DJI Agras Tutorial: Remote Controller Main Interface Guide (Canada)

🇺🇸 Reading from the United States? See the U.S. edition: DJI Agras Tutorial: Remote Controller Main Interface Guide

🇨🇦 CANADA — DJI Agras Remote Controller Interface, Team Management, Field Data, Logs, Firmware & Device Management

The DJI Agras remote controller is much more than the device used to move the aircraft. It is the operator’s command centre for account identity, Agras Team selection, aircraft connection, field planning, task management, flight-record synchronization, spreading-material profiles, mapping outputs, prescription maps, diagnostic logs, firmware, D-RTK equipment, charging devices, DJI Relay and entry into Operation View.

This Canadian edition of the Ares Acres main-interface guide is written for agricultural-drone operators working across Saskatchewan, Alberta, Manitoba, Ontario, Quebec, British Columbia and other Canadian agricultural regions. The interface logic demonstrated in the DJI training video is the same: the operator still needs to know which account is logged in, which team is active, where a field is stored, whether a record has synchronized, how to retrieve an unfinished task and how to package logs for technical support. The Canadian difference is the operating context around those records and missions.

That Canadian context matters because a controller can store detailed flight and application information without automatically proving that a mission met every Transport Canada, Health Canada PMRA, provincial, territorial, customer or company recordkeeping requirement. The controller is a powerful operational database; it should be integrated into a broader fleet-management and compliance process rather than treated as the only record system.

This guide follows the source video closely while expanding it into a technician/operator reference for home-screen navigation, account and team discipline, cloud/local/microSD storage, field naming, task-resume logic, material calibration records, variable-rate prescription workflows, diagnostic log handling, firmware control and Canadian fleet SOPs.

Ares Acres supports Canadian DJI Agras operators with aircraft, genuine OEM parts, controller accessories, D-RTK equipment, charging hardware, signal equipment and technical education. Ares Acres ships genuine DJI Agras OEM parts to Canada with free standard shipping, and Canadian customers see CAD pricing at checkout. Explore DJI Agras Parts, DJI Agras T100 Parts, DJI Agras T50 Parts, DJI Agras Accessories, the Ares Acres Product Catalog, or contact Ares Acres.

Watch the DJI Agras Remote Controller Main Interface Tutorial

Prefer to watch instead of read? The video provides the fast visual walkthrough. Use the guide below when you need to understand why fields disappear after a team switch, how local and cloud data differ, when to preserve diagnostic logs, how task templates and prescription maps should be managed, or why a device shown as connected still needs a mission-specific preflight check.

What You’ll Learn

• How the DJI Agras home screen is organized.
• Where to find aircraft connection status and Operation View.
• How user information, permissions, task area, flight hours and total flights are displayed.
• How Agras Teams work and why fields are bound to teams.
• How team switching can make a field appear to disappear without deleting it.
• Why flight-record auto-sync is useful for fleet continuity.
• How to upload historical flight records manually.
• How Message Center and General Settings are used.
• How to standardize metric and imperial units across a Canadian fleet.
• How language and multilingual audio packages are handled.
• How to make deliberate privacy and telemetry decisions.
• How Storage Management can free memory without deleting critical operational data.
• How Network Diagnosis separates internet problems from aircraft-control problems.
• How the Beginner Guide can be reset for training.
• How Document Management organizes planned fields, Tasks in Progress, task templates, materials, reconstruction outputs and prescription maps.
• How to search, sort, rename, upload, download and delete fields.
• How unfinished missions can be resumed instead of rebuilt.
• How task templates can standardize recurring spraying or spreading parameters.
• How material profiles preserve spreading calibration relationships.
• How reconstruction outputs support field planning and 3D route workflows.
• How prescription maps support variable-rate application.
• How to select the correct log set after a malfunction and generate a QR code for technical support.
• How Device Management is used for firmware, D-RTK, charging equipment and DJI Relay.
• Why controller records do not automatically replace Canadian aviation or pesticide records.
• How current Transport Canada and Health Canada PMRA requirements connect to controller data.

Quick Answer: What Is the DJI Agras Main Interface Used For?

Important Interface Clarification: Names and Locations Can Change

The source transcript uses names such as “My Agras Team,” “Document Management,” “Task in Progress,” “Material,” “Reconstruction Output” and “Prescription Map.” DJI has changed menu wording and interface organization across controller generations and app revisions.

Do not memorize a screen coordinate as though it is permanent. Learn the function. If a newer T50, T70P or T100 controller moves a menu, the workflow remains understandable when the operator knows what the menu is supposed to accomplish.

1. DJI Agras Home Screen Layout

After the remote controller powers on and the DJI Agriculture interface loads, the home screen acts as the navigation hub. The source video identifies a function area toward the upper-left and a lower area containing data-management and connection functions.

2. User Information and Permissions

The User Info screen displays information associated with the logged-in DJI Agriculture account. Depending on software version and account permissions, this can include personal/account information, task area, flight hours, total flights and other profile data.

For a one-person operation, logging into the wrong account may be obvious. For a fleet with several pilots, contractors, instructors, technicians or regional crews, the consequences can be less obvious: different permissions, different teams, different cloud data and different field libraries.

Account Verification Before an Operating Day

• Confirm the intended user is logged in.
• Confirm the user has the permissions required for the planned work.
• Confirm the correct Agras Team.
• Confirm required fields and templates are visible.
• Confirm cloud-dependent records have synchronized when needed.

3. My Agras Team: Why Team Selection Is Critical

The source tutorial makes one statement that explains many apparent data problems: fields are bound to teams.

The My Agras Team area lets the operator view the current team and, when allowed, switch teams. Owner-level accounts can create and manage teams through supported DJI Agriculture management systems.

Recommended Team Structure for Canadian Operators

The exact structure depends on the business, but teams can be useful for separating:

• Different farms or customers.
• Prairie and eastern operating regions.
• Spraying vs spreading crews.
• Training vs production work.
• Company-owned vs customer-managed field libraries.
• Seasonal crews or contract operators.

The important point is consistency. Everyone should understand which team owns the master field record.

4. Flight Record Auto-Sync

The source tutorial recommends enabling flight-record synchronization so task information can be uploaded to the DJI Agriculture server for management and review. For fleets using multiple controllers or operators, synchronization improves continuity and reduces the chance that an important task record remains stranded on one controller.

Auto-sync is convenient, but it does not eliminate the need to understand what your organization must retain separately. A DJI flight record may support operational history while a provincial pesticide program, customer contract, Transport Canada requirement, SFOC condition or internal QA process may require different information or retention periods.

5. Flight Records Screen: Manual Upload

The Flight Records screen can be used to review and upload records manually. This is useful after work in areas with weak or no internet service.

End-of-Day Record Workflow

1. Connect the controller to reliable Wi-Fi where available.
2. Open Flight Records.
3. Confirm the day’s important tasks are present.
4. Upload records that remain local.
5. Verify synchronization before clearing any nonessential data.
6. Preserve separate customer, pesticide or aviation records required by the operation.

6. Logging Out and Back In

The Exit function logs the current DJI Agriculture account out. The source video shows login again through a supported QR-code method or account credentials.

Do not log out casually when the controller contains unsynchronized data. Confirm important work is preserved first. In a multi-team fleet, note the active account and team so the next login does not create confusion about “missing” fields.

Security note: Do not send passwords, authentication codes or login QR codes to a dealer or third party for troubleshooting. A diagnostic QR reference generated through Log Upload is a different workflow.

7. Message Center

Message Center stores unread and historical notices. Review relevant system messages before large operating days, particularly when they concern firmware, account status, service availability, safety, activation or device compatibility.

An operator who dismisses every message automatically can miss information that explains a new warning or changed menu behaviour.

8. General Settings: Units Matter in Canadian Agriculture

General Settings controls measurement units and other available parameters. Canadian agriculture often uses a mixture of metric and imperial conventions depending on region, customer, chemical program and agronomic workflow. A farm may discuss hectares in one system and acres in another; liquid rates may appear in L/ha while other planning conversations still use acres or gallons.

The controller does not know which convention your crew intended. Standardize the unit system used for a particular operating workflow and verify it before entering manual values.

Fleet Unit SOP

• Choose the preferred controller unit system for the organization or project.
• Include units on written task instructions.
• Do not communicate a rate as a number alone.
• After updates or controller changes, recheck measurement settings.
• When importing a prescription map, verify the source units before flight.

9. Language and Audio Files

The controller can use the system-default language or another supported language. The source tutorial notes that multilingual audio resources can download automatically after a language change.

For fleets with English- and French-speaking operators, interface-language consistency can help when procedures refer to exact menu labels. If the language is changed, complete required downloads over reliable Wi-Fi before field deployment when possible.

10. Privacy Settings and Product-Improvement Data

The source tutorial recommends enabling privacy/data options for task-management convenience and encourages participation in DJI’s product-improvement program. Treat those as configuration decisions, not universal requirements.

A farm, university, public body, enterprise operator or contractor may have internal policies governing location data, customer field boundaries, telemetry, cloud synchronization and diagnostic sharing. Review settings in the context of those policies rather than enabling every option automatically.

11. Storage Management

Storage Management lets the operator clear categories of app data. This becomes important on controllers that accumulate mapping files, screenshots, recordings, cached content, logs and years of task information.

When storage is low, classify data before deleting it:

12. Network Diagnosis

Network Diagnosis helps determine whether the controller can reach the required internet services. The source video represents successful paths with green connections between network nodes.

If cloud fields, login, firmware updates, record synchronization or log upload fails, run Network Diagnosis before assuming the aircraft-control hardware is defective.

Network vs Aircraft-Link Diagnosis

A controller can have a healthy aircraft radio link while having no internet. It can also have excellent internet while not being linked to the aircraft. Diagnose these as separate systems.

13. Beginner Guide

The Beginner Guide appears when an operator enters Operation View for the first time and explains interface icons. It can be reset so another user can see the walkthrough later.

This is useful for orientation, but it is not formal flight training. A new Canadian operator still needs the pilot privileges, aircraft knowledge, site procedures and pesticide training applicable to the mission.

14. Document Management: The Controller’s Mission Library

Document Management organizes the data objects that make repeatable agricultural operations possible.

These records can exist locally on the controller, in the DJI Agriculture cloud or on microSD storage. Knowing the storage location is essential before deleting, transferring or troubleshooting.

15. Using a microSD Card

The source tutorial describes importing supported field and prescription-map data from a microSD card. Removable storage can be useful when connectivity is poor or when data is prepared on another computer.

Use a deliberate folder and naming system. Do not carry “Field_Final,” “Field_Final2,” “Field_NewFinal” and “Field_ReallyFinal” into a commercial operation without knowing which one is authoritative.

Before Importing From microSD

• Confirm the card is recognized.
• Confirm the file/data type is supported.
• Confirm the farm and field identity.
• Confirm date/version.
• Confirm units.
• Confirm the prescription or boundary matches the intended treatment.

16. Planned Fields

The Planned Field section stores field records. The source video shows sorting by time and distance, categorizing by field type, searching, renaming, uploading, deleting and batch actions. Cloud fields can also be downloaded.

Recommended Canadian Field-Naming Convention

Use names that remain understandable to another operator months later. For example:

Client_Farm_Field_Province_Year

or

Farm_NorthQuarter_Canola_2026

A good field name reduces duplicate planning and makes support discussions much easier.

Before Bulk Deletion

1. Verify the logged-in account.
2. Verify the Agras Team.
3. Verify whether each field is local, cloud or both.
4. Verify any required backup.
5. Review every selected record.
6. Only then confirm deletion.

17. Tasks in Progress

Tasks in Progress stores missions that were started but not completed. Agricultural work is frequently interrupted by battery changes, tank refills, weather, daylight, field access, equipment service or deliberate pauses.

Instead of rebuilding the mission, the operator can retrieve the unfinished task and resume it. Before doing so, recheck the actual field conditions. A route that was appropriate yesterday may require a new wind, obstacle, product, buffer or weather assessment today.

18. Task Templates

Task Templates store preset spraying or spreading parameters. They can save time and improve consistency across recurring jobs, but they are not self-validating.

Before using a template, confirm:

• Correct aircraft and payload system.
• Correct field and crop.
• Correct material or pesticide.
• Correct application rate.
• Correct droplet or spreading configuration.
• Correct route height and speed.
• Correct unit system.
• Current label and regulatory requirements.
• Current weather and field conditions.

For pesticide spraying in Canada, a saved template cannot override the current PMRA label. If the label changes, the template must be reviewed before reuse.

19. Material Profiles for Spreading

The Material section stores spreading-material profiles. Calibration establishes the relationship between the material, feeder/opening behaviour and flow. This allows the controller to reuse known settings for a compatible material/configuration.

Material density, granule size, coating, moisture, blend composition and feeder hardware can change the real flow relationship. Treat a materially different product or changed feeder as a reason to verify or recalibrate instead of assuming the old profile remains valid.

For T100 spreading setup, use the Canadian DJI T100 Spreading System Programming & Calibration Tutorial.

20. Reconstruction Output

Reconstruction Output stores processed results from supported field or orchard/fruit-tree mapping workflows. Those results can support field planning and, where supported, editing three-dimensional routes.

Reconstruction data should be treated as mission input, not decorative imagery. Confirm it represents the current site. New structures, tree growth, wires, irrigation equipment or terrain changes can make old mapping insufficient for a current operation.

21. Prescription Maps and Variable-Rate Application

Prescription maps define spatially variable application instructions. They may originate from multispectral imagery, agronomic analysis or another compatible prescription workflow.

The controller’s job is to store/import and execute the compatible task. The controller does not determine whether the upstream agronomic prescription was correct.

Prescription Map Verification

• Correct farm and field.
• Correct crop and treatment date.
• Correct prescription layer.
• Correct product/material.
• Correct rate units.
• Correct maximum/minimum rates.
• Correct boundary and exclusion zones.
• Correct current pesticide-label use pattern where applicable.

22. How to Upload DJI Agras Logs After a Malfunction

Log Upload is one of the most valuable service functions on the controller. When an aircraft, remote, positioning system, battery/charging device or payload system behaves abnormally, the associated logs may help DJI or a dealer determine what happened.

1. Open Log Upload.
2. Select the issue category that best matches the malfunction.
3. Locate the logs or flight records from the time of the event.
4. Select the relevant records.
5. Upload them using a stable internet connection.
6. Wait for the upload to complete.
7. Capture the generated diagnostic QR code/reference.
8. Write a concise description of the event.
9. Include aircraft model, approximate time, task type, warning text, repeatability and recent hardware/firmware changes.
10. Send the diagnostic package to the appropriate DJI Agriculture service channel or dealer.

23. What Information Should Accompany a Log Upload?

• Aircraft model and fleet identifier.
• Remote-controller model if relevant.
• Exact warning or error code.
• Approximate local time of the event.
• What the aircraft was doing immediately before the fault.
• Whether spraying/spreading was active.
• Battery and charging equipment involved if relevant.
• RTK or network state.
• Recent firmware, repair or component change.
• Whether the fault repeats.
• Photos of visible damage.
• Screenshot/screen recording if available.
• Diagnostic QR/log reference.

If the fault points toward a replacement component, contact Ares Acres with the same information so the part-identification process starts from evidence rather than guesswork.

24. Device Management

Device Management shows supported connected hardware and firmware information. The source video describes using this area to review or update firmware and to activate or check accessories such as D-RTK equipment, charging devices and DJI Relay.

Before a major operating window, review the fleet as a system rather than checking only the aircraft. Controller, aircraft, batteries, charging infrastructure, RTK, relay and payload components can all influence the mission.

25. Firmware Management for Commercial Fleets

A “new version available” message should trigger review, not blind panic and not indefinite avoidance. Firmware can contain safety improvements, compatibility changes, new functions or bug fixes. Commercial operators benefit from controlled deployment.

Before a Non-Emergency Fleet-Wide Update

• Review DJI release information where available.
• Confirm compatibility across aircraft, controller and connected accessories.
• Preserve critical fields, templates and records.
• Use reliable power and internet.
• Update during a maintenance window when practical.
• Test the updated system before deploying the entire fleet where operationally appropriate.
• Do not postpone urgent safety instructions merely to preserve an older configuration.

26. D-RTK Device Management

Device Management can be used to activate or review supported D-RTK equipment. RTK is a precision-positioning system, and its status should be confirmed before relying on it for field boundaries or autonomous routes.

For the complete Canadian precision-positioning workflow, use the DJI Agras T100 D-RTK 3 Tutorial (Canada).

27. Charging Device and Generator Management

The source tutorial describes connecting supported DJI charging equipment or a generator through USB-C for activation or status inspection. Depending on the device and controller generation, the interface can show information such as activation status and other equipment data.

If a charging device is not recognized, check device power, controller port, cable, compatibility and firmware before assuming a failed board or charger.

28. DJI Relay Management

Supported DJI Relay hardware can also be activated or checked through the device-management ecosystem. Relay addresses communications/link geometry; RTK addresses precision positioning. Do not confuse the two systems during diagnosis.

Use the DJI Agras T100 Relay Tutorial for deeper operating context.

29. Recommended Canadian Pre-Operation Controller Workflow

1. Power on the remote controller.
2. Confirm the correct DJI Agriculture account.
3. Confirm the correct Agras Team.
4. Check controller battery and external battery if used.
5. Check network status when cloud-dependent functions are needed.
6. Review relevant messages.
7. Verify measurement units.
8. Confirm required fields and tasks are available.
9. Confirm important cloud data has synchronized.
10. Check aircraft connection status.
11. Review Device Management when firmware or accessory status matters.
12. Confirm D-RTK/Relay/charging-device status as applicable.
13. Enter Operation View.
14. Verify the field, route, payload, application settings and weather.
15. Confirm the exact aircraft and mission satisfy the applicable Transport Canada framework.
16. For pesticide work, verify the current PMRA label and provincial/territorial requirements.
17. Complete the aircraft-specific preflight before starting work.

30. Common DJI Agras Main-Interface Problems

31. Common Operator Mistakes

1. Starting without checking the active Agras Team.
2. Creating duplicate fields because the original belongs to another team.
3. Deleting local data before confirming synchronization.
4. Using inconsistent field names across a Canadian fleet.
5. Copying a rate without its units.
6. Assuming acres and hectares are interchangeable in a task template.
7. Reusing a spraying template without reading the current pesticide label.
8. Assuming a material calibration remains correct after changing feeder or material.
9. Importing a prescription map without verifying field and rate units.
10. Clearing logs after a malfunction before support reviews them.
11. Attempting firmware updates over weak field connectivity when reliable shop Wi-Fi is available.
12. Assuming a connected aircraft means the full system is ready to fly.
13. Assuming controller records alone prove regulatory compliance.
14. Using outdated blanket statements about SFOC requirements for every aircraft over 25 kg.
15. Ignoring the exact aircraft’s Safety Assurance eligibility for Advanced or Level 1 Complex operations.

32. Transport Canada Context for Controller Data

Canada’s RPAS rules changed on November 4, 2025. Medium drones—more than 25 kg and not more than 150 kg—can now be used in certain VLOS Advanced Operations when the pilot, aircraft and operation satisfy the applicable requirements. Some additional operations fit Level 1 Complex privileges, while special operations outside the normal frameworks can still require an SFOC.

For Advanced and Level 1 Complex operations involving relevant aircraft, the exact model/configuration must have the applicable RPAS Safety Assurance for the intended operation. The controller’s flight history does not create that declaration or substitute for required airspace authorization.

Controller records can still be valuable evidence for fleet management, route review, troubleshooting and internal QA. Preserve them deliberately, especially for unusual events.

33. Health Canada PMRA Context for Task and Prescription Data

A saved task template or prescription map is a set of operational instructions; it is not a pesticide registration. Before executing a pesticide mission, the operator must confirm that the current product label supports the intended use.

Health Canada’s SPN2026-02, published June 30, 2026, allows RPAS application under the current policy for certain products already registered for conventional aerial application when the label permits aerial use and does not prohibit RPAS. The aerial directions still control application rate, minimum spray volume, droplet requirements, buffer zones and other conditions. Provincial and territorial pesticide rules remain relevant.

If an old controller template commands a spray volume below the current labelled aerial minimum, the template must not be used merely because it exists in the controller.

34. Recordkeeping: What the Controller Can and Cannot Prove

Use controller data as one part of a complete record system rather than the sole source of truth.

35. Ares Acres Controller Data SOP

1. Account: verify the correct operator account.
2. Team: verify the correct Agras Team.
3. Units: verify controller measurement units.
4. Network: check connectivity for cloud-dependent work.
5. Fields: confirm the master field record and avoid duplicates.
6. Tasks: retrieve unfinished work instead of rebuilding it.
7. Templates: validate material/product, rate, units, speed and height before reuse.
8. Prescription: verify field, date, layer, units and legal application range.
9. Devices: verify aircraft, RTK, relay, charging equipment and firmware.
10. Flight: conduct the operation only after complete mission-specific checks.
11. Sync: preserve critical records after the mission.
12. Incident: preserve screenshots, recordings and logs before changing the system.
13. Support: upload the exact event data and provide a written problem description.
14. Archive: keep whatever additional aviation, pesticide, customer and company records are required.

FAQ: DJI Agras Remote Controller Main Interface in Canada

Why can’t I see a field I know exists?

Check the active DJI account and Agras Team first. The source tutorial specifically states that fields are bound to teams.

Should I enable flight-record auto-sync?

It can improve continuity and review, particularly across multiple controllers, but configure synchronization according to your organization’s privacy and data policies.

Can I upload flight records manually?

Yes. The Flight Records area can upload records that remain local.

Where can DJI Agras field data be stored?

Depending on the workflow: locally on the controller, in the DJI Agriculture cloud or on compatible microSD storage.

Can I import a field from microSD?

The supplied tutorial describes importing supported field and prescription-map data from microSD.

What are Tasks in Progress?

Partially completed missions that can be resumed instead of rebuilt.

What is a task template?

A reusable set of spraying or spreading parameters.

Can I use the same task template for every pesticide?

No. Verify the current product, crop, label, rate, spray volume, droplet requirements, buffers, route settings and units before reuse.

What does the Material section do?

It stores spreading-material profiles and calibration relationships for supported granular workflows.

What is Reconstruction Output?

Processed mapping output used in supported field-planning or 3D route workflows.

What is a prescription map?

A variable-rate dataset that assigns different application targets across areas of a field.

How do I send logs for DJI support?

Open Log Upload, select the issue and event records, upload them, capture the generated diagnostic QR/reference and provide it with a clear description.

Should I clear logs when storage is low?

Do not delete logs associated with unresolved faults until they have been backed up or reviewed.

What does Network Diagnosis do?

It helps determine whether the controller has the required internet path to online services.

Does Network Diagnosis test the aircraft radio link?

Internet and aircraft-control connectivity are separate systems. Evaluate both independently.

Can Device Management handle D-RTK?

Yes. The tutorial describes activation/status workflows for supported D-RTK equipment.

Can the controller show charging-device information?

The source tutorial describes supported charging devices and generators connected for activation/status workflows.

Can it manage DJI Relay?

Supported DJI Relay equipment can be checked or activated through the broader device-management workflow.

Should every Canadian controller use metric units?

Use the unit system appropriate to your organization and mission. The critical requirement is consistency and explicit units, especially when agriculture workflows mix acres/hectares or other conventions.

Do DJI flight records replace Transport Canada records?

Do not assume so. Retain whatever records are required for the exact operating category, authorization, company SOP and mission.

Do controller records replace pesticide application records?

No. Preserve the information required by the applicable pesticide program, province/territory, customer and company.

Does every DJI Agras over 25 kg require an SFOC?

Not automatically after the November 2025 rule changes. Some medium-drone VLOS operations can fit the Advanced framework when all requirements are met. Other operations can require Level 1 Complex privileges or an SFOC.

Does seeing an aircraft connected in the controller mean it is Safety Assurance eligible?

No. Verify the exact model/configuration against Transport Canada’s current Safety Assurance information for the intended operation.

Can an old prescription map be used after a pesticide label changes?

Only after verifying the current prescription still fits the current legal label and agronomic plan. Stored data does not override a current label.

What changed for RPAS pesticide spraying in Canada in 2026?

Health Canada SPN2026-02 established a policy allowing RPAS use for certain products already registered for conventional aerial application when the label permits aerial application and does not prohibit RPAS, provided all aerial directions are followed.

Can a drone use a lower spray volume than the aerial label minimum?

No. Current PMRA policy specifically requires the minimum aerial spray volume on the label to be respected.

Related Ares Acres DJI Agras Canada Tutorials

• DJI Agras Tutorial: How to Use the DJI Remote Controller (Canada)
• DJI Agras Agricultural Drone Basics & Operation Guide (Canada)
• DJI Agras Agricultural Drone Safety & Safe Spraying Practices (Canada)
• DJI Agras Remote Control Activation Tutorial (Canada)
• DJI Agras T100 Route Mode & Field Planning (Canada)
• DJI Agras T100 D-RTK 3 Tutorial (Canada)
• DJI T100 Spreading System Programming & Calibration (Canada)
• Browse All DJI Agriculture Tutorials

Complementary DJI Agras Equipment & Support

• DJI Agras OEM Parts
• DJI Agras T100 Parts
• DJI Agras T50 Parts
• DJI Agras Accessories
• Ares Acres Product Catalog

What Is Ares Acres?

Ares Acres is a U.S.-based agricultural robotics and DJI Agras equipment company supporting farms, commercial applicators, pilots and technicians with aircraft, genuine OEM replacement parts, diagnostics, technical education and model-specific parts identification. Ares Acres also serves Canadian operators with genuine DJI Agras OEM parts shipped to Canada with free standard shipping and CAD pricing at checkout.

The Ares Acres DJI Agriculture Tutorials library is designed to connect the controller interface to the real operating system around it: aircraft hardware, positioning, payloads, data, diagnostics, regulatory requirements and the parts required when a fault is actually isolated.

Need DJI Agras Controller, Aircraft or Parts Support?

If a controller-interface problem may actually be caused by aircraft communication, firmware, RTK, charging hardware, payload electronics or another connected component, preserve the warning, logs and screenshots before replacing hardware.

Contact Ares Acres for DJI Agras support and parts identification, browse DJI Agras Parts, or continue through the complete DJI Agriculture Tutorials library.

Final Operator Takeaway

The DJI Agras main interface is the operational memory of the aircraft ecosystem. It connects the pilot to accounts, teams, fields, unfinished missions, task templates, material calibrations, prescription maps, logs, firmware, RTK equipment, charging devices and the aircraft itself.

The most valuable habit is data discipline: correct account → correct team → correct units → correct field → correct task → correct material/product → correct device status → correct regulatory framework → operation → synchronized records → preserved diagnostic evidence.

For Canadian fleets, that discipline is especially useful because agricultural operations often combine aviation rules, pesticide rules, provincial requirements, customer records and mixed measurement conventions. The controller can help organize the mission, but the operator still has to verify that the mission and application are correct outside the screen.

Educational, operational, data-management and regulatory notice: This Canadian article expands the supplied DJI Agras remote-controller training workflow and reflects publicly available Canadian regulatory context as of September 10, 2026. DJI interface names, cloud behaviour, firmware, device compatibility, Transport Canada operating categories, RPAS Safety Assurance declarations, SFOC requirements, airspace permissions, Health Canada PMRA policies, pesticide labels and provincial or territorial recordkeeping requirements can change. Always verify current DJI and regulatory information for the exact aircraft, controller, field, pesticide and mission before operation.