DJI Developer MCP. Manage drone fleets and flight data instantly.
Gemini Works with every AI agent you already use
…and any MCP-compatible client
Just plug in your AI agents and start using Vinkius.
DJI Developer MCP Server lets your AI agent manage entire drone fleets. Use it to list devices, check firmware versions, retrieve real-time telemetry (OSD), and manage missions.
You can also pull detailed flight logs, monitor device health alerts, and list captured media files directly from the DJI Developer Platform.
What your AI agents can do
Create mission
Generates a new flight mission plan for a specific drone or docking station.
Get device osd
Retrieves the current, real-time flight data shown on the drone's screen (OSD).
Get device status
Checks the current online status and basic operational state of a drone.
List all connected drones and docks to check their operational readiness and hardware versions.
Retrieve detailed flight logs and real-time telemetry data for post-mission analysis and compliance checks.
Get granular health reports and technical alerts for specific devices in your ecosystem.
Check for the latest firmware releases and monitor remote update progress programmatically.
List captured photos and videos, or retrieve available flight wayline files for future missions.
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DJI Developer MCP Server: 10 Tools for Drone Ops
Use these tools to manage drone lifecycles, monitor telemetry, and orchestrate flight missions directly through your AI agent.
019d842ecreate mission
Generates a new flight mission plan for a specific drone or docking station.
019d842eget device osd
Retrieves the current, real-time flight data shown on the drone's screen (OSD).
019d842eget device status
Checks the current online status and basic operational state of a drone.
019d842eget firmware info
Checks the current firmware versions for a specific drone or payload.
019d842eget hms stats
Retrieves alerts and diagnostic data from the drone's health management system (HMS).
019d842eget media upload url
Requests a secure cloud storage URL so you can upload media files from the drone.
019d842eget mission status
Checks the progress and current stage of an active, ongoing flight mission.
019d842elist devices
Lists all drones and docks that are registered and bound to your account.
019d842elist media files
Retrieves a list of photos and videos captured by a specific drone.
019d842elist waylines
Lists all available flight wayline files that can be used for missions.
Choose How to Get Started
Build a custom MCP for your own tools, or connect a ready-made integration from our catalog.
Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
- Import from OpenAPI, Swagger, or YAML specs
- Create Agent Skills with progressive disclosure
- Deploy to edge with MCPFusion framework
- Built in DLP, auth, and compliance on every call
- Real time usage dashboard and cost metering
- Publish to catalog or keep private
Make Your AI Do More
Start with DJI Developer, then connect any of our 4,700+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 4,700+ others, all in one place
- Add new capabilities to your AI anytime you want
- Every connection is secured and compliant automatically
- Track usage and costs across all your servers
- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog every week
What you can do with this MCP connector
You're talking to the DJI Developer MCP Server, so your AI agent can manage your whole drone fleet. This server gives your agent ten tools to handle everything from checking drone status to pulling flight logs.
To monitor your whole operation, your agent can use list_devices to get a list of every drone and dock bound to your account. It can then check the operational readiness and hardware versions using get_device_status and get_firmware_info.
For flight data, your agent can use get_device_osd to grab the real-time telemetry shown on the drone's screen. If you need post-mission analysis or compliance checks, it pulls detailed flight logs. You can also check the progress of an active flight using get_mission_status. To plan future flights, your agent can grab available wayline files with list_waylines and generate a new flight plan with create_mission.
To manage the hardware, your agent checks diagnostic data and alerts using get_hms_stats. When you need to pull media, it can list all photos and videos captured by a drone using list_media_files, and then it requests a secure cloud storage URL with get_media_upload_url so you can upload that media. Finally, it can handle the whole process by listing all media files and then getting a secure upload URL.
How DJI Developer MCP Works
- 1 Subscribe to the server and obtain your App ID and App Key from the DJI Developer Center.
- 2 Input your credentials into the connection fields so your AI agent can authenticate against the DJI Cloud/Enterprise API.
- 3 Your agent executes a tool call (e.g.,
list_devices) which sends the request to the API and returns the structured data payload.
The bottom line is: you give your agent the credentials, and it handles the connection, API calls, and data formatting for you.
Who Is DJI Developer MCP For?
Field Managers, Data Analysts, and DevOps Engineers. If your job involves coordinating multiple physical assets—whether it's a fleet of drones or a complex server rack—you need this. It stops you from manually jumping between the DJI web console, your spreadsheet, and your reporting tool. It puts all that operational data right where your AI agent is working.
Automate tracking of aircraft health and flight compliance across multiple job sites. You use this to check get_device_status across dozens of assets instantly.
Integrate drone telemetry and flight logs into broader GIS or operational reporting systems. You pull data using get_device_osd and list_media_files for analysis.
Monitor remote firmware deployments and device synchronization at scale. You use get_firmware_info to track updates and get_hms_stats for hardware alerts.
What Changes When You Connect
- See the full fleet status with
list_devices. Instead of logging into the DJI portal to count units, your agent pulls a comprehensive list of every bound drone and dock in one step. - Diagnose problems using
get_hms_stats. You don't have to manually check multiple diagnostic panels; the server pulls specific alerts from the Health Management System, telling you exactly what's wrong with the hardware. - Track missions with
get_mission_status. Instead of guessing if a drone is still flying, the agent checks the progress of an active mission, providing the current stage and estimated completion time. - Capture and analyze data with
list_media_files. The agent retrieves a list of all photos and videos taken by a drone, giving you a clear inventory of the payload without manual file browsing. - Plan flights with
list_waylines. You can pull a list of pre-approved flight paths, letting your agent know what routes are available before you even runcreate_mission. - Verify readiness with
get_firmware_info. Before sending a drone out, the agent checks the firmware version, ensuring the entire fleet is running the required software build.
Real-World Use Cases
Investigating a Site Failure
A site manager notices a drone isn't reporting. They ask their agent to check the status. The agent runs get_device_status and finds the device is offline. Next, it runs get_hms_stats to see if the failure was due to low battery or a specific sensor alert. The manager gets the root cause instantly.
End-of-Day Reporting
A data analyst needs to report on the day's aerial coverage. They ask the agent to list all media files (list_media_files) and pull the final flight log (get_device_osd) for every unit. The agent compiles the necessary data points for the report in one sequence.
Pre-flight Compliance Check
A technician needs to ensure the entire team's equipment is up to code. They ask the agent to run list_devices and then loop through the list, calling get_firmware_info for each one to guarantee all units have the latest software build.
Mission Planning and Execution
A project lead needs to send a drone to a new area. They ask the agent to first check available paths using list_waylines, then create the flight plan using create_mission, and finally monitor the whole operation with get_mission_status.
The Tradeoffs
Manual Data Aggregation
Opening the DJI web portal, manually finding the device ID, checking the status, then switching to the logs section, and finally running a separate firmware check.
→
Use your agent to call list_devices first. Then, pass the device ID to get_device_status and get_firmware_info in a single, chained request. This keeps the process in one conversation.
Ignoring Mission Status
Assuming a drone is flying because it was listed in list_devices, but not checking if the mission actually completed or stalled.
→
Always verify the flight status using get_mission_status after initiating a flight. This confirms the mission reached its goal or stopped for a known reason.
Overlooking Health Alerts
Focusing only on the flight path and forgetting to check the drone's internal health systems, assuming everything is fine.
→
Always run get_hms_stats alongside status checks. This pulls specific alerts—like battery degradation or motor warning—that a simple status check misses.
When It Fits, When It Doesn't
Use this if you need to treat your drone fleet like a single, unified software system. If your process requires checking the current state, historical logs, or hardware diagnostics across multiple devices, this is your tool. Specifically, if you need to sequence actions—like getting the list of devices, then checking the firmware, then creating a mission—this MCP handles the orchestration. Don't use this if you simply need to view a single, static piece of data that doesn't change (e.g., just a serial number). For that, a simple database lookup tool is better. If you need to manage resource allocation outside of the DJI ecosystem (like billing or user management), you need a different type of API.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by DJI Developer. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This server provides 10 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Checking a drone's status shouldn't require three different tabs.
Today, checking a drone's status is a pain. You log into the DJI developer console, find the device ID, check the operational status on one tab, pull the logs on another, and then run a separate command just to see if the firmware is current. It's constant clicking, copy-pasting IDs, and switching between dashboards.
With this MCP server, your agent handles the whole sequence. You just ask it, 'What's the status and firmware for the Mavic 3?' The agent calls `get_device_status` and `get_firmware_info`, stitching the results together into one clear answer for you. No jumping between tabs.
Use the DJI Developer MCP Server to manage drone missions.
Instead of manually creating a mission plan, then checking if the device is ready, and finally monitoring the flight in real-time, your agent executes the entire workflow. It calls `list_devices` to confirm the hardware is ready, uses `list_waylines` to select a path, and then executes `create_mission` and `get_mission_status`—all in one conversational flow.
It's a shift from running commands to orchestrating operations. You define the goal, and the agent handles the complex sequence of API calls.
Common Questions About DJI Developer MCP
How do I use the `list_devices` tool with the DJI Developer MCP Server? +
You call list_devices and the agent returns a list of all drones and docks bound to your account. This is the starting point for any fleet check.
Can I check the drone's health using `get_hms_stats`? +
Yes, get_hms_stats retrieves specific alerts from the Health Management System. This goes beyond a simple status check and flags issues like motor warnings or battery cycle count.
What is the difference between `get_device_status` and `get_mission_status`? +
get_device_status checks the device's general online connection and basic state. get_mission_status tracks a specific, active flight mission, telling you where it is in its programmed path.
Do I need to run `get_media_upload_url` before transferring files? +
Yes. get_media_upload_url generates a temporary, secure cloud storage URL. You must use this URL to upload media files retrieved by list_media_files.
How do I use `get_firmware_info` to check for required updates? +
The get_firmware_info tool provides the current version numbers for any registered device. You can compare these reported versions against the DJI Developer Center's latest release notes to see if an update is needed.
What happens if I try to `create_mission` with invalid parameters? +
The server returns a specific error code and message detailing the invalid input. You must correct the parameters—like coordinates or flight duration—before the AI agent can successfully submit the mission.
Can I use `list_media_files` to filter by date or type? +
Yes, you pass filters for date ranges and media types when calling list_media_files. This allows you to narrow down the results to, for example, only photos taken last month.
Is there a limit to how many devices I can check using `list_devices`? +
The API adheres to standard rate limits defined by the DJI Developer Platform. If you hit the limit, the agent will receive a 429 error, and you'll need to wait before making more calls.
Can I automatically list all aircraft in my DJI fleet? +
Yes! Use the list_aircraft tool. Your agent will retrieve a complete list of all registered drones in your account, including their model names and current firmware versions.
How do I monitor the health status of a specific drone? +
Use the get_device_health tool with the aircraft serial number. The agent will return real-time health metrics, battery status, and any active error codes from the DJI platform.
Can I retrieve telemetry logs from past missions? +
Yes! Use the get_flight_logs tool. Your agent will fetch detailed historical flight data, including GPS coordinates, altitude, and velocity profiles for any recorded mission.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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