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Camera Sensor | 1/2.4" CMOS |
---|---|
Digital Zoom | Up to 3x |
FOV | 110° |
Max Bitrate | 100 Mbps |
Internal Storage | 16 GB |
Operating Frequency | 2.4 GHz / 5 GHz |
Max Transmission Distance | 4 km |
Weight | 320 g |
Max Flight Time | 25 minutes |
Max Horizontal Speed | 55 km/h |
Max Ascent Speed | 4 m/s |
Max Descent Speed | 3 m/s |
Gimbal | 3-axis |
Battery Capacity | 2700 mAh |
GPS | Yes |
Obstacle Avoidance | No |
FPV Goggles Compatibility | Yes |
Video Resolution | 4K @ 30fps |
Max Wind Resistance | 50 km/h |
Charging Time | 90 min |
Instructions for using the guide, including active links and search tips.
Steps to prepare the drone and controller, including app download and device connection.
Important notes on drone use, Wi-Fi, battery, and auto-RTH before flying.
Comprehensive technical data for the drone, controller, sensors, and imaging system.
List of all items included in the standard ANAFI package.
List of items specific to the ANAFI Work package, including extra batteries and software.
List of items included in the ANAFI Extended package, with additional batteries and accessories.
Visual guide to the drone's components when folded and ready for flight.
Visual overview of the controller's parts and readiness for operation.
Explanation of buttons and triggers for camera and gimbal operation.
Meaning of different LED colors and patterns for status indication.
Guide to ensure equipment, regulations, and flight conditions are met before takeoff.
Detailed instructions for charging, connecting, and preparing for the first flight.
Methods for initiating flight, including ground takeoff and manual hand launch.
How to use the control sticks for basic flight maneuvers like rising, descending, and moving.
Instructions on how to command the drone to return to its starting location.
How the drone establishes a precise home point for navigation.
Explanation of the drone's automatic return-to-home capability.
Procedures for landing the drone safely on a flat surface.
Steps for safely installing and removing the drone's smart battery.
Methods and times for charging the ANAFI's smart battery.
Guide to extracting the microSD card and retrieving media files.
Overview of the FreeFlight 6 app's HUD and its features.
Detailed explanation of the iOS HUD layout and available piloting/video modes.
Detailed explanation of the Android HUD layout and available photo modes.
How to access and use the First Person View (FPV) mode with the app.
Options to customize the controller interface and HUD display.
Settings to fine-tune the drone's flight characteristics and responsiveness.
Configuration of altitude, distance limits, and geofence for safe flight.
Options for camera calibration, overexposure display, and anti-flickering.
How to change the drone's Wi-Fi network name, password, and band.
Guide to selecting video modes, resolutions, and starting recordings.
How to choose between Single, Burst, Bracketing, Timer, and Panorama photo modes.
Process for capturing and stitching multiple images into a panorama.
Instructions on using the controller triggers for gimbal tilt and zoom.
Procedure to correct a tilted horizon in drone footage.
Manual control over exposure and shutter speed for advanced imaging.
Manual control over ISO for light sensitivity and WB for color accuracy.
Using HDR and predefined styles (Natural, P-LOG, Intense) to improve image quality.
Fine-tuning image parameters like saturation, contrast, and sharpness.
How to lock exposure on a specific area or the entire frame.
Using automated Cineshot features for professional-looking aerial footage.
Using the Epic Cineshot and important safety reminders for all Cineshots.
Controlling the drone manually and using the Cameraman mode for subject tracking.
How to use the Follow Me feature to have the drone track the pilot.
Using automated Dronie shots like Orbit, Parabola, Tornado, and Boomerang.
Using the Dolly Zoom Dronie and setting up the FPV mode.
Navigating the drone by tapping points on the map for Waypoint or POI.
Creating and configuring automated flight paths and shooting sequences.
Understanding the two primary control modes for flying the drone.
Explanation of the central target's appearance and behavior in Arcade mode.