How Many Acres Can a DJI Agras T50 Spray Per Day?
One of the most common questions farmers ask when evaluating agricultural spray drones is simple:
How many acres can a DJI Agras T50 actually cover in one day?
The answer depends on crop type, terrain, spray rate, battery workflow, and field layout. However, under typical working conditions, the Agras T50 can cover significantly more acreage per day than many growers expect.
This guide explains realistic daily coverage expectations and what factors affect performance in real farm environments.
Typical DJI Agras T50 Coverage Per Day
Under normal operating conditions, the DJI Agras T50 can typically cover:
- 150 to 300 acres per day in many real-world farm environments
This range depends on:
- application rate
- crop type
- terrain
- field size
- battery rotation setup
- refill workflow efficiency
Large uniform fields generally allow higher coverage rates, while orchards and specialty crops require more precise passes.
Why Spray Rate Affects Daily Coverage
The most important factor influencing acreage per day is spray volume per acre.
Examples:
- Low-volume pasture treatments increase acreage per day
- Moderate-volume row crop applications provide balanced coverage
- Higher-volume orchard spraying reduces acreage per day but improves canopy penetration
Because spray drones carry liquid payload instead of large tanks like ground rigs, application rate directly affects how often refilling is required.
Typical Coverage by Crop Type
Row Crops
For soybeans, corn, and similar crops:
- 200 to 300 acres per day is common under efficient conditions
Pasture and Weed Control
Lower application rates allow:
- up to 300 acres per day in some environments
Orchards and Pecan Operations
Tree crops require more precise canopy penetration.
- 100 to 200 acres per day is typical depending on spacing and terrain
Vineyards
Because vineyards involve narrower rows and more precision passes:
- 80 to 160 acres per day is common
Battery Workflow Matters More Than Aircraft Speed
The Agras T50 is designed around rapid battery swapping rather than continuous flight on a single battery.
Efficient operations typically use:
- multiple batteries
- generator-supported charging
- organized refill staging areas
With proper setup, operators can maintain nearly continuous spraying during working hours.
Field Size and Shape Affect Productivity
Larger rectangular fields allow faster coverage.
Smaller irregular blocks may reduce efficiency slightly due to additional turns and repositioning.
However, spray drones often perform especially well in irregular fields where ground rigs lose efficiency.
Terrain Conditions Influence Real Coverage
One advantage of spray drones is the ability to maintain productivity in areas where tractors slow down or cannot safely operate.
Examples include:
- wet-field access conditions
- hillside vineyards
- orchard blocks
- soft soil environments
In these situations, aerial spraying can maintain application timing even when ground rigs are delayed.
How Many Acres Can the T50 Spray Per Hour?
Under typical operating conditions:
- 10 to 40 acres per hour is common depending on application rate and workflow efficiency
This hourly coverage scales across the day depending on refill speed and staging setup.
What Determines Whether a T50 Fits Your Farm
The right aircraft size depends less on maximum speed and more on:
- treated acres per year
- number of spray passes per season
- crop type
- terrain conditions
- access limitations after rainfall
Many farms evaluate the Agras T50 when treated acreage exceeds approximately 300 to 500 acres annually.
When Farms Often Choose the Agras T50
The T50 is commonly selected by farms that:
- manage orchards or vineyards
- operate pecan blocks
- treat multiple fields per season
- support custom application services
- want flexibility during narrow spray windows
Coverage Speed vs Timing Advantage
While acreage per day is important, many growers choose spray drones because of timing flexibility rather than maximum daily coverage.
Being able to spray earlier after rainfall or respond quickly during disease-risk windows often provides more value than raw acreage numbers alone.
Final Thoughts
The DJI Agras T50 can typically cover between 150 and 300 acres per day depending on crop type and spray workflow setup.
For many orchard, vineyard, pasture, and row crop operations, this capacity provides enough flexibility to support seasonal application programs efficiently.
Find Out If the Agras T50 Fits Your Operation
If you want to estimate whether the Agras T50 matches your acreage and spray schedule, request a suitability evaluation here: