FIMI Mini 3 4K GPS Drone User Manual

1. Product Introduction

The FIMI Mini 3 is a highly integrated, foldable mini quadcopter designed for long endurance, strong wind resistance, and a lightweight body weighing less than 250g. It features a high-precision three-axis mechanical stabilization gimbal and a high-speed image processing chip, enabling stable and smooth 4K 60fps footage. The drone offers high-definition real-time video transmission, supporting long-distance flights up to 9 kilometers. It is easy to carry and operate with a user-friendly app interface, and includes advanced features like AI Super Night Video and 8K time-lapse recording.

This manual provides essential information for the safe and effective operation and maintenance of your FIMI Mini 3 drone.

1.1. Reading Tips

• Operation prohibited: Indicates actions that must not be performed.
• Important notes: Provides critical information or warnings.
• Operation, Usage tips: Offers guidance for optimal use.
• Glossary, Reference Information: Refers to additional details or definitions.

1.2. Product and Accessories

The standard version of the FIMI Mini 3 includes the following components. Please refer to your actual purchased kit for specifics.

Image: FIMI MINI 3 drone with its remote control, intelligent flight battery, propellers, charging cable, gimbal cover, and USB cable.

• Drone
• Remote Controller
• Intelligent Flight Battery
• Propellers (spare)
• Screwdriver
• Gimbal Cover
• Charging Cable
• Screws
• USB Cable

Note: The drone's propellers come pre-installed from the factory; no additional installation is required for them.

2. Setup

2.1. Prepare The Drone

1. Remove the propeller tie.
2. Remove the gimbal cover.
3. Unfold the drone: First, unfold the front arms, then unfold the rear arms, and extend all the propellers.

Important: Before powering on the drone, ensure that the gimbal protector has been removed and that both the front and rear arms are unfolded to avoid affecting the drone's self-check. When not using the drone, it is recommended to install the gimbal protector.

2.2. Prepare The Remote Controller

1. Remove the joysticks from the storage slots and screw them into the remote controller in a clockwise direction.
2. Extend the antennas.
3. Mobile Device Installation:
   1. Connect the data cable to the phone interface following the arrow direction.
   2. Insert the data cable into the remote controller interface following the arrow direction.
   3. Pull the remote controller apart in the direction of the arrows to secure the mobile device.

2.3. Propeller Installation and Removal

The propellers on the drone motors are designated as clockwise (CW) and counterclockwise (CCW). The two propellers on the same motor are identical, with marked and unmarked propellers indicating different rotational directions. Follow the instructions strictly, installing the different propellers in their corresponding positions.

Important: When replacing propellers, always use official screws and tighten them vertically. If a propeller is damaged, replace both the propeller and screws on that motor. Propellers are consumables; purchase replacements as needed. Avoid coming close to spinning propellers to prevent injury. Ensure no foreign objects are inside the motor and that it rotates freely and silently. Replace the motor if it makes unusual noises. Never insert sharp objects into motor ventilation holes or block them.

2.4. Intelligent Flight Battery Installation

Hardly push the battery into its compartment. A "click" sound indicates proper installation. To remove the battery, press the bottom buckle and pull it out.

Warning: Ensure the battery is properly installed, as improper installation could pose a flight safety risk.

2.5. Micro SD Card Insertion

1. Pull out the intelligent flight battery first.
2. Insert the Micro SD card into the SD card slot.
3. To remove the SD card, press it to pop it out.

2.6. Gimbal Protector

Equip and remove the gimbal protector as shown in the product diagrams. Always remove the gimbal protector before powering on the drone and reinstall it during storage or transportation to protect the gimbal.

2.7. Pre-flight Inspection Checklist

• Ensure the battery power of both the drone and the remote control are sufficiently charged.
• Verify that the propellers are properly installed and are not damaged or deteriorated.
• Confirm that the gimbal protector has been removed and the camera lens has been cleaned.
• Check that the SD card has been inserted.
• Ensure propeller harnesses and gimbal protectors have been removed.
• Confirm that the front and rear arms are fully deployed in place.
• Verify that the camera and gimbal are working properly when the power is turned on.
• Ensure the FIMI Navi Mini App is connected and working properly.

3. Operating Instructions

3.1. Power On/Off The Drone

To power on or off the drone, briefly press the power button once, then long press it for 2 seconds. A brief press will also check the current battery level.

3.2. Flight Modes

The FIMI Mini 3 supports various flight modes, which can be switched using the flight mode shortcut button in the app.

• GPS Mode (Standard): Uses the GPS module for precise hovering and supports intelligent flight features. Offers Sport Mode (max speed 18m/s, ascent 5m/s, descent 3.5m/s) and Beginner Mode (restricts speed, distance, altitude, and return-to-home altitude).
• VPU Mode (Optical Flow): Achieves precise hovering using the optical flow module, but intelligent flight functions are not supported. Max speed 10m/s, ascent 3m/s, descent 2m/s. Suitable for indoors or when GPS signals are weak and ground textures are clear outdoors.
• ATTI Mode (Attitude): When GPS or optical flow signals are weak, the drone relies on its internal sensors for orientation and altitude control. Max flying speed 18m/s, ascent 5m/s, descent 3.5m/s. The drone may drift horizontally and does not support intelligent flight features. Land as soon as possible if the drone enters ATTI mode.
• Cine Mode: Limits maximum flight speed, ascent, and descent speeds for more stable shooting.
• Normal Mode: Standard mode with obstacle avoidance enabled. Max flight attitude angle 30°, max horizontal flight speed 16m/s.
• Sport Mode: Provides a stronger flying experience with increased horizontal flight speed (18m/s). Note that this mode results in longer braking distances, increased attitude control sensitivity, and enhanced wind resistance which may cause gimbal shaking. Videos recorded in Sport mode may exhibit slight shakiness. This mode is disabled at altitudes above 2400 meters.

3.3. Drone Light Status Indicators

3.4. Intelligent Flight Battery Usage

The FIMI MINI 3 Smart Flight Battery (DC05A7) has a capacity of 2200 mAh and a rated voltage of 7.7 V. It features charge and discharge management functions, independent charging, a TYPE-C charging port, high-energy cells, and an advanced battery management system.

Battery Features:

• Balancing Protection: Automatically balances cell voltage.
• Overcharge Protection: Stops charging when full to prevent damage.
• Charging Temperature Protection: Prevents charging outside 5°C to 40°C.
• Overcurrent Protection: Stops charging if current is too high.
• Over-discharge Protection: Cuts off output when discharged to a certain voltage (not active during flight).
• Short Circuit Protection: Instantly cuts off output in case of short circuit.
• Cell Damage Detection: Indicates damaged or imbalanced cells.
• Sleep Protection: Enters sleep mode when not in flight to prevent over-discharge. Requires charging to exit.
• Communication: Provides real-time battery information to the aircraft.

The smart flight battery needs to be charged for activation before its first use.

Checking Battery Level:

When the battery is inserted into the drone, short-press the drone's power button to check the current battery level via the LED indicators.

Low-Temperature Usage Precautions:

• In low-temperature environments (from -5°C to 10°C), ensure the battery is fully charged as discharge capability will be reduced. Start the drone to warm up the battery before takeoff.
• The battery cannot be used for flying in environments below -5°C.
• In cold conditions, preheat the battery to above 10°C (20°C being ideal) before flying.
• Battery output power is limited in low temperatures, which can reduce wind resistance. Operate with caution.
• Exercise extra caution when flying in low-temperature high-altitude environments.

Charging:

Connect the charging cable to the battery charging port. During charging, the battery indicator light will stay on; it will turn off when charging is complete. Charging times for the drone battery to full are approximately 2.5 hours with 5V/2A, 1.5 hours with 9V/2A, and 1 hour with 9V/3A.

Important: After flight, allow the smart flight battery to cool down to room temperature before charging. Recharge the battery every three months to maintain activity. It is recommended to store the battery and aircraft separately if not in use for a long time. Do not touch the metal ports with your hands or other objects. Battery charging time depends on the charger's power. For faster charging, use a USB charger with QC2.0 or higher protocol; PD fast charging is not supported. The permissible charging temperature range is 5°C to 40°C.

3.5. Remote Controller Operation

The FMYKQ04A3 remote controller supports dual-frequency bands (2.4 GHz and 5.8 GHz) and real-time 720p/30fps high-definition video transmission up to 9 km in unobstructed, interference-free environments. The joysticks are detachable, and the battery has a capacity of 3500 mAh, providing up to approximately 4 hours of operation when connected to a mobile phone.

Power On/Off:

Short press + long press (2 seconds) the power button to turn the remote controller on or off. Short press the power button to check the battery level.

Controller Functions:

The settings for the remote control sticks can be adjusted in the remote control settings menu (default is for American hands).

Remote Controller Button Shortcuts:

• Photo: Press the photo button once; after two short beeps, the camera will take a photo.
• Video: Press the video button once to start recording; press it again, and after four short beeps, recording will stop.
• Scroll Wheel: Used to adjust the tilt angle of the gimbal by moving it left or right.

Remote Controller Indicator Lights:

The remote controller is equipped with four white LED lights indicating battery level and other statuses.

Remote Controller Battery Level Display:

Charging the Remote Controller:

Connect the remote controller to a power adapter (5V=2A recommended). The battery level lights will flash during charging and go out when fully charged. It takes about 2.5 hours to fully charge the RC in the powered-off condition.

Remote Controller Communication Range:

Adjust the orientation and distance between the remote controller and the aircraft, as well as the antenna position, to ensure optimal communication range. The antenna forms a 180° or 270° angle with the back of the remote controller, and the antenna plane directly facing the aircraft, optimizes signal quality.

Warning: Do not use other communication devices on the same frequency band simultaneously to avoid interference with the remote control signal. If the FIMI Navi Mini App indicates poor image transmission signal, adjust the antenna position accordingly.

Remote Controller Pairing:

The remote controller and drone are factory-paired. If replacing equipment, re-pairing is required:

1. Turn on the drone and remote controller.
2. Wait for 20 seconds, then long press the power button of the controller until you hear a beep sound and the light flashes.
3. Long press the power button of the drone until the tail light turns off.
4. Pairing succeeds when the power button on the RC turns white and the tail light on the drone stays on.

Important: Ensure the drone and RC stay within 0.5m while pairing. The battery level of both the drone and RC should be more than 30%.

3.6. Basic Flight Operations

Confirm Drone Direction:

The gimbal camera position indicates the nose direction. The color of the status light on the tail of the drone also helps determine direction when the drone is turned on.

Safety Tip: Keep the tail facing the operator when maneuvering the craft to avoid misjudging the direction.

Take Off/Landing:

1. To start propellers: Keep both sticks to the bottom inner position for over 3 seconds.
2. To take off: Release both sticks once propellers are spinning, and firmly push the left stick upward. The drone will hover automatically when sticks are released.
3. To land: Slowly move the left stick downward.
4. To stop motors: Once the drone has landed, push and hold the left stick down for over 5 seconds.

Warning: When taking off, place the drone on a smooth and fixed plane; hand-held or palm takeoff is not supported. The drone is not waterproof; do not land on water or inclined surfaces.

Stop Propellers In An Emergency:

If motors cannot properly turn off, toggle the left stick to the bottom inner maximum range and simultaneously press the Auto Return-to-Home button for 5 seconds. The motors will stop.

Warning: Do not perform this operation during normal flight to avoid stopping motors in the air.

Automatic Take-off/Landing/Return:

• Automatic Takeoff: When conditions are met, click the auto takeoff button in the app. The drone will automatically take off and hover at 2.5 meters (GPS mode) or 1.2 meters (VPU mode).
• Automatic Landing: Click the auto landing button in the app. The drone will descend vertically and stop propellers upon reaching the ground.
• Automatic Return: Long press the return button on the remote control or use the auto return button in the app. The drone will return to the takeoff point. The return altitude logic varies based on distance (D) and current flight altitude (H):
  • If D < 10 meters, H < 3 meters: Rises to 3 meters, then lands at takeoff point.
  • If D < 10 meters, H ≥ 3 meters: Maintains current altitude, then lands at takeoff point.
  • If D ≥ 10 meters, H < 30 meters: Rises to 30 meters, then lands at takeoff point.
  • If D ≥ 10 meters, H ≥ 30 meters: Maintains current altitude, then lands at takeoff point.
  The automatic return flight can be canceled via the remote control return button or the app.

3.7. Intelligent Flight Modes

These modes are supported only in GNSS mode and can be accessed via the Smart Flight menu in the FIMI Navi Mini App.

• Follow3.0:
  • Ordinary Following: Drone's nose is aimed at the tracking target, flying at a certain distance with the target's moving direction as the course.
  • Parallel Following: Drone's nose is aligned with the tracking target, flying at a certain distance with the fuselage left and right directions as the course.
  • Lock Following: If flight speed is 0, the drone hovers 360° at the target position. You can adjust flight speed for the drone to fly around the target.

  Warning: Ensure the flight path avoids people, animals, and obstacles. Comply with local laws and regulations when using follow-flight functions.

• Orbit A Point Flight: Set a center point and radius in the app. The drone will fly around the center point at a default speed. A Point of Interest (POI) can be set for the drone to lock and shoot. Flight speed, movement direction, and heading can be customized.
• Spiral Flight: Select spiral mode, set center point and radius. The drone will hover up and shoot video, creating a strong sense of space. You can set circling direction and flight distance. Operating the joystick during flight will interrupt the spiral flight.
• Tap-fly: Select a destination on the map in the app, and the drone will fly there at a default speed. If a POI is set, the camera will be locked on it.
• Waypoint: Choose waypoints in flight or on the map, or use historical routes. The drone flies along the route at a default speed. POI is enabled when executing waypoints.
• Precise Landing: During Return to Home, the optical flow sensor matches landing pad features, allowing the drone to land precisely. Enable this feature in the app settings.
• Aerial Mode: Increases braking distance, limits rotational angular speed, and softens control for more stable shooting.
• Tripod Mode: Limits max flight speed to 1m/s and max rotation speed to 60 degrees/s, reducing sensitivity for more stable shooting.
• Course Lock: The drone's current nose direction is set as the forward direction, and this direction is locked. You can adjust the nose direction and shooting angle by rocking the joystick, but the forward direction remains unchanged.
• Fix-wing Mode: The drone can only fly forward and cannot go backward.
• SAR Mode: Displays GNSS coordinates in real-time, assisting in search and rescue operations.

3.8. One-Tap Short Film

The one-tap short film feature includes five sub-modes: Sky, Selfie, Surround, Spiral, and Tail. The drone automatically flies according to the selected mode, shoots for a specific length of time, and generates a short video. To exit this mode, short press the remote control return button or click 'X' in the app.

Warning: Use One-Tap Short Film in open and unobstructed environments. Be aware of obstacles. The vision system may not work properly in certain scenarios (e.g., obscured objects, distances over 50m, similar colors/patterns, fast movement, extreme lighting, infrared absorption/reflection, repetitive textures, or poor GNSS signal). Comply with privacy rights.

3.9. AI Super Night Video

The FIMI Mini 3 features a new generation AI ISP and an upgraded Super Night Mode with ultra-high sensitivity noise reduction, increasing the signal-to-noise ratio by 4 times for pure and bright images in low-light. It supports a maximum ISO sensitivity of 25600 in automatic mode. The main camera image sensor recognizes ambient brightness to suggest enabling Night Mode, which can also be toggled manually.

Warning: Recommended for night shooting. Night Scene mode currently only supports 24/25/30fps specifications and does not support zoom.

3.10. 8K Hyperlapse Recording

Supports a maximum resolution of 8000x6000 ultra-high-definition images. For optimal time-lapse recording, fly at a slower speed. To enable, navigate to Camera Video Mode -> Video Recording -> Time-Lapse Recording, then click the "4K/30" shortcut and select "8K".

Warning: Recommended to fly at an altitude of 50m or above. Select static objects at a distance of >15m. Avoid close-up ground, people, or moving vehicles. 8K Hyperlapse Recording does not support Super Night Mode, zoom, or portrait orientation.

3.11. FIMI Navi Mini App Overview

The FIMI Navi Mini App provides various features for controlling and monitoring your drone. Interface and specific functions may vary slightly with app version updates.

• Flight Data: Records basic and detailed flight logs. Users can provide feedback and upload logs for assistance.
• Main Page Display: Allows switching between drone models. Automatically recognizes and switches to the corresponding model when the remote controller is connected.
• Gesture Operations: Swipe left on the live view interface for full-screen mode, swipe right to exit.
• Image Interface: Displays real-time flight parameters such as height, distance, vertical/horizontal speed, battery level, and return power. Shows GNSS signal strength (red for low, white for good) and mapping signal quality (RC signal, 4G network).
• System Settings: Comprehensive settings for drone parameters (flight limits, novice mode, RTH, FPV display, precision landing, indicator lights, magnetic field, compass, control feel), camera parameters (video quality, resolution, white balance, color, metering, encoding, grid lines, vertical shooting, SD card formatting), remote controller (graphic transmission band, calibration, joystick mode), gimbal (calibration, tilt speed), and battery information.
• Camera Toggles: Photo modes (single shot, time-lapse), Video modes (Normal, Super Night, Time-Lapse), One-click clips (skydiving, self-timer, fixed-point loop/spiral, tail-flip), Panorama (Landscape, Vertical, Wide Angle).
• Shooting Buttons: Tap to start video recording, tap to start photo shooting, tap to shoot one-tap video.
• Media Library: Access to download and view videos and photos stored on the drone's Micro SD card.
• SD Card Status Bar: Displays remaining and total capacity of the SD card.
• Gimbal and Image Parameter: Displays current video resolution/frame rate and image size. Allows setting video/photo mode, resolution, size, white balance, style. Shows Shutter, ISO, and EV values. Supports fast zoom.
• Gimbal Pitch Angle: Displays current pitch angle. Press and hold for 2 seconds to bring the gimbal down vertically, and double click to center.
• Zoom Map / Attitude Sphere: Real-time display of vehicle position. Allows switching between mapping interface, attitude sphere, thumbnail map, and full-screen map. The attitude sphere displays the drone's nose orientation, tilt angle, remote control orientation, and return point location.
• Shortcuts: Quick access to auto takeoff, auto land, and return drone functions.
• Message Status Bar: Provides alerts for restricted flight zones, environmental changes, temperature, and sensor calibration.

Important App Notes: Ensure your mobile device is fully charged before flying. If using cellular data, contact your provider for data rates. Always read pop-up messages and warnings. An older mobile device may affect performance. Comply with local laws regarding drone altitude limits and restricted areas.

4. Maintenance

4.1. Propellers Maintenance

Propellers are wearing parts. Replace them in time if they are damaged to ensure flight safety and efficiency.

4.2. Battery Maintenance

Do not throw the battery into fire or batter it. Lithium battery capacity reduces significantly in low-temperature conditions. Do not use the battery when it is below 0 degrees Celsius. Do not place the battery under direct sunlight.

4.3. Gimbal Maintenance and Calibration

The gimbal of FIMI MINI 3 is integrated and cannot be disassembled. Be careful not to scratch the camera when storing the aircraft, and pay attention to the cleanliness of the camera. The gimbal is a precision component; do not squeeze it.

Gimbal Calibration Procedure:

If the gimbal is not activated or shows obvious tilt after power-on and self-test, you need to calibrate it before taking off. Gimbal trim corrects the gimbal's roll and yaw offset. Place the aircraft on a horizontal plane for calibration.

Gimbal Fine-tuning:

Adjust the gimbal's horizontal and yaw angle within a range of ±10°. Each click adjusts by ±0.1°, or you can input the value directly. Click "Default" to return to 0°.

4.4. Compass Calibration

The drone may require compass calibration when changing flight sites or if it detects environmental interference. Follow the app prompts. Rotate the drone horizontally for more than 2 turns, then vertically (nose facing upward) for 2 revolutions. The indicator light will turn green upon successful calibration. You can also trigger compass calibration manually in the App System Settings.

Warning: If calibration fails multiple times, update the calibration site. Do not calibrate the compass with the arms retracted.

4.5. Remote Control Calibration

If the remote control operation and drone flight response are inconsistent, calibrate the remote control. Select "Remote Control Calibration" in the App. Perform Neutral Calibration (do not touch sticks) and then Rocker/Roller Calibration (dial sticks to maximum travel).

Warning: Turn off the aircraft when calibrating the remote control. Calibration cannot be done during flight. Choose a flat and stable environment for gimbal calibration.

4.6. Drone Self-check

The drone performs a self-check when powered on. If the self-check fails, the App will display corresponding hints.

4.7. Firmware Upgrade

Check the firmware version regularly. New versions will be updated via the FIMI Navi App. Download new firmware when the App is connected to the drone and remote controller. To query the current firmware version, go to the image transmission interface, click "System Settings", pull down and select "Others", then click "Firmware Upgrade".

5. Troubleshooting

• Propeller Issues: If you experience flight instability, reduced speed, or shorter battery life, check the propellers for damage or foreign objects. Replace damaged propellers and screws. Ensure motors rotate freely and silently; replace if unusual noises occur.
• Battery Issues: Ensure batteries are charged within the 5°C to 40°C range. In cold weather, preheat batteries to above 10°C (ideally 20°C) before flight. Do not use batteries below 0°C.
• Gimbal Malfunctions: If the gimbal is not activated or appears tilted after power-on, perform a gimbal calibration. If the gimbal is bumped, damaged, or dirty, it may affect performance; handle with care and keep clean. Always remove the gimbal protector before powering on.
• SD Card Problems: Use a UHS-I Speed Grade 3 or higher MicroSD card for optimal recording. Avoid inserting or removing the SD card during recording to prevent data loss. Ensure proper shutdown of the smart flight battery to save camera settings and prevent video corruption.
• Remote Control Alerts: The remote control emits continuous beeps for errors or low battery. Low battery alerts below 10% and urgent alerts below 3% cannot be disabled.
• Poor Signal: If the FIMI Navi Mini App indicates poor image transmission, adjust the remote controller's antenna position (180° or 270° angle to the back of the RC, plane facing aircraft) and ensure no other communication devices are on the same frequency band.
• Flight Mode Limitations: Be aware of the specific environmental conditions and limitations for each flight mode (GPS, VPU, ATTI, Cine, Normal, Sport, One-Tap Short Film, AI Super Night Video, 8K Hyperlapse). For example, the vision system may not work in certain lighting or texture conditions, and some advanced features do not support zoom or specific frame rates.
• App Performance: Ensure your mobile device is fully charged and up-to-date. An older device may affect the app's performance.
• Drone Self-Check Failure: If the drone's self-check fails upon power-on, refer to the app for specific hints and troubleshooting steps.

6. Specifications

6.1. Drone

• Model: FMWRJ04A3
• Dimensions (folded, without propellers): 145mm x 85mm x 56mm
• Dimensions (unfolded, without propellers): 200mm x 145mm x 56mm
• Takeoff Weight: Approx. 245g
• Diagonal Distance: 214mm
• Max Ascent Speed: 5m/s
• Max Descent Speed: 3.5m/s
• Max Flight Speed: 18m/s (in a windless environment at sea level)
• Max Takeoff Altitude: ≤4000m
• Max Hovering Time: 29 minutes (measured in windless conditions, visual and recording modes turned off, at sea level until 0% battery)
• Maximum Flight Time: 32 minutes (measured flying forward at 21.6km/h in windless conditions at sea level until 0% battery)
• Max Tilt Angle: 35°
• Max Wind Speed Resistance: 10.7m/s
• Operating Temperature Range: 0-40°C
• Satellite Navigation Systems: Beidou/GPS/GLONASS/Galileo
• Hovering Accuracy, Vertical: ±0.1m (Vision Positioning active), ±0.5m (GPS active)
• Hovering Accuracy, Horizontal: ±0.3m (Vision Positioning active), ±0.5m (GPS active)

6.2. Remote Controller

• Model: FMYKQ04A3
• Product Weight: Approx. 260g
• Dimensions: 165mm x 89mm x 47mm
• Operating Frequency: 2.4000 GHz-2.4835 GHz, 5.725 GHz-5.850 GHz
• Max Battery Life: 8 hours (without charging mobile device), 4 hours (charging mobile device)
• Battery Type: Li-ion
• Battery Capacity: 3500mAh
• Nominal Voltage: 3.7V
• Input: 5V=2A
• Operating Temperature Range: 0-40°C
• Charging Temperature Range: 5-40°C
• Max Signal Effective Range (FCC, no interference, no obstruction): Approx. 9 km
• Minimum Latency: Approx. 120 milliseconds
• Supported Mobile Device Interface Types: Lightning, USB-C

6.3. Gimbal

• Type: Three-axis Mechanical Gimbal
• Pitch: -110° to 40°
• Roll: -40° to 40°
• Yaw: -40° to 40°
• Controllable Rotation Range (Pitch): 10° to 90°
• Angular Vibration Range: ±0.005°

6.4. Camera

• Image Sensor: 1/2-inch CMOS
• Lens: FOV 79°
• Aperture: f1.6
• Format Length: 4.71mm
• Format Equivalent: 24mm
• Focus: 1m to ∞
• Effective Pixels: 48 million pixels
• ISO Range: Video Manual 100-6400, Video Automatic 100-25600, Photo 100-6400
• Shutter Speed: 1/8000s-2s
• Max Photo Size: 8064 × 6048
• Max Video Resolution: 3840×2160@60/30/25/24fps
• Max Bitrate: 100Mbps
• Video Format: MP4
• File System: FAT32/exFAT
• Photo Format: JPG
• Digital Zoom: 12x

6.5. APP System Requirements

• iOS: 12.0 or later
• Android: 9.0 or later

6.6. Noise Test Results

7. Warranty and Support

For detailed product information, troubleshooting, and support, please refer to the official FIMI resources.

• Official Website: www.fimi.com
• Customer Service Email: support@fimi.com
• Service Hotline: 400-661-0908
• Manufacturer: Shenzhen FIMI Robot Technology Co., Ltd
• Manufacturer Address: No.1213-1217, 12F, West Block, Tianliao Building, 1133 Xueyuan Avenue, Taoyuan Street, Nanshan District, Shenzhen City, Guangdong Province, China
• User Manual (PDF): A comprehensive PDF version of the user manual is available for download at https://manuals.plus/m/20cf3d05628203677b16f67a54ccb677481b34fdefbe2939b3220386be40235c

8. User Tips

• For advanced applications like agricultural mapping, while the FIMI Mini 3 features 'Route Flight' and 'Waypoint' functions, compatibility with third-party software like Pix4Dcapture is not explicitly stated in the manual. Users interested in such applications should verify compatibility independently.