DJI manufacturer imagery. Reference configuration shown.
SPEEDYDRONE AGRICULTURE · CANADA
DJI AGRAS T50
One aircraft. Two application systems.
Configured around your operation.
Plan the aircraft, application system, field power and support around your crops, materials and operating conditions.
Canadian configuration, availability and operating requirements are confirmed for each inquiry.
- Spray tank
- 40L
- Spreading hopper
- 75L
- Assisted environmental sensing
- Radar+ binocular vision
Maximum material load 50 kg
Configurations & conditions
The spraying system has a 40 L tank and a 40 kg operating payload. The separate spreading system has a 75 L hopper and a maximum 50 kg material load. Volume and weight are separate limits. Load references are based on sea-level conditions; follow the app-recommended load for the actual environment. These specifications do not establish Canadian operating approval.
DJI specificationsDJI manufacturer footage. The aircraft and application system shown are a reference configuration.
Spraying system
Spraying, configured for the application.
Start with what the crop and application require. Then choose the system, nozzle arrangement and field calibration.
Dual atomizing sprinklers
Spraying configuration · front view
Maximum flow describes a hardware limit. Your application rate, effective swath and working settings still need to be confirmed and calibrated in the field.
Explore crop sprayingDJI demonstration of installing the T50 hopper and spreading assembly. Follow the supplied manual for the complete changeover and calibration procedure.
Fitting the spreading system.
Spreading starts with the material.
Match the hopper gate and settings to the material and target rate. The system supports compatible granules from 0.5–5 mm, with a small hopper gate available for low-rate work. Confirm flow and distribution in the field; powders are not supported.
Match the hopper gate and settings to the material and target rate. The system supports compatible granules from 0.5–5 mm, with a small hopper gate available for low-rate work. Confirm flow and distribution in the field; powders are not supported.
- Spreading hopper
- 75L
- Maximum material load
- 50kg
Understand the field. Maintain operational awareness.
Forward and rear active phased-array radars work with binocular vision to support terrain and obstacle awareness.
Onboard hardware close-up
Close-up of an onboard module on the DJI AGRAS T50.
RC Plus controller
Front view of the RC Plus controller with its screen and flight controls.
- Active phased-array radar
- Front and rear radar modules provide complementary terrain and obstacle information.
- Binocular vision
- Visual sensing supports terrain following and obstacle awareness in suitable light and discernible surroundings.
- DJI RC Plus
- Review the route, aircraft status and forward camera view.
Sensing varies with light, rain, fog and obstacle characteristics. Active bypassing and terrain following have mode, height and speed limits; bypassing is not recommended around electric or guy wires. Inspect the site and follow the supplied manual.
RTK supports positioning and task planning. Positioning accuracy is not a measure of spray placement, spreading uniformity or crop response.
Explore the T50 in 3DInspect the aircraft, its components and both application systems.
THE AIRCRAFT, UNPACKED
Every part. One capable aircraft.
Turn it. Open it up. Get closer. Explore the T50 layer by layer, from its coaxial propulsion to the hardware that reaches your crop.
A closer look starts here.
DJI AGRAS T50 · spraying configuration
Folding is available with either application system. The folded view is illustrative; mechanical clearances remain under review.
Drag to rotate · scroll or pinch to zoom · right-drag or two-finger drag to pan · select a part to highlight it.
AIRCRAFT COMPONENTS. TAKE A CLOSER LOOK.
Removable power, ready for rotation
Flight battery
The DB1560 battery sits behind the tank, with an integrated carry handle. Plan battery rotation and charging around the work window.
- Battery capacity
- 30000 mAh
Four arms. Eight propellers.
Coaxial propulsion
Paired propellers sit above and below each motor arm. Explore the swept blades, motor housings and folding-arm connections.
- Propeller quantity
- 8 count
The structure connecting each system
Central airframe
The central frame connects the folding arms, battery, application system and landing gear. Front and rear sensing systems support operation.
- Maximum diagonal wheelbase
- 2200 mm
The shape of liquid application
Spraying tank
The moulded spraying tank sits in the central airframe. A separate spreading system replaces the spraying assembly when the aircraft is configured for granules.
- Spraying tank volume
- 40 L
Clearance beneath the aircraft
Landing gear
Four raked struts connect the central airframe to two continuous landing skids. The open structure leaves room for the selected application system.
- Landing struts
- 4
Radar housing and mounting
Front sensing module
Inspect the tapered housing, sealing collar and recessed mounting points above the front cowling.
- Mounting position
- Front
Forward view from beneath the cowling
FPV camera
Inspect the forward-facing lens, side supports and mounting bridge beneath the front sensing module.
- Component view
- Visual inspection
Shapes and separation illustrate the aircraft’s systems. This visualization is not an engineering or service drawing. View T50 specifications →
The aircraft is one part of the operation
Plan the ground operation around the aircraft.
Bring the people, power, material and transport into the same plan. The next flight starts with preparation on the ground.
DJI manufacturer imagery of battery handling and the folded aircraft. Plan power, transport and the ground operation together.
Return & land
A defined landing area, clear of people and vehicles.
Shutdown & battery handling
Confirm the shutdown, inspection and battery procedure.
Refill or reload
Organize material, transfer equipment and the loading role.
Pre-flight checks
Check the aircraft, application system and next task.
Return to work
Release the aircraft only after the required checks.
Planning checkpoints, not an operating procedure. Follow the manuals for the supplied configuration and the approved site SOP.
Prepare in parallel
Battery & power readiness
Plan DB1560 battery inspection, cooling, charging conditions and rotation, with a named person for each role. Battery quantity follows the operation.
Material & refill readiness
Prepare liquid or granular material, the refill position, transfer equipment and cleanup while the aircraft is working.
Two power paths. Choose for the site.
Fuel-powered charging
D12000iE
D12000iE generator with a specified 9 kW DC charging output. Plan fuel, ventilation, placement and battery cooling for the site.
External AC power
C10000
C10000: up to 9 kW output with the specified 220–240 V AC inputs, or 3 kW with 100–120 V AC inputs. Confirm both input connections, circuit capacity and the supplied cables.
These are alternative supply paths to assess. They are not two products that must always be bought together.
YOUR T50 CONFIGURATION
Build the configuration around your work.
Start with the work, then consider the ground equipment and support. These choices guide a discussion; they are not a fixed package.
Is T50 the right fit for your operation?
Compare capacity first. Then compare the operation needed to support it.
| Manufacturer reference | T50 | T100 |
|---|---|---|
| Spray tank volume | 40 L | 100 L |
| Spreading hopper volume | 75 L | 150 L |
| Maximum spreading material load | 50 kg | 100 kg |
Manufacturer reference systems only. These figures are not Canadian permitted operating loads and do not apply to every configuration.
Compare the complete T50 / T100 setupDJI AGRAS T100- Task demand
- Is the constraint material capacity, turnaround, or the way jobs are organized?
- Field distribution
- Will you work continuously or move frequently between dispersed fields?
- Ground resources
- Can the available power, transport, handling and refill setup support the configuration?
- People & operating path
- Who handles each role, and are the requirements for this aircraft and task clear?
Specifications & planning resources
Manufacturer information checked September 20, 2026. Confirm the exact package, material, operating conditions and local supply before ordering.
Before you choose
How do I choose between T50 and T100?
Start with the task and the constraint you need to resolve: material capacity, refill time, travel between fields or ground support. Compare transport, power, crew and operating requirements alongside tank size. Total farm acreage alone is not a selection rule.
Can T50 switch between spraying and spreading?
T50 supports separate spraying and spreading systems. Identify the required systems, compatible components and changeover procedure for your seasonal work. Material suitability and calibration still need to be checked for each application; both systems are not assumed to be included in a quote.
Can I reuse my existing batteries or accessories?
Share the exact model numbers of your aircraft, batteries, chargers and accessories. Confirm compatibility, connectors and supported operating conditions for each item. The reference T50 setup uses the DB1560 battery; an existing AGRAS accessory is not automatically compatible.
What power supply will I need in the field?
D12000iE generator with a specified 9 kW DC charging output. Plan fuel, ventilation, placement and battery cooling for the site. C10000: up to 9 kW output with the specified 220–240 V AC inputs, or 3 kW with 100–120 V AC inputs. Confirm both input connections, circuit capacity and the supplied cables.
Do I also need a Mavic 3M or mapping software?
Only if your task calls for an imaging or prescription workflow. First establish what information is needed, who will review it and how it will reach the application plan. Mapping aircraft and software are optional configuration discussions, with compatibility and data transfer verified for the intended workflow.
What must be confirmed before operating in Canada?
Review the specific aircraft configuration and operating weight, pilot qualifications, aircraft declarations, flight location and permissions. Pesticide tasks also require product, label, provincial and personnel checks. Manufacturer specifications or an equipment purchase do not authorize a particular operation.
What training and support are included in a quote?
The proposal should name the agreed equipment, handover, training participants, location and support scope. On-site work, continued operational support and maintenance are separate items to confirm. Equipment familiarization does not replace pilot certification or pesticide qualifications.
What happens after I submit my requirements?
The next steps are a needs review, a configuration discussion, then a proposed scope and quote. Share what you know about your task, province and existing setup; uncertain items can remain open. You can also ask to compare T100 before deciding.
START A CONFIGURATION DISCUSSION
Tell us about your operation.
Share your tasks, location and existing setup. We’ll use those details to discuss a suitable T50 configuration and the conditions that need to be confirmed.
- Review your requirements
- Discuss the configuration
- Prepare a proposal and quote
