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General| Brand | dji |
|---|---|
| Model | GO 4 |
| Category | Drone & Quadcopter Accessories |
| Language | English |
Initiates automatic takeoff or landing sequence with a single button press.
Activates the Return-to-Home function for automatic aircraft return to the recorded starting point.
Allows selection and display of various intelligent flight modes for automated aerial shots.
Enables or disables advanced piloting aids like APAS for enhanced flight safety and control.
Displays the overall operational status of the aircraft and critical system alerts.
Visually represents the remaining battery power, indicating flight time and critical levels.
Shows current camera settings like AE, focus, ISO, and white balance.
Displays the currently active flight mode (e.g., P-mode, S-mode) for pilot awareness.
Indicates the current strength and quality of the GPS signal for stable flight.
Shows the operational status of optical sensors, essential for navigation and obstacle avoidance.
Displays the signal strength between the remote controller and the aircraft.
Indicates the strength of the high-definition video transmission link.
Provides detailed information on battery level, voltage, and capacity.
Shows recording parameters and available storage capacity on the microSD card.
Allows switching between focus and metering modes, and selecting focus points.
Provides access to general settings for units, live streaming, and flight path display.
Displays the estimated remaining flight time based on current battery and power consumption.
Locks the auto-exposure value to maintain consistent exposure during shooting.
Enables viewing the flight map or switching to radar/artificial horizon mode.
Displays critical flight data like altitude, distance from home, and speed.
Visualizes proximity to obstacles using colored bars, indicating detection zones.
Indicates the spatial distance between the aircraft and the remote controller.
Allows adjustment of the gimbal's tilt angle for framing shots.
Captures photos or starts/stops video recording.
Navigates to the camera settings menu for adjustments like ISO and exposure.
Accesses the gallery to view captured photos and videos.
Switches between photo capture mode and video recording mode.
Navigates back to the main menu or previous screen.
Provides a color-coded status (red, yellow, green) for overall aircraft readiness.
Displays the current flight mode (e.g., GPS, ATTI) and its stability.
Indicates the availability and strength of the GPS signal.
Shows the status of the compass, essential for navigation.
Displays the status of the Inertial Measurement Unit (IMU) for attitude sensing.
Reports the operational status of the Electronic Speed Controllers (ESCs) for motors.
Indicates whether the vision sensors for obstacle avoidance are active.
Shows the current battery level and health information.
Displays the current operating temperature of the aircraft's battery.
Standard mode using GPS for stable flight, obstacle avoidance, and easy piloting.
Slows speed to 1 m/s for enhanced stability and precise control, disabling intelligent modes.
Engages automatically with weak GPS; uses only optical sensors, allowing drift.
Increases speed up to 72 km/h; disables obstacle avoidance for enhanced responsiveness.
Configures display units for parameters like speed (m/s, km/h, Imperial).
Sets screen long-press actions to Gimbal Control or Focus.
Enables live streaming to social media platforms by selecting a preferred service.
Toggles flight route display and background map caching for offline use.
Manages video cache settings, including maximum capacity and automatic clearing.
Sets the takeoff spot or controller position as the aircraft's home point.
Defines the altitude the aircraft will ascend to during the RTH procedure.
Limits speed, height, and distance for new users to ensure safe flight practice.
Accesses fine-tuning options for stick input translation and drone responsiveness.
Adjusts the exponential curve for stick movements to control drone responsiveness.
Tunes control sensitivity for attitude, brake, and yaw movements.
Controls how the aircraft reacts to external forces like wind for flight stability.
Enables front obstacle detection, limiting speed to allow for braking.
Allows the aircraft to fly around detected obstacles during TapFly mode.
Enables backward flight when tracking a subject, requires clear path.
Configures obstacle avoidance behavior (avoid or stop) during ActiveTrack.
Shows a radar chart on the screen to indicate aircraft orientation.
Turns on downward sensors for stable hovering, especially without GPS.
Aircraft checks landing area suitability before touchdown.
Attempts to land precisely at the takeoff spot during RTH.
Aircraft automatically ascends to avoid obstacles during RTH.
Calibrates remote controller sticks and toggle wheels for accurate input.
Chooses the control scheme for flying the aircraft (e.g., Mode 1, Mode 2).
Enables fixed-wing mode for automatic forward flight at a set speed.
Overview of information displayed on the remote controller's LCD screen.
Assigns functions to customizable buttons like C1 and C2 on the remote controller.
Configures the functions of the 5D joystick button for personalized control.
Defines actions for camera directional controls like zoom and tilt.
Manages controller type (master/slave) and linking the controller to the aircraft.
Controls signal between aircraft and remote, settable to Auto or Manual.
Selects image quality (Smooth, Normal, HD) affecting bandwidth and range.
Allows adjustment of critical and low battery warning thresholds.
Manages Wi-Fi signal strength, channel selection (2.4/5.8 GHz), and reset options.
Allows selection of control modes for virtual joysticks on supported devices.
Chooses between Follow mode (stable horizon) and FPV mode (gimbal follows drone).
Moves the camera to a horizontal center position or straight down.
Allows adjustment of gimbal tilt if it appears misaligned during flight.
Automatically centers the gimbal when the drone is on a level surface.
Adjusts the speed at which the gimbal tilts up or down.
Sets a limit for upward gimbal tilt to prevent seeing propellers.
Controls how quickly the gimbal stops after movement, affecting smoothness.
Enables camera to follow yaw stick movements for smoother panning shots.
Configures camera exposure using Auto, Aperture Priority, Shutter Priority, or Manual.
Adjusts the overall brightness of the image to compensate for lighting conditions.
Allows selection of different photo shooting modes.
Configures single shots or High Dynamic Range (HDR) for better detail.
Sets up burst shooting, automatic exposure bracketing, or timed shots.
Enables panoramic capture and depth-of-field effects for creative photography.
Selects the aspect ratio for photos (e.g., 4:3, 16:9, 3:2).
Chooses the file format for photos (JPEG, RAW, or JPEG+RAW).
Adjusts color temperature to ensure accurate white rendering in photos.
Configures sharpness, contrast, and saturation for image appearance.
Selects predefined color profiles or custom settings for photos.
Shows a histogram for real-time exposure analysis during shooting.
Manages front LEDs and gimbal behavior during photo capture.
Enables continuous auto focus and mechanical shutter for sharp images.
Activates portrait mode and warns about overexposed images.
Streams photos to mobile device and enables long exposure previews.
Configures framing guides, center points, and anti-flicker for video recording.
Manages file numbering and adjusts focus peaking threshold.
Provides options to format the SD card and reset camera settings.
Selects video resolution and frame rate for recording.
Chooses the video file format between MP4 and MOV.
Sets the video display standard (NTSC for Americas, PAL for rest of world).
Enables flying by tapping the screen, with automatic obstacle avoidance.
Tracks moving subjects automatically, avoiding obstacles in its path.
Extends braking distance for smoother, more stable cinematic footage.
Automated flight paths for creating short, dynamic video clips of subjects.
Allows control of the aircraft using hand gestures.
Limits flight speed and stick responsiveness for smoother, controlled movements.
Records and replays flight paths for automated navigation.
Tracks user movement or locks the aircraft's forward direction.
Locks aircraft heading or flies along a drawn path on the screen.
Maintains a set height above ground while flying over uneven terrain.
Enables single-pilot complex shots with automatic gimbal adjustment for subjects.
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