DJI Error Codes and Warning Messages Explained (With Fixes)

DJI error codes can point to anything from a simple app or calibration problem to a battery, vision-system, communication, RTK, or Dock fault. The important part is not the number alone: record the exact warning text, DJI product, app, and circumstances before troubleshooting. A code used on one DJI platform may have a different meaning on another.

Last checked: October 5, 2026. Dates and figures were verified against official sources.

How to Read DJI Error Codes?

Read a DJI error code together with its full warning message and product context. The number alone is not a universal diagnosis because DJI uses different apps, aircraft generations, enterprise systems, and software interfaces.

Record four things before changing settings: the exact number, the complete warning text, the DJI model, and the app or platform displaying it. A screenshot is better than relying on memory.

This distinction matters. DJI’s official support documentation for DJI GS Pro, for example, identifies code 10001 as an RTK positioning error. That means it would be inaccurate to label 10001 as a universal camera-malfunction code across every DJI product.

For current Dock deployments, DJI publishes an official Cloud API error-code reference. For consumer aircraft, the on-screen warning and model-specific support instructions are often more useful than a generic code directory.

Check the Right DJI App First

The correct DJI app should be confirmed before you troubleshoot a connection, firmware, or warning-message problem. Using the wrong app can make a healthy aircraft appear disconnected or prevent you from reaching the controls needed for diagnosis.

Confirm App Version

First, identify the app installed on your phone or controller and install any update DJI currently offers for that product. App and firmware incompatibility can cause connection, image-transmission, or feature problems.

If the app repeatedly crashes or behaves abnormally, back up important data before reinstalling it. DJI specifically recommends reinstalling the application as one troubleshooting step for persistent software problems.

Match Product App

DJI Fly and DJI GO 4 cover different generations of aircraft. DJI’s current compatible-app guidance lists DJI Fly for products including recent Mavic, Mini, Air, Neo, Avata, Flip, and DJI FPV models.

DJI GO 4 remains the specified app for products such as the Mavic Pro, Mavic Air, Mavic 2 Pro/Zoom, Spark, Phantom 4 series, Inspire 2, and some Matrice 200-series aircraft. Older Phantom 3 and Inspire 1 products use DJI GO rather than DJI GO 4.

Check Error Details

Once the correct app is running, read the entire warning instead of searching only the number. The wording usually tells you whether the problem concerns calibration, connection, battery communication, vision sensors, the gimbal, propulsion, or another subsystem.

Also note when the warning appeared: after a crash, firmware update, long storage period, battery change, repair, relocation, or Dock mission failure. That context can separate a software or environment problem from physical damage.

Fix Battery, Power, and Charging Errors

Battery and charging warnings should be handled before flight. Start with the battery’s condition and charging path, then cross-test the charger, charging hub, or another compatible battery where possible.

DJI’s battery charging troubleshooting recommends checking for physical damage or swelling and testing another charging method to determine whether the battery, charger, or hub is responsible. Charging can also be restricted when battery temperature is outside the permitted range for that product.

A battery communication warning can also result from abnormal communication between the Intelligent Flight Battery and flight controller. If you have another known-good compatible battery, cross-testing can help show whether the fault follows the battery or remains with the aircraft.

Do not assume that every low-power problem requires a manual “battery calibration.” Current DJI troubleshooting focuses instead on battery condition, communication, charging behavior, firmware, temperature, and cross-testing.

Solve GPS and Compass Errors

GPS and compass warnings are commonly caused by poor satellite visibility, magnetic interference, or a calibration request. Move the aircraft to a suitable open location and follow the app warning before attempting takeoff.

Check Magnetic Interference

Strong magnetic fields and large metal objects can disturb the compass. Avoid calibrating next to large electrical equipment, vehicles, ships, reinforced structures, metal-covered surfaces, or other obvious magnetic sources.

1. Move the powered-off aircraft away from large metal or electrical objects.
2. Place it in an open area with a clear view of the sky.
3. Power it on and check whether the compass or GPS warning remains.
4. Calibrate only when the app requests it or DJI troubleshooting directs you to do so.

Recalibrate Compass Sensors

When DJI Fly requests compass calibration, follow the on-screen routine exactly. DJI’s official compass calibration guide says to avoid strong magnetic fields and large metal objects and to begin with sufficient battery power.

For supported DJI Fly aircraft, DJI currently directs users to the flight interface and then Safety > Sensors > Compass > Calibration. DJI GO 4 aircraft use a different settings path, so do not copy a DJI Fly menu path onto an older model.

If calibration repeatedly fails in a suitable location after a restart, stop troubleshooting by repeated rotations. A persistent failure can require DJI inspection.

Verify GPS Signal Lock

Do not use a single universal satellite-count rule for every DJI aircraft. Instead, wait until the app indicates usable positioning, the relevant warnings have cleared, and the aircraft has established the positioning state required by that model.

If GPS remains weak, move away from buildings, trees, mountains, or other obstructions that block the sky. Do not launch simply because a fixed number such as seven or ten satellites appears; signal quality, geometry, aircraft generation, and flight mode also matter.

Fix Vision and Sensor Errors

Vision-system warnings can result from blocked or dirty sensors, protective film, calibration problems, firmware issues, transport vibration, or hardware damage. Inspect and clean the sensor windows before assuming that the vision module has failed.

DJI’s vision-system troubleshooting guidance recommends removing any protective film, cleaning dirty sensor lenses, confirming firmware status, and performing the calibration method supported by that aircraft.

Codes such as 180016, 180030, and 180031 have appeared alongside vision-system warnings on DJI aircraft. Treat the complete warning text as the primary diagnosis rather than assuming that a code copied from another model describes the same physical component.

DJI Assistant 2 can calibrate vision sensors on some models, including several earlier Mavic, Air, Phantom, FPV, Avata, and Mini products. Other newer aircraft do not support user calibration through DJI Assistant 2 and instead perform supported calibration through DJI Fly when required.

If a vision-system warning appeared immediately after a crash, hard impact, water exposure, or internal repair and it remains after approved troubleshooting, physical inspection by DJI is the safer next step.

Clear Gimbal, Camera, and SD Card Issues

Gimbal, camera, and memory-card warnings should be diagnosed separately because an SD-card problem is not the same as a vision-sensor failure. Start with the component named in the app message.

1. Check the gimbal: Power the aircraft off, remove the gimbal protector or transport foam, and make sure nothing physically blocks normal movement. After an impact, inspect visible dampers and mounting parts for damage.
2. Check the camera: After startup, confirm that the live view appears normally and that the camera responds to commands. Persistent camera or gimbal self-check faults after a collision may require service.
3. Check the microSD card: Use a card supported by the aircraft. DJI recommends UHS-I Speed Class 3 or higher for the aircraft covered by its current memory-card troubleshooting page.

If the aircraft reports a card-reading error, back up required files first. DJI’s microSD troubleshooting procedure then recommends testing the card in another device, formatting it through the app when appropriate, or testing another compatible card.

A bad memory card can cause recording or storage problems, but it should not automatically be blamed for persistent vision-sensor hardware errors.

Fix Dock Network Errors

DJI Dock error codes are better documented than many consumer-aircraft codes. For these systems, use the current FlightHub 2 or DJI Cloud API message because the code often includes a specific recovery action.

Repeated 314200 events should lead you to inspect the Dock’s internet path, network stability, and physical connection rather than repeatedly resending the same mission.

Fix RTK and Flight Task Failures

RTK and task failures can come from positioning, convergence, calibration, route limits, or communication problems. Current DJI Dock documentation provides several codes that are more reliable than older code lists circulating online.

• 314018: aircraft RTK positioning error; try again later or restart the Dock.
• 314019: aircraft RTK data failed to converge; try later or restart the Dock.
• 314021: aircraft RTK positioning error; retry later or restart the Dock.
• 314025: RTK convergence timed out; DJI’s current description directs the user to cancel the task manually.
• 315008: the takeoff and landing Docks use inconsistent RTK calibration methods; confirm matching calibration and a stable connection.

FlightHub 2 can also reject a mission when the route exceeds aircraft limits or conflicts with configured operational restrictions. Correct the route itself rather than treating every task failure as a hardware defect.

The original code set also included 321518, 321522, 321527, and 322550. Those four codes were not present in DJI’s current public Cloud API error-code table during this review, so an older integration’s description should not be treated as a universal current definition. Use the exact FlightHub, HMS, or integration message shown with the code.

Fix Dock System and Wind Warnings

Dock system warnings can stop a mission because of propulsion checks, power, RTK status, debugging mode, weather, or other readiness conditions. Address the named condition first; repeated restarts are not a substitute for correcting a power or environmental problem.

Dock System Errors

Several current DJI Cloud API codes have specific recovery instructions:

Wind Speed Warnings

Code 514135 means the wind is too high for the Dock task. The correct response is to wait until conditions are inside the operating limits for the exact Dock and aircraft combination.

Do not treat 12 m/s as a universal launch threshold for every DJI Dock generation. For example, DJI’s Dock 2 specifications distinguish between wind resistance during operation and the lower limit specified for takeoff and landing. Always use the specification and task warning for the installed model.

If the wind warning disappears but the mission remains blocked, read the next active Dock warning rather than assuming wind is still the cause.

When DJI Support Is Needed

Professional inspection is appropriate when a DJI error remains after the safe, model-specific troubleshooting DJI provides. This is especially important after a crash, water exposure, failed sensor calibration, abnormal motor behavior, or a persistent battery or power-system warning.

Before requesting service, save a screenshot of the complete message and record the aircraft model, controller model, app version, firmware state, battery used, and what happened immediately before the fault. If the issue began after an impact or repair, include that information rather than repeatedly resetting the aircraft.

You should also stop user-level troubleshooting if:

• a battery is swollen, cracked, leaking, smoking, or unusually hot;
• a motor does not rotate normally or shows heat, smoke, or physical damage;
• a vision, IMU, compass, or gimbal calibration repeatedly fails;
• the aircraft cannot complete its startup self-check after a crash;
• the same Dock hardware or communication warning immediately returns after DJI’s specified recovery step.

Good diagnostic notes reduce guesswork and make it easier for DJI or an authorized technician to reproduce the fault.

Frequently Asked Questions

What Are the Common Error Codes for DJI Drones?

There is no single universal DJI drone error-code list that applies to every product. Verified examples include legacy NAZA ERROR [25], [26], and [27], DJI GS Pro RTK code 10001, and Dock codes such as 314007, 314200, 315009, 514135, and 514158. Always pair the number with the exact warning text and product.

Can You Explain What DJI Warning Zones Are and How They Work?

DJI FlySafe zones now mainly provide advisory airspace information rather than acting as a universal manufacturer-imposed flight block. DJI announced in November 2025 that remaining No-Fly Zones would become Enhanced Warning Zones and that GEO Unlock would retire in early 2026. Pilots must still follow official aviation rules and obtain any legally required authorization.

What Does DJI Error Code 200 Mean and How Can I Fix It?

DJI’s current public support material does not establish one universal meaning for code 200 across all aircraft and apps. Do not assume it always means an aircraft-to-controller communication failure. Record the complete warning shown beside the number, confirm the exact model and app, restart the system, and follow the troubleshooting path for the named subsystem.

What Does DJI Mini Error Code 30210 Mean and How Can I Fix It?

If your DJI Mini displays 30210 together with a “Power system hardware error” message, treat the wording as a power-system fault rather than a simple controller communication lapse. Restart the aircraft, install any offered firmware update, inspect for obvious motor or propeller damage with power off, and contact DJI if the warning still blocks takeoff.

Should I Calibrate the DJI Compass Before Every Flight?

No, compass calibration should not be performed automatically before every flight. Follow the aircraft’s warning and DJI’s model-specific instructions. If calibration is requested, move away from large metal objects and strong magnetic fields and complete the routine exactly as the app directs.

Can Reinstalling DJI Fly Clear an Error Code?

Reinstalling DJI Fly can help with an app-side problem, but it cannot repair damaged aircraft hardware. Back up important app data first, reinstall only when software troubleshooting supports it, and stop repeating app resets if the aircraft continues to report the same battery, sensor, gimbal, motor, or power-system fault.

Conclusion

DJI error codes are useful diagnostic clues, but the complete warning and product context matter more than the number alone. Start with the correct app, fix simple environmental or connection causes first, and follow DJI’s model-specific calibration instructions. If a battery, motor, sensor, gimbal, power-system, RTK, or Dock fault remains after the supported checks, stop repeating resets and move to formal diagnosis or repair.

Sources

1. DJI Compatible Apps and Download: supported DJI Fly, DJI GO 4, and DJI GO product families.
2. DJI Compass Calibration Guide: calibration conditions, magnetic-interference precautions, and current menu paths.
3. DJI Vision System Error Troubleshooting: sensor causes, cleaning, firmware, calibration, and service guidance.
4. DJI Aircraft Battery Charging Failure: battery cross-testing, swelling inspection, and charging conditions.
5. DJI Aircraft MicroSD Card Recognition Error: compatible-card, formatting, and cross-testing procedures.
6. DJI Cloud API Error-Code Documentation: current Dock, task, RTK, communication, power, and weather codes.
7. DJI Dock 2 Specifications: model-specific wind-resistance and takeoff/landing limits.
8. DJI GEO System Update: global Enhanced Warning Zone transition, GEO Unlock retirement, and advisory status of FlySafe data.