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Use this page in the TJ Aerosense unpublished website build to compare model fit, real operating experience and complete-system requirements.
The best spray drone is not automatically the biggest one. It is the aircraft your operation can keep supplied, charged, cooled, transported and working when the application window gets tight.
| Model | Usually fits | Main advantage | Main tradeoff |
|---|---|---|---|
| DJI Agras T100 | Large-acre farms, broadacre work and commercial applicators | Highest capacity and output potential in this comparison | The water, battery, charging and refill workflow has to keep up |
| DJI Agras T50 | Existing T50 operators and buyers considering a proven used mid-size platform | Proven mid-size Agras workflow with meaningful capacity | Lower output ceiling than the T100; TJ Aerosense no longer sells it new |
| DJI Agras T25P | Smaller acreages, tighter fields, specialty work and portability-first operations | Compact system that is easier to transport and fit into smaller jobs | More refill and battery cycles when pushed into large-acre work |
The T100 is the first DJI model we evaluate for serious broadacre work and high-acre commercial application. Its value is not just speed. The larger tank gives the operator more room to keep acres per load practical as carrier volume changes.
Best question to ask:Can the rest of the operation keep a T100 fed with water, batteries and charging all day?
The T50 remains a useful benchmark because we have extensive operating experience with it. It can still be a sensible used or existing-fleet platform when a full T100-scale workflow is unnecessary.
Best question to ask:Does the lower acquisition or infrastructure requirement matter more than the T100's additional production ceiling?
The T25P is the compact current DJI option we look at when portability, smaller fields, tighter landing areas or lower annual acres matter more than maximum broadacre output.
Best question to ask:Would a larger aircraft actually earn its keep, or would it spend most of its life underused?
In one operating comparison, our T100 covered 3,550 acres in 38 flight hours, or about 93.4 acres per flight hour. The T50 beside it covered 1,222 acres in 27 flight hours, or about 45.3 acres per flight hour.
That was real operating data, not a controlled research trial and not a promise that every T100 will double every T50. GPA, field shape, wind, ferry distance, refill speed, charging and crew workflow can narrow or widen the difference.
We would rather help a customer buy the right system once than sell a larger aircraft that creates a new set of problems.
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