons to help customers build complete systems that actually work in the field.
TJ Aerosense company-wide operating totals as of August 20, 2026.
A Documented T100 Operating Sample
One of our tracked DJI Agras T100 operating samples covered 4,424.73 acres in 47.83 flight hours. That works out to approximately 92.5 acres per flight hour across 538 flights.
4,424.73
Tracked acres
47.83
Flight hours
~92.5
Acres per flight hour
538
Flights
This is a real TJ Aerosense operating result, not a guaranteed production rate. Actual capacity changes with carrier volume, field shape, ferry distance, refill and battery workflow, wind, obstacles, turns, and crew efficiency.
What We Saw: T100 vs. T50
In our side-by-side operating experience, the T50 ran at roughly 45 acres per hour, while the documented T100 sample above averaged about 92.5 acres per flight hour.
DJI Agras T100
~92.5 ac/hr
Tracked TJ Aerosense operating sample.
DJI Agras T50
~45 ac/hr
Our side-by-side operating experience.
The takeaway for us was not simply that the T100 is faster. A larger-capacity aircraft changes the whole operating rhythm: fewer interruptions, more acres between landings, and a much higher ceiling when the water, refill, battery, and charging system can keep up.
WHY THE T100 IS MORE VERSATILE
A 100-Liter Tank Gives You More Ways to Use the Aircraft
The T100’s 100-liter spray tank is not only about maximum output. The extra liquid capacity gives an operator more room to change how the machine is used from one job to the next.
At lower carrier volumes, the larger tank means more acres between refill stops. At higher GPA, it helps keep the acres per load practical instead of turning the job into a constant refill cycle. That wider working range is a big reason we view the T100 as a more versatile platform, not simply a faster one.
Settings We Commonly Run
These are examples from our own operation and testing—not one-size-fits-all recommendations.
| Speed |
Roughly 35–45 ft/sec |
| Swath |
Roughly 30–36 ft |
| Height |
Roughly 12.5–13.5 ft |
| Droplet setting |
Around 500 microns |
| Carrier volume |
Historically much of our work has been around 2 GPA, with more work moving toward 3 GPA |
Product labels, crop, canopy, weather, field conditions, regulations, and the specific job determine the proper setup. These figures are shared as TJ Aerosense operator examples, not universal application instructions.
What Real Acres Teach You That a Spec Sheet Cannot
The support equipment matters.
A high-capacity drone only performs when water handling, mixing, refill speed, batteries, charging, generators, trailers, and crew workflow can keep pace. Buying the aircraft without planning the rest of the system leaves performance on the table.
Field shape matters.
A square open field and an irregular field with trees, waterways, terraces, power lines, or a long ferry distance are two very different production environments. Acres per hour should always be read in context.
Downtime matters.
Parts availability, diagnostics, repair knowledge, and having somebody who understands the machine can matter just as much as the advertised specifications during the season.
The operator matters.
Mapping, setup, turns, refill rhythm, charging discipline, wind decisions, and knowing when to change the plan all show up in the final acres-per-hour number.
WHY TJ AEROSENSE
We Sell It. We Run It. We Repair It.
TJ Aerosense is a certified DJI Agriculture dealer and service center in Huron, South Dakota. We work with this equipment as operators and farmers, not just as a storefront. When something breaks, we see the same failures our customers see—and that experience shapes what we recommend before the sale and how we support it afterward.
This Page Will Keep Growing
We will continue adding real operating numbers, field comparisons, repair lessons, spray-setting tests, and other evidence as we collect it. The goal is simple: give customers useful information from actual use instead of repeating a brochure.
Want to Talk Through Your Operation?
Send us your acres, crops, GPA, terrain, crew size, and how you plan to handle water, batteries, and charging. We’ll help you compare the whole operating system—not just the price of the drone.
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