Mavic 4 Pro Active Track Guide: Master Subject Tracking in Every Mode

In This Guide

1. ActiveTrack Overview: What It Does and the AI Behind It
2. Auto vs Manual Tracking: When to Use Each
3. How to Initiate Tracking
4. Tracking Modes: Trace, Parallel, and Spotlight
5. Best Camera Settings for Tracking Shots
6. Obstacle Avoidance During Tracking
7. Challenging Scenarios and How to Handle Them
8. 5 Cinematic Tracking Shots Anyone Can Do

ActiveTrack Overview: What It Does and the AI Behind It

ActiveTrack is DJI's computer vision-based subject tracking system. When you activate it on the Mavic 4 Pro, the drone's onboard processor analyzes the live camera feed in real time, identifies your selected subject, and continuously adjusts flight to keep that subject centered in frame — even as both you and the subject move.

The Mavic 4 Pro's version of ActiveTrack represents a significant leap over earlier DJI implementations. The system uses a combination of visual recognition, depth sensing from the omnidirectional obstacle sensors, and motion prediction to maintain a lock on subjects through partial occlusions, lighting changes, and directional changes that would have caused older versions to lose track entirely.

Under the hood, the system is doing several things simultaneously: identifying the subject's contour and color profile, estimating its 3D position using depth data, predicting where it will be in the next few frames based on its velocity and direction, and adjusting the drone's flight path to keep it in frame while avoiding obstacles. This all happens at roughly 30 frames per second.

The practical result: ActiveTrack on the Mavic 4 Pro can follow a person running through light tree cover, track a mountain biker on a winding trail, or maintain lock on a vehicle through a turn — scenarios that previous tracking systems handled poorly. That said, it is not magic, and understanding its limitations is just as important as understanding its strengths.

Auto vs Manual Tracking: When to Use Each

Within ActiveTrack, there is an important distinction between letting the drone manage its own flight path versus maintaining manual control while tracking.

Auto Tracking hands full flight control to the drone. Once you lock a subject, the drone decides where to fly to keep them in frame. This is ideal when you want hands-free operation — filming yourself hiking or cycling, for example, where you are the subject and the pilot simultaneously. The drone handles everything; you just keep moving.

Manual Tracking (sometimes called "assisted tracking") keeps you in control of the drone's flight while the camera automatically pivots to keep the subject in frame. You fly the drone where you want it, and ActiveTrack continuously adjusts heading and gimbal to track your subject. This is more powerful for deliberate cinematic work — you can execute a lateral move, an ascent, or a repositioning while the camera stays locked on the subject throughout.

For solo operations and casual use, Auto Tracking is more convenient. For planned cinematic sequences with specific movement in mind, Manual Tracking gives you far more creative control. Most advanced pilots use a combination: start in Auto to establish the tracking lock, then switch to Manual to execute the specific move they want.

How to Initiate Tracking

There are two ways to start ActiveTrack on the Mavic 4 Pro, and knowing which to use in a given situation will save you time and missed shots.

Method 1: Draw a Box on Screen

This is the standard method. With the drone hovering and the live feed visible on your RC 2 screen, drag your finger across the touchscreen to draw a selection box around your subject. DJI Fly will highlight the subject with a green tracking indicator and prompt you to confirm. Once confirmed, tap "Go" and tracking begins.

For best results, draw the box generously around the full body of your subject — not just their face or torso. If the box is too small, the system has fewer visual features to lock onto and is more likely to lose track during rapid movement. If your subject is standing still before they start moving, initiate tracking before they move so the system can establish a confident lock.

Method 2: Gesture Control

If you are the subject and the pilot simultaneously, gesture control is your alternative. With gesture mode active, wave at the drone or hold both arms up in a V shape — the drone will automatically identify you as the subject and begin tracking. This works from up to roughly 20 meters away.

Gesture control is less precise than manual selection, and it works best with a single human subject against a relatively clear background. In crowded or cluttered scenes, the drone may lock onto the wrong person. In those situations, always use the manual box method.

Tracking Modes: Trace, Parallel, and Spotlight

Once tracking is active, you select which of the three tracking sub-modes to use. These modes control the spatial relationship between the drone and the subject.

Trace Mode

In Trace mode, the drone follows behind the subject, maintaining a consistent distance and angle as the subject moves. Think of it as the drone acting as a camera operator chasing after the subject. This is the most intuitive mode and works for a wide range of scenarios: running athletes, cycling, hiking, vehicle follow shots.

You can adjust the follow distance and angle by using the RC sticks while in Trace mode — pushing the left stick forward will bring the drone closer to the subject; pulling back increases the following distance. The altitude can also be adjusted in real time, letting you push the drone up for an over-the-shoulder perspective or drop it low for a ground-level follow.

Parallel Mode

Parallel mode positions the drone beside the subject, flying alongside them as they move. The camera points perpendicular to the subject's direction of travel, keeping them in profile. This mode is exceptional for vehicle shots, side-on running shots, and any scenario where you want to reveal the subject's environment as they move through it.

The drone maintains a constant lateral offset from the subject's path. If the subject turns, the drone repositions to maintain the parallel relationship. For vehicle shots on straight roads, Parallel mode produces that classic side-on tracking shot you see in automotive commercials — and it does it with minimal setup.

Spotlight Mode

Spotlight is fundamentally different from Trace and Parallel. In Spotlight, the drone does not follow the subject — it holds its position (or can be flown manually) while the camera automatically pivots to keep the subject in frame. The subject is locked in the center of the shot no matter where they go.

This mode is ideal for situations where you want to execute a deliberate drone move while keeping a subject in frame. Fly the drone forward while Spotlight keeps the camera rotating to track a person walking perpendicular to you. Ascend above a building while Spotlight keeps the entrance in frame. It gives you the creative freedom to choose the drone's flight path independently from where the camera needs to point.

Best Camera Settings for Tracking Shots

Tracking shots introduce unique camera challenges that do not exist with static or slow-moving drone shots. Getting the settings right prevents soft focus, exposure fluctuations, and motion blur problems that can ruin otherwise great tracking footage.

Use Aperture Priority Mode

For tracking shots, aperture priority is often better than full manual exposure. Set your aperture (typically f/2.8 to f/4 for a subject-isolation look, f/5.6 to f/8 for sharper overall frames), and let the camera adjust shutter speed as the lighting changes. This is especially important when the drone is turning and the subject moves between sun and shadow — the exposure transitions automatically rather than blowing out or underexposing.

Pair aperture priority with an ND filter appropriate for your conditions to keep the shutter speed near your target (double the frame rate). This gives you the motion blur control of near-manual settings with the exposure adaptability of auto mode.

Enable Continuous AF

The Mavic 4 Pro supports continuous autofocus during tracking, and you should have it enabled whenever shooting with a moving subject. In DJI Fly, set autofocus to "Continuous" (sometimes labeled C-AF) rather than single or manual focus. The drone will continuously adjust focus as the subject moves toward or away from the camera.

One important note: continuous AF can struggle when the subject moves very quickly toward the camera or when there are distracting elements between the lens and the subject. In those scenarios, setting a manual focus distance (calibrated to the expected tracking distance) and accepting slight focus variation can actually produce cleaner results.

24fps vs 30fps for Tracking

For tracking footage you plan to edit cinematically, shoot at 24fps. The slightly increased motion blur at 24fps compared to 30fps actually helps conceal minor tracking imperfections — small jitters and micro-adjustments in the drone's tracking algorithm become less visible. This is why professional cinematographers have used 24fps for decades; it is more forgiving and looks more filmic.

If your client needs 30fps for broadcast, or if you are planning to do any speed ramping in post (which requires shooting at 60fps and slowing to 30fps), adjust accordingly. But for a straight cinematic delivery, 4K 24fps with D-Log M color profile is the gold standard for Mavic 4 Pro tracking shots.

Obstacle Avoidance During Tracking

The Mavic 4 Pro's omnidirectional obstacle sensing is active during ActiveTrack, but there are important limitations you need to understand before flying in complex environments.

What works well: The forward obstacle avoidance is reliable and responsive. The drone will stop and hover, or route around obstacles detected in its flight path. Side sensors catch lateral hazards when flying parallel. The overall system is markedly better than previous Mavic generations in terms of coverage and reaction speed.

What has limitations: Thin obstacles — wires, branches, chain-link fences — are poorly detected by all consumer drones including the Mavic 4 Pro. The sensors work on reflected surfaces; thin transparent or semi-transparent objects can pass through detection. Additionally, when the drone is actively navigating around an obstacle, it may temporarily lose its tracking lock on the subject if the avoidance maneuver significantly changes the camera angle.

The practical rule: Never rely on obstacle avoidance as your primary safety layer during tracking. Know your environment before you fly it. Scout the route your subject will take and identify hazards — especially overhead (power lines, low branches) that the drone's sensors handle inconsistently. The sensors are a backup, not a substitute for a clean environment and attentive piloting.

When tracking in environments with significant obstacles, consider switching obstacle avoidance to "Bypass" mode (routes around obstacles rather than stopping). Stopping mid-tracking usually means losing the shot entirely.

Challenging Scenarios and How to Handle Them

Fast-Moving Subjects

Vehicles and cyclists moving above 40 km/h can outpace the drone's ability to keep up while maintaining a tracking lock. For very fast subjects, use Spotlight mode rather than Trace or Parallel — position the drone in a location that gives you a wide view of the action, and let Spotlight keep the camera on the subject without the drone needing to match speed. This also tends to produce more interesting compositions than a straight chase shot.

Cluttered Backgrounds

In environments with visually complex backgrounds — dense trees, city crowds, busy roads — ActiveTrack can lose the subject if their appearance blends with background elements. The system works by tracking visual features, and if those features match too many things in the background, it gets confused.

The fix: maintain a larger tracking distance. More distance means the subject is smaller relative to the background, making them visually distinct. Also, draw your selection box tightly around the subject when initiating tracking rather than drawing a large box — this tells the system exactly what to prioritize.

Changing Light Conditions

Moving from bright sun into shadow — or vice versa — can cause ActiveTrack to lose a subject momentarily as the exposure transitions. Enable the overexposure warning and check your histogram before initiating tracking. If the environment has dramatic light transitions, consider using aperture priority (as mentioned in the camera settings section) to let the exposure adapt automatically.

If tracking is lost due to a light change, do not panic. The drone will hover and wait. Simply re-select your subject on screen and tracking will resume. Building this recovery into your workflow (starting tracking again quickly without disrupting the shot) is a skill worth practicing before your important shoot.

5 Cinematic Tracking Shots Anyone Can Do

These five shots work with the Mavic 4 Pro's ActiveTrack in the hands of a beginner. Each one produces footage that looks genuinely professional with minimal technical complexity.

1. Running Athlete (Trace Mode)

Have your subject run away from the drone on a relatively flat, open path. Initiate tracking in Trace mode from about 10 meters behind them. Set the altitude so the drone is roughly at head height — this creates a perspective that feels grounded and close rather than aerial and distant. Let the drone follow for at least 30 seconds to build a useful clip. Works brilliantly for fitness content, documentary footage, and sports.

2. Car on a Desert Road (Parallel Mode)

Position the drone at roughly the same height as the vehicle's roofline, 15-20 meters to the side. Initiate Parallel mode as the car begins moving. The drone will hold its parallel position as the car drives down the road, producing that classic side-profile automotive shot. For added drama, start the shot at a lower altitude (door height) and slowly ascend to just above the roofline during the take.

3. Mountain Biker on a Trail (Trace Mode)

This shot works best on a trail with some open sections — dense forest will confuse the obstacle sensors. Initiate Trace mode and position the drone 8-10 meters behind the rider at 2-3 meters altitude. The lower altitude exaggerates terrain and speed. Let the rider choose a section of trail with a few turns; the drone's tracking will handle direction changes, and the result looks like a chase cam shot that would typically require a dedicated motorcycle camera operator.

4. Hiker on a Mountain Trail (Spotlight Reveal)

Position the drone close to and slightly above your subject as they begin walking. Activate Spotlight mode. Now slowly fly the drone backward and upward as the subject moves forward and the landscape opens up behind them. Spotlight keeps the subject in frame as the drone retreats, creating a reveal shot where the viewer sees the subject first in a tight frame, then understands the scale of the environment as the drone pulls back.

5. Boat on Open Water (Parallel Mode)

Water environments are ideal for ActiveTrack — clean backgrounds, no obstacles, plenty of contrast between the boat and the water. Position the drone 20-30 meters to the side of a boat moving at moderate speed and initiate Parallel mode. The longer tracking distance over water gives you a wider shot that includes wake and horizon context. Shoot at a slightly higher altitude (5-8 meters) to capture the water surface and perspective. For golden hour shots, this setup reliably produces the kind of footage that looks like it belongs in a travel documentary.