DJI Flight Modes Explained: Every Mode on Every Drone (2026)

Normal Mode

Normal mode is the default and the one most pilots use for filming. In Normal mode, all obstacle avoidance sensors are active, GPS hold keeps the drone at its current coordinates, and maximum speed is limited to a comfortable range that allows time to react. Despite the name, Normal mode is fully capable. All automated features including FocusTrack, QuickShots, and Hyperlapse require Normal mode to activate.

Sport Mode

Sport mode increases maximum speed and responsiveness by disabling most obstacle avoidance sensors. The drone tilts at steeper angles for faster acceleration and responds to stick inputs more aggressively. The tradeoff: with obstacle avoidance off, Sport mode requires clear airspace and full pilot attention.

Cine Mode

Cine mode limits speed and responsiveness to produce smoother, more gradual stick response for filming. Maximum speed in Cine mode is typically 6-8 m/s depending on the model, and the drone accelerates and decelerates more gently when you release the sticks. This is useful for slow tracking shots where abrupt movements would ruin a take. Cine mode is toggled the same way as Sport, via the slider on the RC or the flight mode toggle in DJI Fly.

How to Switch DJI Flight Modes

On remotes with a physical flight mode slider (RC-N1, RC Pro, older RC controllers): slide the switch to S for Sport, C for Cine, or the center position for Normal. The DJI Fly status bar updates immediately. On the RC2 and RC-N3, which have no physical slider, tap the flight mode indicator in the top-left of the DJI Fly status bar and select the mode from the dropdown. The change takes effect instantly without landing.

Sport Mode Battery Impact

Sport mode drains the battery 15 to 25% faster than Normal mode at equivalent flight duration. The motors run at higher sustained power to maintain faster speeds and respond to stick inputs more aggressively. A Mini 4 Pro with a 34-minute rated flight time in Normal mode typically delivers 27 to 29 minutes in sustained Sport mode flight. For shoots where battery time is tight, reserve Sport mode for specific shots rather than flying the entire session at Sport speeds.

What ATTI Mode Actually Does

ATTI (Attitude) mode disables GPS positioning. The drone still self-levels using its IMU, so it won't tumble or flip, but it has no positional reference and will drift with the wind. Without GPS, the drone cannot hold a fixed position, return to home autonomously, or execute any automated flight mode. You are flying it entirely on manual stick inputs.

On older DJI platforms (Phantom 3, early Mavic), ATTI mode could be deliberately activated by a switch. Professional videographers used it intentionally to achieve smooth drift shots that GPS positioning would fight against. Those deliberate ATTI shots have a distinct look: the drone floats rather than holds, and the footage has a natural momentum to it.

ATTI Mode on Modern DJI Drones

On current DJI consumer drones (Mini 4 Pro, Air 3S, Mavic 4 Pro, Flip), ATTI mode cannot be deliberately activated. It activates automatically as a failsafe when GPS signal quality drops below a usable threshold, typically in environments with strong magnetic interference, dense urban canyons, or when flying indoors without visual positioning sensors tracking the floor.

How to Handle Unexpected ATTI Mode

If the drone switches to ATTI mode unexpectedly during a flight:

1. Do not panic or make abrupt stick inputs. The drone is still flyable.
2. Move to a clear area away from obstacles, accounting for drift direction
3. Reduce altitude gradually
4. Land manually using the throttle stick. Return to Home will not work in ATTI mode.
5. After landing, check for magnetic interference sources and recalibrate the compass before flying again

ATTI mode activations are logged in the drone's black-box flight data, accessible via DJI Assistant 2. If you're experiencing repeated ATTI events, exporting the flight logs will show which sensor triggered the failsafe.

What QuickShots Are

QuickShots are automated flight maneuvers that execute a specific camera move without pilot input. You lock onto a subject (person, car, building), select the shot type, set the distance, and the drone flies the pattern automatically while keeping the camera pointed at the subject. The result is footage that would require significant skill to execute manually.

QuickShots are available on the Mini 4 Pro, Air 3S, Mavic 4 Pro, and Flip. The DJI Neo supports a subset. All QuickShots require Normal mode and sufficient clear airspace for the maneuver.

All 6 QuickShot Types

MasterShots: Automated Multi-Move Sequences

MasterShots takes QuickShots further by executing a sequence of multiple moves and editing them together automatically. You select a subject, choose the scene type (Proximity, Landscape, or Portrait), and the drone executes 10 to 14 different shots autonomously over 3 to 5 minutes. It then generates a short edited video using DJI's on-device editing.

The result is not broadcast quality, but it's useful for quickly generating social media content from a single location. MasterShots is available on the Air 3S and Mavic 4 Pro. It requires significant clear airspace around the subject and takes considerably longer than a single QuickShot.

What Hyperlapse Mode Does

Hyperlapse captures a series of still images at set intervals while the drone moves, then combines them into a compressed video that shows movement at high speed. A 30-minute Hyperlapse session with 2-second intervals produces roughly 900 images, which compress into a 30-second video at 30fps. The result shows cloud movement, traffic flow, or landscape transitions in a visually compelling format.

Hyperlapse requires Normal mode and is available on the Mini 4 Pro, Air 3S, Mavic 4 Pro, and Flip. The DJI Neo does not support Hyperlapse. All four sub-modes use the same image-capture approach; they differ only in how the drone moves during capture.

Comparing the 4 Hyperlapse Sub-Modes

Hyperlapse Settings That Matter

The two key settings in Hyperlapse are interval (time between frames) and speed (how fast the drone moves). Shorter intervals with faster movement produce smoother results. Longer intervals (10+ seconds) work for very slow subjects like sunsets but require 30+ minutes of capture time for a short clip. Shoot in RAW+JPEG if possible: the JPEG sequence is used for the in-camera Hyperlapse video, while the RAW files can be post-processed and compiled manually for higher quality results.

What FocusTrack Is

FocusTrack is DJI's umbrella name for three modes that keep the camera pointed at a subject or location automatically while the pilot controls the drone's flight. These are fundamentally different from QuickShots: FocusTrack does not automate the drone's movement, it automates the camera gimbal and yaw to maintain framing as you fly manually.

ActiveTrack: Following Moving Subjects

ActiveTrack recognizes and follows a moving subject (person, vehicle, animal) while keeping it centered in frame. The drone adjusts its position to maintain the subject in view, flying around obstacles if necessary on drones with omnidirectional sensing. The pilot can still input flight controls to adjust the drone's trajectory; ActiveTrack works with the pilot's inputs rather than ignoring them.

Key differences by model:

• DJI Mini 4 Pro: ActiveTrack 360 with omnidirectional sensing. Follows from any angle and adjusts orbit dynamically.
• DJI Air 3S: ActiveTrack with LiDAR sensing for precision tracking. Cycling Mode specifically designed for tracking cyclists through complex terrain.
• DJI Mavic 4 Pro: ActiveTrack 360 Pro with the highest tracking reliability due to omnidirectional sensing and more processing power.
• DJI Neo: ActiveTrack with a single forward camera only. Cannot track if the subject moves to the rear of the drone.

Spotlight and Point of Interest

Spotlight locks the camera on a fixed subject (a building, a stationary person) while the pilot flies the drone freely. The gimbal and yaw adjust automatically to keep the subject centered regardless of where the drone moves. This is useful for dramatic reveals: fly the drone in any direction while the camera stays locked on the chosen point.

Point of Interest (POI) is a subset: the drone circles a fixed GPS coordinate at a set altitude and radius while keeping the camera pointed inward. Unlike Circle QuickShot, POI gives the pilot control over speed and radius in real time. It's the most reliable mode for smooth orbital shots because the GPS coordinates anchor the orbit precisely even in light wind.