Seeing 'ATTI' mode on your DJI drone can be alarming, especially if you do not know what it means. ATTI (Attitude) mode means the drone has lost GPS and/or vision positioning — it will no longer hold its position automatically and will drift with the wind. The drone can still fly and you still have control, but you need to fly it manually, like an old-school RC aircraft. In this guide, we explain what ATTI mode is, why drones enter it, how to fix GPS issues and get back to GPS mode, how to land safely in ATTI, and how to prevent it from happening.
ATTI mode (Attitude mode) means the drone has lost its GPS and/or vision positioning system, so it can no longer hold a fixed position automatically. In normal GPS mode, the drone stays in one spot even if you let go of the sticks — it uses GPS and vision sensors to counteract wind and maintain position. In ATTI mode, the drone only maintains its altitude and attitude (level flight). It will drift horizontally with the wind, just like a traditional RC helicopter or plane. You still have full control over the drone — you can steer it up, down, left, right, forward, back — but you have to manually compensate for wind drift. ATTI mode is not an emergency or a crash — it just means you need to fly more carefully and manually. The most common causes are: no GPS signal (indoors, canyons, under trees), poor compass calibration, vision system issues, or flying too low over featureless terrain.
Altitude hold, manual control, gimbal, camera, return to home (if GPS comes back), landing
Position hold, active track, waypoints, RTH (without GPS), tap fly, all autonomous features
ATTI (short for Attitude) mode is a basic flight mode where the drone only stabilizes its attitude — it keeps itself level and holds altitude, but does not try to hold its horizontal position.
| Flight Mode | Position Hold | Altitude Hold | Level Stabilization | Autonomous Features |
|---|---|---|---|---|
| GPS Mode (Normal) | Yes — GPS + vision | Yes | Yes | All features work |
| ATTI Mode | No — drifts with wind | Yes | Yes | Most GPS-based features disabled |
| Manual Mode (rare) | No | No | No — full manual | None |
ATTI mode is the drone's 'basic' flight mode — it is what the drone falls back to when it cannot determine its position. The IMU (Inertial Measurement Unit) still works, so the drone knows which way is up and can keep itself level and hold altitude. But without GPS or vision, it does not know where it is horizontally, so it cannot hold position.
Think of it like a boat vs a car: A car (GPS mode) can stay in one spot with the brakes on. A boat (ATTI mode) floats and drifts with the current — you have to actively steer it to stay in one place. ATTI mode is the 'boat' version of drone flight. The drone still works, but you have to do the positioning work yourself with the sticks.
There are several reasons a DJI drone might enter ATTI mode. Some are normal and expected, some indicate a problem:
This is the #1 cause. GPS satellites are relatively weak — they cannot penetrate buildings, thick tree cover, deep canyons, or indoor spaces. If the drone cannot see enough satellites (usually 6+), it cannot determine its position and falls back to ATTI mode. This is completely normal when flying indoors, under dense tree canopy, in narrow city streets, or in deep valleys.
The compass helps the drone know which direction it is facing. If the compass gets interfered with by metal objects, power lines, or other electromagnetic sources, the drone may not trust its position data and switch to ATTI. A compass calibration error can also cause this. Compass interference warnings usually appear before the drone enters ATTI mode.
When flying low (usually under 10-30 meters depending on the model), DJI drones use downward-facing vision sensors to help hold position. If you fly over featureless terrain (water, snow, sand), or if the vision system is blocked by dirt or fog, or if you fly too low or too high for vision to work, the drone loses that positioning aid and may enter ATTI if GPS is also weak.
Flying indoors is the most common situation where ATTI mode is completely normal and expected. Indoors, there is no GPS signal. The drone will use its vision positioning system to hold position if it has enough light and a textured floor, but if the lighting is poor or the floor is featureless, it will be in ATTI mode and drift. This is normal behavior.
Sometimes the drone loses GPS temporarily — flying under a bridge, through a canyon, past a tall building that blocks the sky. In these cases, it will quickly switch to ATTI and then back to GPS once it has satellite signal again. This is usually brief and not a cause for alarm — just be ready for the drift.
Rarely, ATTI mode can indicate a more serious problem with the drone's IMU or other sensors. If the drone goes into ATTI mode outdoors with a clear view of the sky and stays there even after calibrating compass and IMU, there might be a hardware issue. This is the least common cause but worth considering if nothing else fixes it.
How many satellites do you need?: DJI drones need at least 6-8 GPS satellites to hold position reliably, and more is better. On the ground before takeoff, wait until you have 10+ satellites (the app shows the satellite count) before taking off. More satellites = more accurate positioning and less chance of entering ATTI mode. If you only have 4-5 satellites at takeoff, be extra cautious — you might lose GPS easily.
If your drone is in ATTI mode and you want to get back to GPS mode, here is what to try:
If you are under trees, near buildings, or in a canyon, move the drone to a more open area with a clear view of the sky. The more sky the drone can see, the more satellites it can pick up. Fly upward — getting higher can help clear obstacles that are blocking the satellite signal. Often, just ascending 20-30 meters is enough to get GPS lock back.
Sometimes it just takes time. If you just took off or just came from an area with no GPS, give it 30-60 seconds. The drone needs to find and lock onto satellites. Watch the satellite count in the app — it will gradually increase as the drone finds more satellites. Once it has enough (usually 8+), it will switch back to GPS mode automatically.
If the app shows a compass error or warning, calibrate the compass. Find an open area away from metal and electronics. In DJI Fly: Settings > Control > Calibration > Compass Calibration. Follow the instructions — usually you rotate the drone 360 degrees horizontally, then rotate it nose-down 360 degrees. Compass calibration is quick (1-2 minutes) and fixes many GPS/ATTI issues.
Are you near power lines, large metal objects, radio towers, or other sources of electromagnetic interference? These can mess with both GPS signal and compass. Move away from potential interference sources and see if GPS comes back. Even things like cars, metal bleachers, or fences can cause compass interference if you are too close.
If compass calibration does not help, try calibrating the IMU. This is more involved — you need a flat, level surface. In DJI Fly: Settings > Control > Calibration > IMU Calibration. Follow the instructions carefully — you place the drone on the level surface in various orientations. IMU calibration is not needed as often as compass calibration, but it can fix stubborn attitude/positioning issues.
The classic IT fix — turn it off and on again. Sometimes the GPS module or flight controller just glitches. Power off the drone and controller, wait 30 seconds, then power them back on. Let the drone sit on the ground for 1-2 minutes to acquire satellites before taking off again.
Prevention tip: wait for GPS before takeoff: The best way to avoid ATTI mode surprises is to wait for a good GPS lock before taking off. Put the drone on the ground in an open area, turn it on, and wait 1-2 minutes. Watch the satellite count go up and wait for the drone to show 'GPS' mode (not 'ATTI') on the main screen. Then take off. This simple habit prevents many ATTI-mode situations.
If you are stuck in ATTI mode and GPS is not coming back, do not panic — you can still land safely. You just need to fly manually. Here is how:
First: take a breath. ATTI mode is not an emergency — the drone still flies, you just have to steer it manually. Check: how much battery do you have? Where is the wind coming from? Are there obstacles around? Do you have visual line of sight? Assessing the situation calmly is the first step to a safe landing.
Navigate the drone to a clear, open area where you can land safely — preferably your takeoff point, or any flat clear area. You will need to actively steer the drone — it will drift with the wind, so you need to compensate by flying into the wind slightly. This takes practice, but if you have been flying in GPS mode, you already know how the controls work — you just have to use them more actively.
Wind will push the drone around. If the wind is blowing from left to right, you will need to hold slight left stick to stay in place. If wind is blowing toward you, you need to hold forward stick to stay over one spot. The stronger the wind, the more stick input you need. Small corrections are better than big movements — make gentle adjustments.
Once you are over your landing spot, start descending slowly. As you get lower, ground effect can make the drone more stable, but also wind near the ground can be turbulent. Keep correcting for drift as you descend. Do not descend too fast — take it slow and steady. Aim to be directly over the landing spot when you get close to the ground.
When the drone is just above the ground (1-2 meters), reduce descent speed. Gently lower it until it touches down. Then hold the throttle stick down for a moment to make sure the motors shut off properly. If you are drifting at the last second, it is often better to just let it land rather than trying to correct aggressively — a rough landing is better than a crash from trying too hard to be perfect.
If the wind is too strong, you are too far away, or you are not confident in your manual flying skills: 1) Try to get GPS back by climbing higher or moving to a more open area. 2) If you have DJI Care Refresh and you are truly stuck, you can use the Find My Drone feature to locate it after it lands (but only if it has enough battery). 3) As a last resort, land the drone safely in the nearest clear area and walk to retrieve it — better to land safely than crash trying to force it back.
Wind makes a big difference: The biggest challenge of ATTI mode is wind. In calm conditions, you might barely notice the difference — the drone drifts slowly and is easy to control. In strong wind, the drone can drift fast and you have to work hard to keep it in position. If you are not confident in your manual flying skills, the safest thing is to land as soon as possible when ATTI mode activates, especially on windy days.
The best way to handle ATTI mode is to prevent it from happening in the first place. Here are the best prevention strategies:
| Strategy | How It Helps | How to Do It |
|---|---|---|
| Wait for GPS before takeoff | Ensures good satellite lock before you leave ground | Wait for 10+ satellites and GPS mode before taking off |
| Calibrate compass regularly | Prevents compass errors that cause ATTI | Calibrate when you travel long distance or see warnings |
| Fly in open areas | Maximizes satellite visibility | Choose flying spots with wide open sky view |
| Avoid flying under trees/canyons | Prevents GPS blockage | Stay in open areas; be cautious near obstacles |
| Update firmware | Fixes bugs in GPS and flight controller | Keep drone firmware up to date |
| Check weather before flying | Avoids unexpected wind/conditions | Check wind forecast, storm prediction, satellite weather |
| Practice manual flight | You will be ready if ATTI happens | Practice flying in ATTI mode intentionally (in a safe open area) |
| Maintain VLOS | You can always see your drone and land manually | Always keep visual line of sight — it's the law too |
The best way to be prepared for unexpected ATTI mode is to practice it on purpose. Find a large open field on a calm day. You can force ATTI mode by covering the GPS antenna (not recommended — better to fly indoors if you can safely) or by going somewhere with known bad GPS. Or you can just be ready — the more you fly, the better your manual flying becomes. Pilots who practice manual flying are much calmer and more capable when ATTI mode happens unexpectedly.
Knowledge = confidence: Most pilots panic the first time they see ATTI mode because they do not know what it means. But now that you understand it is just manual position control and the drone still flies fine, you will be much calmer if it happens to you. Knowledge is the best prevention for panic. Read this guide, understand the modes, and you will handle ATTI mode like a pro when it happens.
DJI drones use multiple systems to determine their position. Understanding how they work together helps you understand ATTI mode:
| System | What It Does | How It Works | Limitations |
|---|---|---|---|
| GPS / GNSS | Tells drone its global position | Receives signals from satellite networks (GPS, GLONASS, Galileo) | Needs clear sky view; 6+ satellites minimum |
| Vision Positioning | Holds position low to ground | Downward cameras look at ground texture and track movement | Needs textured ground, good light, works only below certain altitude |
| Compass | Tells drone which direction it is facing | Magnetometer detects Earth's magnetic field | Easily interfered with by metal, electronics, power lines |
| IMU (Gyro + Accelerometer) | Keeps drone level, senses movement | Gyroscopes and accelerometers measure rotation and acceleration | Can drift over time without GPS correction |
| Barometer | Holds altitude | Measures air pressure to determine altitude | Can drift with temperature changes and wind |
In normal GPS flight mode, all these systems work together. GPS gives the big picture of where the drone is in the world. Vision positioning gives precise low-altitude positioning. Compass tells direction. IMU and barometer provide fast, continuous stabilization. When GPS and vision fail or are unavailable, the drone falls back to just IMU + barometer = ATTI mode. The drone is still stable and level, but does not know where it is horizontally.
GNSS vs GPS: You might see 'GNSS' instead of 'GPS' in some DJI documentation. GNSS (Global Navigation Satellite System) is the general term for all satellite navigation systems. DJI drones use multiple systems: GPS (USA), GLONASS (Russia), and sometimes Galileo (Europe) and BeiDou (China). Using multiple systems gives more satellites, better accuracy, and faster lock-on. So 'GNSS' is technically more accurate than 'GPS', but everyone says 'GPS' anyway.
Common questions answered by our experts.
ATTI mode (short for Attitude mode) means the drone has lost its GPS and/or vision positioning, so it can no longer automatically hold its position. The drone will still fly and you still have full control — it stays level and holds altitude, but it will drift horizontally with the wind. You have to manually steer it to stay in place, like flying a traditional RC aircraft. ATTI is not a crash or emergency — it just means you need to fly more carefully and manually.
The most common cause is losing GPS signal — flying indoors, under dense tree cover, in canyons, near tall buildings, or anywhere the sky is blocked. Other causes include: compass interference (metal objects, power lines), vision positioning system issues (featureless terrain, poor lighting, dirt on sensors), temporary GPS dropout when flying under obstacles, or (rarely) IMU calibration issues. ATTI mode is completely normal in certain environments like indoor flight — it just means the drone does not have position reference.
To get back to GPS mode: move the drone to an open area with a clear view of the sky (climbing higher often helps), then wait 30-60 seconds for it to acquire satellites. If the issue is compass interference, move away from metal/power sources and calibrate the compass. If it persists, try IMU calibration. Most of the time, just getting to open space and waiting is enough. If you cannot get GPS back, just land the drone manually — ATTI mode is flyable, just different.
Yes, it is generally safe to fly in ATTI mode as long as you understand what is happening and you have good visual line of sight. The drone still responds to all controls — it just drifts with wind and you have to manually position it. The risks are: drifting into obstacles if you do not compensate for wind, difficulty holding position for photos/video, and pilots panicking because they do not understand what is happening. If you are a new pilot and get stuck in ATTI, the safest move is usually to land carefully as soon as possible in a clear area.
Landing in ATTI mode is straightforward but requires active control: 1) Fly to your desired landing spot, compensating for wind drift. 2) Descend slowly while maintaining position with small stick corrections. 3) When close to the ground, reduce descent speed and fine-tune your position. 4) Let it touch down gently, then hold throttle down to shut off motors. The key is to stay calm and make small, smooth stick movements — the wind will push you around, but you can counteract it. Practice in a wide open field on a calm day first.
No — ATTI mode is not a sign of a broken drone in most cases. It is a normal flight mode that the drone enters automatically when it cannot determine its position. It is like how your phone loses GPS signal in a tunnel — the phone is fine, it just cannot see satellites. If your drone enters ATTI mode outdoors with a clear view of the sky and stays there even after calibration and waiting, then there might be a problem with the GPS module or compass. But 95% of the time, ATTI is just normal behavior for the environment.
The best ways to prevent unexpected ATTI mode: 1) Wait for a solid GPS lock (10+ satellites) before taking off — give it 1-2 minutes on the ground. 2) Fly in open areas with a clear view of the sky — avoid dense trees, deep canyons, and downtown areas. 3) Calibrate the compass when you travel long distances or see compass warnings. 4) Keep your drone firmware up to date. 5) Practice manual flight so you are prepared if it happens. ATTI is never completely preventable, but you can minimize surprises.
RTH (Return to Home) requires GPS to work — it needs to know where home is and where the drone is. If the drone is in pure ATTI mode with no GPS at all, RTH will not work properly. However, many times the drone has partial GPS (enough for rough position but not enough for full GPS mode) and can still attempt RTH. If you press RTH and the drone does not come back, it probably does not have enough GPS — you will need to fly it back manually. This is one reason you should always maintain visual line of sight.
That is completely normal. Indoors, there is no GPS signal (satellites cannot go through roofs), so the drone cannot use GPS positioning. It may use its downward vision sensors to hold position if the lighting is good and the floor has enough texture. If vision positioning also cannot work (dark room, featureless floor), then the drone is in full ATTI mode and will drift. Indoor flight is one of the most common situations where ATTI mode is expected and normal.
Generally no — ATTI mode is a normal feature, not a defect. If the drone enters ATTI because of environmental factors (no GPS, interference, etc.) and then drifts away or crashes, that is considered pilot error or environmental cause, not a manufacturing defect. DJI Care Refresh may cover it if you have the plan and it is considered accidental damage (terms vary). To avoid this situation: maintain visual line of sight at all times, learn to fly manually, and land promptly if you lose GPS and are not confident. Fly within your skill level.