PowerVision Poweregg X Drone User Manual

PowerVision Poweregg X Drone

Product OVERVIEW

Specifications

• Product Name: PowerEgg X
• Version: V1.0
• Manufacturer: PowerVision

Product Profile

The PowerEgg X is a versatile device that can be used as an AI camera or a drone.

Before Flight

Prior to using the PowerEgg X, it is highly recommended to:

• Watch all tutorial videos on the official PowerVision website
• Read the Safety Guidelines and Disclaimer
• Review the Quick Start Guide for your first flight preparation
• Refer to the User Manual, Safety Guidelines, and Disclaimer for Smart Batteries for additional information
• If using waterproof accessories, read the Quick Start Guide for instructions

Download App and Watch the Tutorial Video

To get started with the PowerEgg X, follow these steps:

1. Scan the QR code or download the Vision+ 2 App from the App store
2. Use the Vision+ 2 App or visit the PowerVision website to watch the tutorial video. The Vision+ 2 App is compatible with iOS 10.0 and above or Android 5.0 and above.

Product Usage Instructions

AI Camera Mode

In AI Camera mode, the PowerEgg X can capture stunning photos and videos. Here are the different parts of the PowerEgg X:

1. Forward Vision System
2. Gimbalized camera
3. Mode indicator (headlight)
4. Motor
5. Front Landing Gear
6. Rear Landing Gear
7. Propeller
8. Battery Cover
9. Battery Level LEDs
10. Power Button
11. USB Mini Port
12. Downward Vision System (With internal antenna)
13. Ultrasonic Sensor System
14. Drone Status Indicator
15. Buckle of Battery Cover
16. Wristband
17. Smart Battery
18. Tripod Adapter
19. Arm Groove
20. Arm Block
21. Micro SD Card Slot
22. USB-C Port

In AI Camera mode, the following parts are exclusively used:

16, 18, 19, 20 are exclusively used in AI Camera mode.

Drone Mode

In Drone mode, the PowerEgg X can be used as a fully functional
drone. Here are the additional controls:

1. Mobile Device Holder
2. Antenna
3. Joystick
4. Flight Mode Switch
5. P Mode (Professional)
6. N Mode (Normal)
7. E Mode (Easy)
8. Emergency Stop Button
9. Return to Home
10. Customizable Button
11. Power Button
12. Charging Port (Micro USB)
13. Photo Button
14. Video Button
15. Mobile Device Port (USB)
16. Gimbal Control Thumbwheel

Appendix

Vision System Calibration

To ensure optimal performance, it is recommended to calibrate the vision system of the PowerEgg X. Please refer to the User
Manual for detailed instructions on how to perform the calibration.

Compass Calibration

For accurate navigation, it is important to calibrate the compass of the PowerEgg X. Follow the instructions provided in the
User Manual to perform compass calibration.

Technical Specifications

For detailed technical specifications of the PowerEgg X, please refer to the User Manual. The specifications include information on dimensions, weight, camera specifications, battery capacity, and more.

Warranty

The PowerEgg X comes with a warranty. To learn more about the warranty terms and conditions, please refer to the User Manual or contact PowerVision customer support.

FAQs

Q: How can I access the tutorial videos for the PowerEgg X?

A: You can access the tutorial videos by scanning the QR code or downloading the Vision+ 2 App from the App store. Alternatively, you can visit the PowerVision website to watch the tutorial videos.

Q: What are the compatible operating systems for the Vision+ 2 App?

A: The Vision+ 2 App is compatible with iOS 10.0 and above or Android 5.0 and above.

Q: How can I switch between AI Camera mode and Drone mode?

A: To switch between AI Camera mode and Drone mode, refer to the instructions provided in the User Manual. The mode can be selected using the respective controls and buttons on the PowerEgg X.

Q: How do I calibrate the vision system and compass of the PowerEgg X?

A: Detailed instructions on how to calibrate the vision system and compass can be found in the User Manual. Follow the step-by-step guide to ensure accurate performance.

Q: What is the warranty period for the PowerEgg X?

A: The warranty period for the PowerEgg X is stated in the User Manual. Please refer to the manual or contact PowerVision customer support for more information.

PowerEggTM X
User Manual
V1.0
PowerVision

Product Profile

Before Flight
It is recommended to watch all tutorial videos on the official PowerVision website and read the Safety Guidelines and Disclaimer before the first use. Prepare for your first flight by reviewing the Quick Start Guide.
Please refer to the User Manual, Safety Guidelines and Disclaimer for Smart Batteries for more information. To use the waterproof accessories, please read the Quick Start Guide.
Download App and Watch the Tutorial Video
Scan the QR code or download the Vision+ 2 App from the App store.
Use the Vision+ 2 App or visit the PowerVision website to watch the tutorial video. The Vision+ 2 App requires the iOS 10.0 and above or Android 5.0 and above.
About PowerEgg X
³ Introduction
The PowerEgg X can be used an AI camera or a drone.
· AI Camera Mode
You can enter the AI Camera Mode by connecting your phone to the PowerEgg X’s Wi-Fi. Use the Vision+ 2 App to control the AI camera and view your creations in real time. The maximum battery life ç is 3.5 hours.
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æ The visual systems and ultrasonic sensors scan only be operated in selected environment. Read the Safety Guidelines and Disclaimer and this manual for more details. Watch the Tutorial video of this product on PowerVision website or Vision+ 2 App to ensure proper use of relevant functions. ç The maximum flight time and working time are based on laboratory tests.
· Drone Mode With a forward vision system, a downward vision system, and an ultra-
sonic sensor system æ, PowerEgg X can stably hover and fly both indoors and outdoors, return to home automatically, sense obstacles, and fly using Smart Flight modes. The High Precision Steady Gimbal Camera can record stable, ultra-clear 4K 60fps videos. The maximum flight timeç is 30 minutes.
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Diagram of PowerEgg X Parts
· Drone Diagram

1. Forward Vision System

8. Battery Cover

2. Gimbalized camera

9. Battery Level LEDs

3. Mode indicator (headlight) 10. Power Button

4. Motor

11. USB Mini Port

5. Front Landing Gear

12. Downward Vision System

(With internal antenna) 13. Ultrasonic Sensor System

6. Rear Landing Gear

14. Drone Status Indicator

7. Propeller

15. Buckle of Battery Cover

*161820 are exclusively used in AI Camera mode.

16. Wristband 17. Smart Battery 18. Tripod Adapter 19. Arm Groove 20. Arm Block 21. Micro SD Card Slot 22. USB-C Port

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· Remote Control Diagaram

1. Mobile Device Holder 2. Antenna 3. Joystick 4. Flight Mode Switch 5. P Mode (Professional) 6. N Mode (Normal) 7. E Mode (Easy) 8. Emergency Stop Button

9. Return to Home 10. Customizable Button 11. Power Button 12. Charging Port (Micro USB) 13. Photo Button 14. Video Button 15. Mobile Device Port (USB) 16. Gimbal Control Thumbwheel

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Smart Battery

³ Functions

Battery Level The battery level LEDs indicate the battery level.

Discharging Protection When the battery level is higher than 65% and stored for ten days without any use, the During Storage battery automatically activates the discharging protection and discharges to the level of 65%.

Balanced Charging The voltages of the battery cells are automatically balanced.

Temperature Protection
Overcharge Protection

Charging will stop when the temperature gets lower than 10 or exceeds 40. The smart battery will stop charging once its fully charged without exceeding its limit.

Overcurrent Protection
Over-discharge Protection

The smart will stop charging charging if the excess current is detected.
Discharging stops automatically to prevent excess discharge when the battery is not in-flight use.

Short Circuit Protection

The power supply automatically cut its power if a short circuit is detected.

Battery Cell Damage Detection

A warning will be shown when a damaged cell is detected.

Hibernation Mode

When the battery is turned on without being connected to to any device, it will turn itself off in 15 minutes., and the cell enters the hibernation to save power(and can be powered on again by pressing the Power button).
When the smart battery level is lower than 10% for more than 6 hours, it will automatically enter a deep hibernation to prevent further discharge. The LEDs on the smart battery will blink after a short press of the power button. However, the smart battery will not be turned on, without itself being waked up by charging.

Communications

The smart battery’s voltage, capacity, current and other information can be sent to the device via data port.

Power Button

Battery Level LEDs
Charge the Smart Battery fully for activation before first use. · Checking the battery level
Short press the power button once to check the battery level. · Powering on/off
Press the power button once, , then press and hold for 2 sec to turn on/off the battery. The LEDs on the smart battery indicate the current battery level. The battery level LEDs go off when the drone is powered off. · Smart Battery Charging Use the power adapter provided by the PowerEgg X for charging. 1. Connect the power adapter to an AC power supply (100V~240V, 50/60Hz).
Use a power socket converter if necessary. 2. Connect the Smart Battery to the power adapter, and make sure it has been
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turned off. 3. The battery level LEDs blink in cycles to display the battery level during charging. 4. The LEDs on the smart battery will be turned off after the battery is fully
charged, disconnect the battery after charging is completed.

Example of charging

The charging port on the smart battery

The charging port on the remote controller

· Smart battery LEDs during Charging

Battery Level:

LED4 LED3 LED2 LED1

0%-50%

50%-80%

80%-100%

Fully Charged

DO NOT charge the battery immediately after the flight as the temperature may be too high. Charging the smart battery during high temperature may cause damage to the battery cells and the battery life will be affected. Wait until it cools down to the room temperature before charging again.
Please charge the smart battery when it is betwwen 10 to 40. Please read the Safety Guidelines for Using the Smart Battery for safety use.

User Sign Up
Download our Vision+ 2 App on your mobile devices. For an Apple device, the iOS 10.0 or above is required.

For an Android device, the Android 5.0 or above is required.
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You can find the App by scanning the QR code.
Open the Vision+ 2 App. An account is required to use all the functions of the product, you can sign up with an email address or a phone number. Please sign in once you have an account already.
If you haven’t signed up yet, we will create a new account for you. a. Sign up with your email address
Fill your email address and click the Send Verification Code’ button; Fill the 6-digit verification code you received in the input box and wait for verification; After the verification, set your passwordThe password is required to be 8-20 characters, with both numbers and letters; We will show you the quality service that PowerVision provides for you, as well as the corresponding service terms and policies. Read it carefully before you move on to the next step. Clicking theAccept’ button indi cates that you agree with all of our service terms and policies. b. Sign up with your phone number æ Click the Sign in with phone number’ button in the sign- in interface; ç Fill the country code and your phone number correctly in the input box, and click theSend Verification Code’ button; è Fill the 6-digit verification code you received in the input box and wait for verification; é After the verification, set your passwordThe password is required to be 8-20 characters, with both numbers and letters; ê We will show you the quality service that PowerVision provides for you, as well as the corresponding service terms and policies. Read it carefully before you move on to the next step. Clicking the `Accept’ button indi cates that you agree with all of our service terms and policies.
³ How to Sign In
Run the Vision+ 2 App. You can choose to sign in with verification code or your password.
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· Sign in with verification code
a. To use your email address with the account æ Fill your email address correctly in the input box, and click the Send Verification Code’ button; ç Fill the 6-digit verification code you received in the input box and wait for verification; è After the verification, you can sign in the app successfully. b. To use your phone number with the account æ Click theSign in with phone number’ button in the sign-in interface; ç Fill the country code and your phone number correctly in the input box, and click the “Send Verification Code” button; è Fill the 6-digit verification code you received in the input box and wait for verification; é After the verification, you can sign in the app successfully
· Sign in with a password
æ Click the Sign in with password’ button in the sign-in interface; ç Fill your user name and password correctly in the input box and click the “Sign in” button. ³ Forgot Password? If you have failed to sign in multiple times, you can click theForgot Password’ button to change your password.
æ Before changing your password, you need to fill the 6-digit verification code you received in the input box and wait for verification.
ç After verification, you will be redirected to an interface that allows you to change your password.
è Once finished, you can use your new password to sign in immediately.
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Activate PowerEgg X
Activate PowerEgg X on Vision+ 2 App before the first use.
· Operating Steps
1. Power on the PowerEgg X, setup the device in either AI camera mode or drone mode.
2. In the AI camera mode: Connect your mobile device to PowerEgg X’s WiFi: EggX_xxxxxx. The default password is 12345678. In the drone mode: Connect your mobile device to the remote controller with a USB cable. Power on the remote controller and PowerEgg X, and the remote controller will automatically connect to the PowerEgg X.
3. Run the Vision+ 2 App. After the connection between the mobile device and the drone is established, a prompt to activate will be displayed on the App as shown in the following picture. Tap “Activate” to activate the drone.
4. After the drone is activated, a prompt of “Activation Succeed” will be displayed on the App as shown in the following picture. Tap ‘OK` to access the drone. 9

A failure notice will be shown on the App if the activation is not successful. Tap “Activate” again until the drone is activated successfully.

Activate the Drone

Activation failed. Please re-activate the Drone.

Cancel

Activate

Activate the Drone
Caution: DO NOT power off the drone during the activation process. 10

Firmware Update

The firmware of PowerEgg X needs to be updated in each modes. In drone mode, the firmware for the drone and the remote controller will be updated. In the AI camera mode, only the drone firmware will be updated. In the drone mode, if both the drone firmware and the remote controller firmware have new versions for the update, usually the drone firmware will be updated first before the remote controller.
There are two kinds of firmware updates-mandatory and non-mandatory. Non- mandatory updates include bug fixes and performance improvement, which are recommended. However, normal use of the device will not be affected if the updates are skipped. Mandatory update includes critical fixes, the device cannot be operated without the update.
The firmware update includes three steps: downloading, transmitting Wait patiently during the upgrade. After each step completes, it will automatically enter the next step.
· Instructions for Update
1. Use the Vision+ 2 App to update the firmware. Power on the drone, run the App, and connect your mobile device to the Internet. If a firmware update is available, you will be notified on the homepage of the App, as shown in the following picture. Tap the prompt box “Discover a Firmware Update”, and update the firmware by following the on-screen instructions.
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2. After you enter the updated interface, you will be notified again. For non-mandatory updates, you can choose to cancel it as shown in the following picture.
3. After you select “Update”, you will first enter the firmware download interface. After you choose “Download”, the download progress is displayed in real-time. Once you choose “`Download”, DO NOT close the current page, DO NOT power off the PowerEgg X (the drone and the remote control), and Please keep the drone connected to the Internet when downloading. You will be notified when the download is complete
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4. When the download is complete, the firmware transmission will automatically start. Then you need to confirm the update again. If the network is interrupted due to exceptions, you do not need to download the firmware again when entering the firmware update next time.
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5. After selecting “Update”, you will enter the firmware transmission process. During this process, the downloaded firmware is transmitted from the mobile device to the PowerEgg X (the drone and the remote control). The progress will be displayed in real-time. DO NOT interrupt the transmission.
6. When the transmission is complete, the firmware installation automatically starts. During this process, the firmware will be automatically installed on the PowerEgg X (the drone and the remote control).
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7. When the installation is complete, there is a prompt indicating that the firmware update is full. Tap “Finish” to automatically skip to the shooting interface.
Cautions: 1. In either drone mode or AI camera mode, before you update the firmware, make sure that you have powered on the drone, run the Vision+ 2 App and connected your phone to the Internet. Additionally, make sure the battery level of the drone (or AI camera) and the remote control is higher than 50%. 2. During the update process, DO NOT power off the drone. DO NOT exit or close the Vision+ 2 App. DO NOT interrupt the update process, and keep your phone connected to the Internet. In the drone mode, during the update process, DO NOT unplug the USB cable when the remote controller and mobile phone are connected via USB cable. 3. The drone indicator blinks during the update process. When the update is completed, it is normal that the drone automatically restarts or beeps; 4. DO NOT update firmware during flight, or it will affect the operation safety.
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AI Camera Mode
Prepare the AI Camera
1. Remove the protective shell of the device Pull the buckles of the protective shell and remove the shell upwards.
2. Remove the gimbal gimbal protector Press the buckles on both sides of the protector, and pull it downwards.

3. Install Micro-SD card and battery Press the buckles on both sides of the battery cover, and it will automatically pop up. Then the battery cover can be removed.
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4. Install Micro-SD card Insert the Micro-SD card into the slot before using it.

5. Install the arm block and wristband Install the arm block on the left side of the drone and the wristband onto the right. Install the battery into the battery compartment, snap the battery cover back to its place.

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2

6. How to use the tripod Use the tripod adapter when needed.

Install the tripod adapter

Install the tripod

7. Power on Press the power button once, , then press and hold for 2 sec to turn on/off the Drone.
8. Connect to PowerEgg X’s Wi-Fi Connect your mobile device to PowerEgg X’s Wi-Fi: EggX_xxxxxx. The default password is 12345678.
9. Run the Vision+ 2 App on your phone and enter the AI camera mode æ. Download and run the Vision+ 2 App. ç. Sign in and follow the instructions to activate the device (skip to the next step if the device has already been activated). è. The Vision+ 2 App will automatically detect and access the AI camera.

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Introduction to Vision+ 2 App
2. Connection 3. Battery level 4. Microphone 5. More settings switch
1. Home button 6. Cameraparameters
7. Real time image

8. Gimbal control

10. Gimbal mode

9. Camera mode

11. Media library

12. Camera settings 13. Shutter button

1. Home button: click it to return to the homepage of Vison+2 App. 2. Connection: indicating the connection type and connection status between
the App and PowerEgg X. 3. Battery level: indicating the battery level of PowerEgg X. 4. Microphone switch: Turn on/off the microphone during the video mode. 5. More settings: including live streaming , gimbal settings and generalsettings. 6. Camera settings: showing part of the current settings of the camera and
the remaining space in the memory card. 7. Real time image: showing the real- time image shot by the camera. 8. Gimbal control: be used to control the shooting direction of the camera
Double click the center can restore the gimbal to its initial position. 9. Camera mode: currently, there are four modes for you to choose from: photo,
video, slow motion, and time-lapse.
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10. Gimbal mode: quickly switch the working mode of the gimbal. 11. Media library: with the App, you can view the pictures or videos that you have
shot in PowerEgg X. And you can download any of those files at any time. 12. Camera settings: refer to the instructions of camera settings to set the
camera parameters. 13. Shutter button.
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Photo Shooting Mode

Self-timer

Icon of Modes

PowerEgg X supports single shot, HDR, continuous shot and AEB continuous shot.
Select a shooting mode. The corresponding icon will be displayed on the top of the image.
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Video Shooting Mode
Microphone switch

Before shooting

In shooting

PowerEgg X supports 4K 60fps video shooting, which allow you to create ultra- clear footage. 1. Microphone: tap the button to turn on or off the receiver. When it is on, the
sound collected by the receiver on your mobile device will be synchronized with the footage captured by the PowerEgg X. You can only switch it on or off before taking the video. 2. During the 4K video shootingyou can also press the white button on the bottom left corner to take a photo while the video is recording.

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Slow Motion Mode
video format

Before shooting

In shooting

PowerEgg X supports both FHD 120fps and HD 120 fps for slow-motion

shooting. You can easily switch the shooting mode with the button

on the

upper right.

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Time-lapse Mode

Shutter interval
Shooting duration

Estimate video duration generated
Video duration that can be generated Remaining shooting duration

Shooting progress

Before shooting

In shooting

Through time-lapse photography, PowerEgg X can record changes in traffic, cloud orientations, and more over long periods of time in a short video with a duration of just a few seconds.
If you want to take time-lapse pictures, please setup your time-laps settings first:
Shutter Interval: taking a photo at regular intervals. You can set the range at 1s2s5s30s60s.
Shooting Duration: the total time that you need to shoot the pictures. You can set the duration at 30s1min5min10min 15min 20min30min1hour.
After the above two settings are completed, the Vision+ 2 App will automatically calculate the video duration that can be generated after shooting. Please note the maximum generated video duration is 15s. Then, you can start your shooting by slightly tapping the “Photo” button after you secure the PowerEgg X into place and adjust the camera lens properly. You can observe the remaining duration of shooting and the current shooting schedule in the process.
After shooting, PowerEgg X will automatically synthesize the photos into a 1080p MP4 Video at 30fps. You can preview and download the video via ” Media Library” in the lower-left corner.
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Autonomous Personal AI Camera
Autonomous Personal AI Camera Function: PowerEgg X camera can detect and recognize people, vehicle and some other objects, it can also follow them once selected, by rotating its gimbal
How to initiate this function?
æ Aim the lens towards the target person or vehicle; ç After double-tapping or drawing a box (after long-pressing) around the
person or the vehicle, PowerEgg X will swing the gimbal camera make sure that the target object is always in the picture; è Whether you are shooting videos or taking pictures, the camera will always try to follow the target object until you cancel it manually.
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Gesture Control

PowerEgg X will automatically start taking pictures or shooting videos by identifying specific gestures you make. Currently, it supports four gestures, and the corresponding functions are as shown below:
(1) Follow: make a palm gesture towards the camera by reaching out one of your hands with five fingers slightly apart and the camera will start (finish) following the target smartly;
(2) Photo: make a “V” gesture towards the camera, and the camera will take pictures automatically;
(3) Group Photo: Make an “OK” gesture towards the camera and the camera will start taking group photos automatically. .
(4) Video: Make a thumb-up gesture towards the camera and the camera will start (finish) recording videos
Gimbal Mode
PowerEgg X has three gimbal modes: Follow Mode, Lock Mode and FPV Mode. You can tap “Gimbal Mode” button to switch modes.
Follow Mode: In this mode, the camera follows user’s motion in the pan and pitch axes.
Lock mode: In Lock mode, you can choose Pitch lock to lock the pitch and roll axes and only follows user’s pan motionoruse tri-axial lock to lock all 3 axes which will make the camera to point to a fixed direction.
1. Pitch lock: The bottom part of the drone as the axis line, the camera lens always maintains a forward direction when the drone nose, where the camera locates, moves upwards or downwards from a forward position.
2. Tri-axial lock: Taking the bottom part of the drone body as the center point, the camera lens always maintains a front direction when the drone nose, where the camera locates, moves upwards or downwards, to the left or right side from a forward position, or rotate when taking long diameter of the drone body as the axis line. FPV Mode: In FPV mode, the camera will only follow user’s motion without
locking any axis.
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Live Mode
In addition to shooting great videos with PowerEgg X, you can also share the beautiful moments to your family, friends and others via live stream.
PowerEgg X currently supports live broadcasting on Weibo Live Streaming Platform. Stay tuned for other mainstream live streaming platforms coming soon!
How to make live streams?
æ To use Live Mode, you need to select a live streaming platform on “More” ¹”Live” and grant the Vision+ 2 App access to the account as per instructions.
ç After signing in, you can start live broadcasting by tapping “Start Live Stream” in Vision+ 2 App.
è Please note that poor network, platform account restrictions and other factors may lead to failure during live streaming. If you still fail to make live streams after a few tries, please contact the corresponding live streaming platform to consult solutions.
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Drone Mode
Preparing the Drone
Before using it in drone mode, please follow the instructions to install and unfold the drone as illustrated below: 1. Remove the protective Shell of the drone and the gimbal holder.
Remove the protective shell from the device by pulling the handle.
Remove the gimbal holder by pressing and pulling the holder from both sides.

2. Install the drone’s arms and batteries. Press the buckles on both sides of the battery compartment, the rear part of the battery compartment will automatically pop up. Then you can remove the battery cover.
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Insert the arInsert the arms into the slots on the left and right sides of the drone.ms into the slots on the left and right sides of the aircraft.
If a Micro SD Card is needed, please insert the card into the slot first.
Insert the battery into the battery compartment.
Buckle up the battery cover and secure the battery compartment into place. 28

3. Unfold arms and their stands Unfold the left and right arms and lock their positions in sequence
Make sure the gimbal holder is removed and all arms and stands are unfolded before powering on the drone. Caution: When storing and shipping the PowerEgg X, make sure the arms and the drone body are stored separately, and the protective cases of drone and gimbal are well installed.
· Prepare the Remote Controller
In drone mode, PowerEgg X needs to be controlled by the remote controller. 1. Unfold the antennas.
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2. Follow this sequence and place the mobile device holder into a comfortable position.
3. Put your mobile device onto the holder and adjust its angle.
4. Use a cable to connect your mobile device and the remote controller.
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Remote Controller
PowerEgg X comes with a remote controller, which can send pilot’s control commands to the drone, at the same time, the remote controller receives signal from designated data link and transmit real time high resolution video back to your mobile device via Vision+ 2 App.
³ Operations of the Remote Control
· Powering On or Off
Press the power button of the remote control for 3s to power on/off the remote controller.
The LED on the power button indicates the battery level of the remote controller. Please charge the battery before its get too low.
· Charging
To charge the remote controller, use a Micro USB cable to connect remote controller to the power adapter. . The power indicator blinks during charging and keeps on the solid green after the remote controller is fully charged. It will take about 2 hours to charge the battery.
· Operating the Gimbal Camera
1. Photo button: short press once to take pictures. 2. Video button: short press once to start/stop recording. 3. Gimbal Pitch Control Thumbwheel: use the thumbwheel to control thePitch angle of the gimbal.
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· Operating the Remote Controller
Piloting Mode there are three piloting modes, i.e., Right-hand Throttle Mode (Mode 1), Left-hand Throttle Mode (Mode 2) and Chinese Throttle Control Mode (Mode 3). You can also customize your mode in the Vision+ 2 App. For beginners, Mode 2 is recommended The default factory settings for piloting mode is Mode 2. Throughout the entire user manual, mode 2 is used as example to show how to use the remote controller. Tips: Left-hand Throttles Mode (Mode 2): the throttle stick is on the left side; Right-hand Throttle Mode (Mode 1): the throttle stick is on the right side. Right-hand Throttle Mode (Mode 1):

Left Stick

Right Stick

Forward/ Backward

Turn Left/ Turn Right

Left-hand Throttles Mode (Mode 2)

Left Stick

Upward/ Downward

Turn Left/ Turn Right

Right Stick

Upward/ Downward

Turn Left/ Turn Right

Forward/ Backward

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Turn Left/ Turn Right

· Controlling the Drone
1. Throttle Stick
Moving the throttle stick up or down changes the drone’s climb rate. Push the stick up to ascend and down to descend. Elevation of the drone remains unchanged when the stick is in the center position. When the drone begins to take off, you must push the stick up and cross the center position to lift the drone from the ground. Please push the stick slowly to prevent the drone from a sudden and unexpected rise.
2. Yaw Stick
Moving the Yaw stick to the left or right controls the heading of the drone. Push the stick left to rotate the drone counter-clockwise and right to yaw the Drone to the left and right to yaw the Drone to the right. When the stick is in the center position, the yaw rate is zero and the drone keeps its direction. The more the stick is pushed away from the center position, the faster the drone will rotate.
3. Pitch Stick
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Moving the pitch stick up and down changes the Drone’s pitch. Push the stick up to fly forward and down to fly backwards. The Drone remains horizontal when the stick is in the center position. The amount of stick controls the speed of the Drone. 4. Roll Stick
Moving the roll stick to the left or right changes the drone’s roll. Push the stick left to fly left and right to operate right. The drone remains horizontal when the stick is in the center position. The more the stick is pushed away from the center position, the faster the drone will fly with a bigger incline angle.
· Switching flight modes,
Toggle the switch to choose a flight mode from three options.
Three Switches
P mode (Professional Mode): The Drone can fly with highest speed; N mode (Normal Mode): The Drone is at the easiest state to fly; E mode (Easy Mode): The Drone is at the easiest state to fly.
· Return-To-Home (RTH) Button
When flying, press the RTH button and hold for 2s to activate RTH. The drone will return to the last recorded home point. During the return, the
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remote controller beeps, and you can control the flight speed and altitude through the remote controller. Press the RTH button again to cancel the return.
· Customizable Button
The button can be assigned to customized functions by using the Vision+ 2 App.
· Power saving hibernation
Remote Controller beeps after 5 minutes of standing by, and you can toggle any stick to get the controller back to normal. The remote controller will automatically shut down after over 10 minutes of inactivity.
· Optimal Transmission Zone
The signal between the drone and the remote control is most reliable when the antennas are positioned perpendicular to the Drone, while maintaining them in the same direction, as shown below.
³ Pairing the Remote Controller
· Linking the Remote Controller
The remote control is paired to the drone before delivery and will be automatically connected to the Drone after powering on. The three LEDs on the left side blink in a sequence indicating the remote controller are searching and trying to connect to the drone. The blink will stop when both the Drone and the remote controller are connected.
· Pairing the Remote Controller
A new remote controller should paired with the drone before use. The pairing process is shown as follows: 1. Power on the drone and the remote controller.
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2. Connect the mobile device and the remote control through a USB cable and run the Vision+ 2 App.
Linking the Remote Controller
1. Long press the power button of the remote control for 3s and release the button after you hear the start prompt tone to power on the remote control.
2. Unfold the antennas and stands. 3. Secure the mobile device on the stand. 4. Link the mobile phone and the remote
control through a USB cable.
3. Select Pairing the Remote Controller on the guide page of linking the drone in drone mode.
Pairing the Remote Controller
Drone PSN Code Please type in the Drone PSN code
1. Link the remote controller to the mobile device;
2. Type in the PSN code or scan the QR code on the Drone body to pair devices.
Pairing
4. Scan the QR code on the drone body, or type in “SSID: EggX_xxxxxx” as per instructions prompted on the App.
Note: xxxxxx refers to the last six figures of PSN code labelled on the drone body.
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Introduction of Drone

³ Drone Status Indicator
PowerEgg X has mode status indicators (headlights) and flight status indicators (tail light) on the drone body.
Mode Status Indicator

Flight Status Indicator

The mode status indicators, located at the front of the drone, indicate whether PowerEgg X has been configured to the drone mode. In drone mode, the indicators will always be solid red.
Flight status indicators of the drone indicate the status of the drone’s flight control system.
· Flight Status Indicators (Tail Lights)
The remote controller and the drone have been paired before delivery. The three LEDs on the left on the left side of the controller blink in a sequence indicating that the remote control is searching and trying to connect to the drone. When the blink stops, it means that the connection between the drone and remote controller has been completed.

Status of Indicators Green, blinking slowly Green, blinks twice Yellow, blinking slowly

Normal States
Description of Drone States Positioning with GPS Positioning with Vision System No GPS, or Vision System

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Warning and the Abnormal States

Status of Indicators

Description of Drone States

Yellow, blinking quickly

Remote Controller signal lost

Red, blinking slowly

Warning for Low battery

Red, blinking quickly

Warning for severe low battery

Red, solid

Serious error

Alternating red or yellow, blinking quickly

Compass calibration required

Mode Status Indicators (Head Lights)

Status of Indicators Red, solid Red, blinking Red, off

Description of Drone States Inserting the right and left arms. Drone is in Drone Mode. Mode exception, single arm detected only Failure to detect arms. Drone is in AI Camera Mode.

³ Propellers
· Cautions for use
1. Propeller blades are sharp. Handle carefully when attaching and detaching them.
2. Please only use the designated propellers provided by powervision. 3. Propellers are consumables. Please purchase the propeller separately if nec
essary. 4. Make sure that propellers are attached accurately and securely before each
flight. 5. Make sure all propellers are in good condition before each flight. Replace
old, broken or distorted propellers before a flight. 6. Stand clear of and DO NOT touch propellers or motors when they are
spinning. 7. DO NOT squeeze or bend the propellers during storage. Improper handling
of the propellers might lead to deformation and inferior flight performance or flight error. 8. Make sure the motors and arms are mounted securely. Land the drone imme diately if any of the rotor has problem. 9. DO NOT attempt to make modifications to the rotors. 10. Please be aware that the motors might be hot after use, take the Drone
with caution. 11. DO NOT block any of the Ventilations on the motors.
· To replace the propellers
When replacing a propeller, make sure the blades are straight so the screws are exposed.
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Cautions: 1. Use T6 screwdriver and M2.5×3.5 screws with Teflon Paste. 2. The blade clip of the propeller is matched to the end cap of the motor. Please attach the propeller following corresponding icons, as indicated in the drawing. 3. DO NOT use the old screws again after replacement.
³ Vision System
Equipped with forward facing and downward facing stereo vision cameras, vision systems, PowerEgg X can observe the surroundings to help with understanding its positions, as well as perceives the obstacles in those directions. The forward and downward vision systems are located at the nose and the tail of the drone.
Forward Binocular Vision System
Downward Binocular Vision System
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· Detection Range
40°
60°
· Using the Vision System
1. When GPS is unavailable or weak, the positioning function of the Downward Vision System starts to help navigating the Drone. Downward Vision System works best when the drone is at an altitude from 0.5 to 6 meters above the surface. If the altitude of the drone is below 0.5m or above 6m, visual positioning performance may decline. Extra caution is required when flying in those conditions.
2. Forward Vision System Can detect obstacles in its way, and calculate the obstacle’s distance and direction. The Forward vision system works the best when these is sufficient lighting and the obstacles can be seen by cameras with good contrast and textures. Although the Drone will try it best to slow down, due to inertia, to make sure the Drone can stop in time, the fly speed should be less than 8 m/s. 40

Cautions: · The Vision systems Please be aware that the vision systems only plays as a supporting role in flight safety and they cannot replace pilot’s decision making and control. You should always pay attention to the surrounding en vironment and warnings from the Vision+ 2 App during the flight, maintain full control of the drone and take responsibility for flight operations. · Downward Vision System may not work properly over the water surface. We recommend that you maintain full control of the flight, and make a reasonable judgment based on thesurrounding environment. · Please note that the Vision Systems may not work properly when the drone is flying too fast. To gain the best performance with the vision systems, please fly below 10m/s with an altitude of 2 meters, or fly below 5m/s with an altitude around 1 meters. · The vision systems will have difficulty with surfaces that has no apparent visual reference or under poor lighting. In order to make the full use of the vision system, please avoid flying around in environment. a) Flying over monochrome surfaces (e.g., pure black, pure white, pure red, or pure green); b) Flying over highly reflective surfaces (e.g., icesurface) c) Flying over water or transparent surfaces; d) Flying over moving surfaces or objects; e) Operating in an area where the lighting changes frequently or drastically; f) Flying over extremely dark (15 lux) or bright (40,000 lux) surfaces; g) Flying over surfaces with repeating identical patterns or textures (e.g., small tiles with the same color); h) Flying over small obstacles (e.g., tree branches or wires); · Do not block the cameras, please always make the camera lens clear. · Forward Vision System cannot work properly if the drone’s attitude angle is greater than 30 °, or the flight speed faster than 8 m/s (flying forward). Extra attention is needed. · A calibration of the vision system may be needed after the Drone experienced with strong shock or extreme temperature changes. The recalibration tools is provided, please go to our official website for more information about downloading the tools and proceed the calibration. · DO NOT fly on (without waterproof case) or smoggy days, or if there is limited visibility (less than 100 m).
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· Please check the camera lens of Vision System before take-off: a) Remove the covers/ stickers and make the lens clear; b) If there is any water droplet, fingerprint or dirt on the surface, please wipe with lint-free wipers before flight. DO NOT use alcohol or other organic solvents. c) For any damage to the vision systems, please contact our customer support for repair.
³ Basic Flight Modes
· P Mode (Professional Flight Mode): The Drone is more agile and faster then normal.
· N Mode (Normal Flight Mode): Use this mode to achieve precise hover positioning and best utilize the smart flight modes while using the GPS module or Vision Positioning System. The maximum flight attitude angle is 30°, with a maximum flight speed of 10m/s (22.37 mph). (When the GPS signal is weak, the vision system will be enabled and both the maximum flight speed and maximum attitude will be limited, to 3m/s and 15 degrees. )
· E Mode (Easy Flight Mode): The Drone is at the easiest to control, with 1m/s maximum fly speed.
Cautions: When the GPS signal is weak, or the compass is interfered, as well as the vision positioning system cannot work properly, the Drone will be switched to Attitude mode, regardless of which flight mode user selects. In attitude mode, the Drone will help the pilot to stabilize its roll and pitch attitudes.
³ Return-to-Home (RTH)
There are three types of RTH: Smart RTH, Smart Low Battery RTH, and Failsafe RTH. Return to home function requires the Drone to record a home point successfully, thus good GPS signal is needed.
· Smart RTH
Smart RTH is initiated either by long pressing the RTH button on the remote controller or tapping the button in Vision+ 2 App and slide to the right side. After launching, the drone will adjust the nose direction and start to return. During the return, you can short press the RTH button once on the remote
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controller or tap the “Stop” in Vision+ 2 App to stop the return. After exiting smart RTH, you can regain control of the drone.
· Smart Low Battery RTH
PowerEgg X will intelligently estimate whether the current battery level is sufficient based on current location. If the current battery level is only enough to complete the return process, the Vision+ 2 App will ask if you need to perform the RTH function.
During the return, you can short press the RTH button once on the remote controller to cancel the return. If you cancel the Low Battery RTH and continue to operate the drone, the drone will force itself to land if the battery is critically low, which may cause the Drone to land in unintended field. possibly leading to a drone crash or loss.
If the current battery level is only enough for landing, the drone will initiate landing automatically . You cannot cancel the auto-landing in this situation, however, you can still control the Drone’s horizontal motions during the landing.
· Failsafe RTH
During the flight, if the remote signal lost for more than 2s, the flight control system will take over the drone and return to the last recorded Home Point.
Before this return, the Drone will hover at its current position for 10 seconds, and then go back to the home point, with a straight flight path.
Cautions: · When the GPS signal is weak or invalid, the drone cannot achieve RTH function. · During the automatic return, the Drone ascends to the pre-set RTH height first and cannot be controlled before climbing to 20 meters above the surface If the Drone has climbed to 20m about the surface but hasn’t reach the pre-set return altitude, pilot can push the throttle stick to stop the climb, the Drone will return at that altitude. · During the return, the pilot can control the flight speed and altitude through the remote controller or Vision+ 2 App, but cannot control the heading and lateral movements of the drone.
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· Precise landing
During during the landing phase of a automatic return, the drone will match the terrain features after arriving at the Home Point. Once the match is successful, the drone will adjust its landing location to accurately return to the take-off point. Be aware that precise landing has a few prerequisite conditions, be cautious with the status of the Drone all the time.
1. During the return, the Home Point is not reloaded. 2. When taking off automatically, the drone launches a precise landing and does
not terminate the operation when matching the terrain features of the take-off point. Precise landing will only work if: 1. The ground environment of Home Point has no dynamic changes. 2. Ground below the Home Point has transparent textures and patterns (e.g., snow). 3. The light is not extremely dark (e.g., at night) or bright;
· Landing protection
Landing protection will be initiated at the final phase of the landing, except when the battery is critically low.
1. The Drone will land straight when the landing area is determined as good. 2. When the landing protection detects the intended landing area doesn’t
match landing requirement, the Drone will hover at 1 meter above the ground and the pilot will be notified. The pilot can pull the throttle stick to force the Drone to land.
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Smart Flight Mode
Before starting this mode, please make sure the drone is fully charged, the GPS signal is good, and the remote control is in N mode. Click the from the Vision+ 2 App to enter the Smart Flight Mode menu.
³ Smart Following Shooting Mode
In this mode, the Drone can identify and lock the selected target and autonomously follows the target to assist user’s shooting.
· Start Smart Following Shot Function
1. Make sure the Drone has sufficient battery and hover at least 3 meters above the ground.

3 meters above the ground

2. Enter the Vision+ 2 App, click on the AI Function , select the smart

following shot function, and select shooting mode.

3. Select the target you want to follow. The user can click the target or select it

by a frame after the Drone identifies the target. After clicking the Start

,

button, the Drone will keep a certain distance from the target and follow it.

When the Drone is following the target, the user may need to reselect the

target if it moves too fast or blocked for a long time.

· Mode selection
1. General following: The drone keeps a relative distance to the target and follows it with the shortest path.
2. Parallel following: The drone always maintains the shooting angle and follows the target in parallel.
3. Target locking: The Drone will keep the target in the frame but does not actively follows the target’s motion.
· Exit the Smart Following Shot Mode:
You can press the stop button on the remote controller to stop the following,
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or you can click the exit button on the App to exit the following mode. Switching the control mode to P or E will also terminate the smart following Click the “Exit” button on the App to exit the following mode. Switch the remote controller to P / E mode and exit the mode.
Cautions: 1. Please be aware people or other objects along the path of the drone. 2. Be cautious with the smart following mode in these scenarios the smart following mode in these scenarios: a. The target moves on the non-level ground; b. The target undergoes a large deformation when moving; c. The target is blocked for a long time or is out of sight; d. The target is in snow- covered areas; e. The connected is similar in color or pattern to the surrounding environment; 3. The environment is exceptionally dark (lighting < 300lux) or extremely bright (lighting > 10000lux); 4. Please be sure to comply with local laws and regulations regarding privacy. 5. It is recommended appropriate to select children as the following target. 6. When the following target overlaps with other objects, the target may switch abnormally during the process. 7. When the following target moves too fast to be followed safely, the drone will automatically stop following.

³ Point of Interest
The Drone can autonomously fly around a target, the user can control the radius and speed of the following while take photos/ videos.

· Define the Point of Interest

1. Enter the PowerVision Vision+ 2 App, select the

Point of Interest and

enter the control interface.

2. Move the drone to over the point of interest according to the App interface

prompt, and set the current GPS position as the target point of interest.

3. Move the drone more than 5 meters away from the point of interest.

4. Click Start, and the drone will start to circle the point of interest.

5. Click the altitude/radius/speed button and drag the value box to adjust the

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flight trajectory, or use the stick to change the flight trajectory. 6. When the pilot hit the pause button, the Drone will stop and hover, click
again to resume the following.
Cautions: 1. Please end the orbital flight immediately when the battery is low and start r eturning to home before the battery becomes critically low. 2. Please be sure to comply with local laws and regulations regarding privacy.

³QuickShot
QuickShot function allows the users to select from From a few preprogrammed flight path and complete a short video automatically,, currently, it supports: receding, skyward, surround, spiral, ellipse

1. Fading away: The drone takes the target point as the initial orientation,

rises while moving backwards, while the camera is following the target.

2. Sky rockting: The Drone will climb vertically while keeping the target in

the camera frame, no matter the Drone is directly above the target or at

some distance.

3. Surrounding: The Drone will orbit around the initial target position with

a constant speed and radius, while the camera is pointing towards the target.

spiral: The Drone will fly a spiral trajectory while the camera will keep

the target in the frame.

Ellipse: The Drone will fly a ellipse trajectory while the camera is point-

ing towards the target. The distance between the target’s initial position and

the drone is the long axis radius of the ellipse; the long axis radius of the ellipse

is 1.5 times the radius of the short axis.

· Start the QuickShot
1. Please start QuickShot when the Drone is 3 meters above the ground.

3 meters above the ground
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2. Enter the Vision+ 2 App, click on the AI Function, quickshot, and select

shooting mode you need.

3. Click the pre-recognized target or draw a box on your target.

4. Adjust the flight parameters on the screen and click Start

. The drone

will automatically fly and perform shooting tasks.

5. After the quickshot has been completed, the Drone will, the drone will auto

matically return to the initial point.

· Exit quickShot shooting

The pilot can cancel the quickshot when she control sticks are used or the

pause button

is hit. The Drone will stop and hover.

Cautions: 1. Use the function in an open and unobstructed environment, and always pay attention to whether there are obstacles such as buildings and animals on the flight path of the drone. 2. Please be sure to comply with local laws and regulations regarding privacy.
· In the following scenarios, the use of quickshot is not recommended: 1. The target is blocked for a long time or is out of sight; 2. When the distance between the subject and the drone exceeds 50m; 3. The target looks similar to the surrounding environment; 4. The target is moving too fast; 5. The environment is very dark (lighting < 300lux) or extremely bright (lighting > 10000lux) .

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Drone Flight

Please read the manual carefully before your first flight. Configue the Drone correctly and find an open space. DO NOT exceed the flight ceiling of 500 meters for safety consideration. Please follow the laws and regulations, and make sure to read the PowerEgg X Disclaimer and Safety Instructions for safety information.
³ Flight Safety
· Flight Safety Guideline
Correctly Setting the Flight Mode

Open and unobstructed environment

Good GPS signal

Within visual range

Below 120 meters

Cautions: 1. Keep away from crowds, trees, power lines, tall buildings, airports and signal towers when flying. 2. Radio transmission towers, high- voltage wires, substations, and other sub stantial magnetic metal may interfere with remote control signals and com passes, which could affect the flight safety. threaten flight safety.

DO NOT fly in situations as followed: 1. DO NOT operate in the weather such as rain, fog, snow, thunder and lightning, wind (wind speed at 10 meters per second or above). 2. It is recommended to purchase a waterproof protective case for PowerEgg X when flying on rainy days and make sure the drone flies within the visual range. DO NOT touch the working propeller. Otherwise, severe personal or property damage may be caused.
DO NOT fly in any No-Fly Zones.
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· Requirements for Flights
æ. Requirements for Weather and Environment Cautions: 1. DO NOT fly in bad weather, such as high winds (wind speed at level 5 or higher), rain, snow, fog, thunder and other weather. 2. DO NOT fly under weak GPS signal With a large field elevation. ( i.e. flying from inside to the outside of a skyscraper ), otherwise the positioning function will be abnormal, and the Drone will not be able to operate regularly. 3. DO NOT fly 4000 meters above the sea level in case of air density and ambient temperature influence. 4. DO NOT use the drone during disasters such as fire, explosion, lightning strike, tornado, storm, blizzard, flood, earthquake, sandstorm, tsunami, nuclear pollution. Cautions: 1. When flying indoors, some functions may be limited due to insufficient ambient lighting conditions, no GPS signal, and narrow space. 2. The drone can only safely fly at wind speeds below 10 meters per second. DO NOT operate when the wind speed is higher than 10 meters per second.
ç. The Requirement for Wireless Communication Cautions: 1. The drone must be operated in an open area. Tall reinforced buildings, mountains, rocks, and trees may interfere with the compass and GPS signals. 2. When the remote controller is in use, turn of other electronics to avoid interference. 3. Do not fly around any source of electromagnetic interference. Those sources include but not limited to Wi-Fi hotspots, routers, Bluetooth devices, high- voltage power lines, high-voltage power stations, mobile phone base stations, television broadcast signal towers, satellite radars.
è. Requirements for Flight Safety Cautions: 1. Users must not fly the drone under the influence of drugs or alcohol; under the condition of drug paralysis, dizziness or other physical discomfort or mental state in case of any personal injury and property damage. 2. The user must not use an drone in the event of an accident (such as collision, tipping or falling) or an abnormal flight condition. An drone suffering an accident must not fly until it has been Inspected or repaired by PowerVision
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or otherafter-sales centers recommended by PowerVision.
Cautions: 1. When using the product, the pilot should be clear about how to operate the Drone and the pilot should have made emergency plans. 2. Make plans for each flight and avoid flying without planning ahead. 3. Before shooting with this camera, please be sure to respect the privacy of others. Users should fully understand local laws and regulations about privacy before using the camera. 4. DO NOT use for any illegal or improper purposes (including but not limited to espionage, military operations and criminal investigations). 5. DO NOT infringe the privacy rights of others with the drone.
³ Pre-flight Inspection
1. Please make sure that PowerEgg X is correctly assembled with both arms are in place place, and the battery and its cover are securely installed. 2. Make sure the drone’s arms and stands are fully deployed, and the drone is
placed steady before take-off. 3. Please make sure that there are no obstructions above and around the
drone during the flight. 4. Make sure the remote controller, the drone and mobile devices have sufficient power. 5. Make sure that the camera lens and the vision system are clean and not damaged (scratched or cracked). 6. Make sure that the protective cover of the gimbal and its motors are clean and undamaged, and the gimbal can move freely without any resistance. 9. Ensure that all propellers are free from damage, ageing, and deformation,
and are correctly and firmly installed on the motor. 10. Make sure the drone’s motors are clean, undamaged and can start usually. 11. Perform compass calibration, IMU calibration or visual calibration according
to the instruction on App or the drone. 12. Make sure the firmware of drone, its remote controller, and the App have
been updated to the latest version. 13. Be familiar with each flight mode and the return to home function of the
drone. 14. The user should understand the local laws and regulations related to drone
usage, and apply required authorization in order to fly the Drone.
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15. Make sure the app is running correctly. If you fail to run the Vision+ 2 App during a flight, PowerVision will not be able to provide you with after- sales support services such as warranty, and it will not be liable to any relevant responsibilities.
16. Before using Vision+ 2 App, you must agree to the Terms of Usage and PowerVision Privacy Policy. Please carefully read the Terms of Usage and Privacy Policy, indicating the legal responsibilities of PowerVision in the App.
³ Automatic Takeoff and Landing
· Automatic takeoff
The Drone can automatically take off by itself and hover at 1.5 meters above the ground while blinking green lights, once the take off sequence has been completed.
1. Open the Vision+ 2 App, select and open the PowerEgg X user interface. 2. Check the drone according to the self-check list. 3. Click the Auto Takeoff button , read the conditions and slide to unlock
the takeoff function. 4. The drone automatically takes off and hovers to an altitude of 1.5 meters.
· Automatic landing
Automatically land the Drone, the pilot can use this function when the Drone is has good positional information( Tail LED blinks green).
1. Click the Auto Landing button , then confirm the landing. 2. During the descending process, the user can exit the automatic landing
process by clicking the button . 3. After the drone has landed , the propeller will stop.
Cautions: Please choose a proper landing area.
³ Arm/Disarm the motors
· Arm the motors
Pull the control sticks together as shown below to arm the motors.
Or
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· Disarm the motors
Method 1: After the drone touches the ground, pull the throttle stick to the lowest position and hold it for 3 seconds, Uhe motors will stop.
Method 2: After the drone touches the ground, pull the throttle stick to the lowest position.
Then pull both control sticks down as shown until the motors stop.
Or
· Abnormal Conditions
1. When the Drone is tipped over with a bank angle greater than 90 degrees, the motors will be disarmed.
2. When the Drone is armed but has not taken off yet, if the remote signal is lost for more than 30 seconds, the motors will be stopped.
3. Long-time standing by protection: If the motors have been armed for more than 1 minutes without the Drone been taken off as well as no control command from the remote controller or the mobile device, the motors will be stopped automatically.
4. Over-the-air stop: You can set and review how to kill the motors while the Drone is flying in the Vision+ 2 setup page.
Cautions: Over-the-air shutdown Will cause the Drone to crash, only use this function to avoid more critical damage.
³ Example of an introductory flight.
· Steps
1. Set the flight mode and prepare the remote control. 2. Place the drone on a flat surface in an open area, with the taillights facing
the user. 53

3. Press and hold the power button on the remote control for 3 seconds to turn on the remote control. Short press once and then long press the power button for 2 seconds to turn on the drone.
4. Wait until the cycling LEDs of the remote controller change to a state where only the power light is on.
5. Run PowerVision Vision+ 2 App to enter the control interface. 6. When the drone tail status indicator blinks green slowly, the motor can be
armed. 7. After the motor have been armed, slowly push the throttle stick upwards to allow the drone to take off. 8. Pull down the throttle stick to lower the drone. 9. After the drone touches the ground, pull the throttle stick to the lowest
position and hold it for 3 seconds, , the motors will stop. 10. Turn off the power of the drone and then the remote control in order.
· Tips for Aerial Photography
1. Be familiar with the environment, plan ahead your flight path. 2. Before the flight, please ensure that the status and function of the drone are
both normal. Confirm that the number of GPS satellites is not less than 13. 3 Select a proper flight mode with the remote controller. 4. Fly and shoot in clear, calm weather. 5. Set camera parameters, such as resolution, format, and exposure, according
to your needs. 6. During the flight, make control adjustments as small as possible to make the drone fly smoothly.
Cautions: Flight safety is critical, and please be sure to read the Safety Guidelines and Disclaimer carefully.
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Flight in Rain & Takeoff/landing on Water
Purchase and use waterproof accessories for PowerEgg X, then you can enjoy experiences flying in the shower and takeoff/landing on water.
· Water-proof Flight Mode
When using a waterproof case or buoyancy accessory, make sure the Vision+ 2 activates the waterproof drone mode. In the waterproof flight mode, the power of the drone reduces, the flight speed has lower limits, the Smart flight function functions are disabled, and the vision systems are disabled.
³ Water-proof Drone
· PowerEgg X Waterproof Case
A PowerEgg X drone with a waterproof protective case can be flown in the rain. The waterproof protective case creates a barrier along the contract surface between itself and the arms with rubber sealing strip to ensure that the PowerEgg X can generally work in humid, rainy environments and other environments where water may splash, and to prevent damage to the body from water ingress.
Cautions: The waterproof case is only valid for drone mode. DO NOT use the waterproof case in AI camera mode.
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· Tips for using and maintaining the protective case:
1. The rubber sealing strip should be kept intact and clean. Any dirt or foreign matters (including but not limited to sand, dust, hair, thin threads) may cause moisture to penetrate the case and damage the Drone.
2. Before installing the waterproof case, please make sure there are no water droplets or mist on the inside of the case and the surface of the Drone.
3. The sealing strip is not removable. If cleaning is needed, please rinse with water and then dry it. Avoid getting dirt or hair stuck in the sealing piece when wiping it.
4. Keep the joint between the arms and the waterproof case tight during the installation to ensure that the buckle is well fastened.
5. If the Drone touches seawater or other corrosive liquids during use, please rinse the waterproof protective case with fresh water and wipe to dry it. Otherwise, metals pieces such as hinges, buckles, and heat sinks will eventually corrode, and the O-rings will be salted, which will lead to malfunction of the product.
6. If the Drone’s arms accidentally touch the seawater, rinse them with fresh water, shake out the water inside, wipe the surface and place it until it gets dried.
7. The waterproof protective case can only prevent rain and splashing water. DO NOT immerse the waterproof protective case and the arms in water for a long time. If the Drone has accidentally tipped into the water, pick it up immediately.
8. A waterproof protective case will reduce the quality of optical imaging, and produce problems such as glare, reflection, slight distortion, which is normal.
9. Wearing the waterproof case will reduce the battery life and handling quallities of the Drone. DO NOT use it in a high wind environment. Make sure the product has sufficient power when flying.
10. Only fly the Drone in waterproof mode within your visual distance.
Cautions: Failure to properly perform the instructions mentioned above of using the PowerEgg X and the waterproof protective case may result in the breakdown of the case. In this situation, water may get ingets in and then damage the drone and battery, which may cause an explosion or fire. The product warranty does not cover damage to the product due to human errors in use.
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· PwerEgg X Waterproof Case Installation
1. Assemble the PowerEggX.
2. Open the waterproof case, and insert the rear end of the drone into the case.
Cautions: When inserting, please make sure that the O-ring at the root of the
machine arm is in full contact with the sealing rubber strip and the O-ring is embedded in the groove of the sealing rubber strip. 3. Close the front and rear of the waterproof protective case, and fasten the sealing buckle.
Installation sequence: a ¹b Disassembly sequence: b ¹a Cautions: Check if the lock is securely fastened 4. Extend the arms and stand.
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Tips: Fog on the waterproof case will affect image quallity. Camera Lens fogging:
Under the protection of the waterproof protective case, the drone is completely sealed, occasionally there might be mist inside the case when flying in a humid environment.
Solutions:
1. Before installing the waterproof case, use a soft, dry cloth to wipe off any water droplets from the inside of the case.
2. Before installing the waterproof protective case, use goggle anti-fog agent to evenly coat (or spray) the part on the inner surface of the shell. Please refer to the instruction of anti-fog agent usage for more detail.
Caution: Mind the burns After the drone is powered on, the metal heat sink at the rear of the water-
proof protective case will heat up. Be cautious!
³ Flight in Rain & Takeover/Landing on Water
· Buoyancy Accessories
In the drone mode, the PowerEgg X can be equipped with a waterproof protective case and floating accessories to achieve water surface take-off and landing, as well as to float on the water.
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· Caution
1. After installing the floating accessories, you need to check and confirm that the floating accessories and the four tripods are firmly fixed. It is forbidden to take off the drone when the buoyancy fittings are installed incompletely or loosely. Otherwise, equipment damage or personal injury may be caused.
2. DO NOT land the drone on the water without the waterproof protective case. Otherwise, the drone may accidentally splash water or fall into waster and cause damage.
3. After installing the waterproof protective shell and buoyancy accessories, the handling quality of the drone will be degraded. DO NOT use it in high wind.
DO NOT fold, bend, or damage floating accessories. When using the drone, please make sure that the floating accessories are intact, so as not to cause Cause additional aerodynamic drag or water insufficient buoyancy, resulting in flight accidents.
· Take-off and Landing on water
1. When taking off in rough water, do climb quickly from water to prevent the drone from being affected by waves.
2. When landing on the water surface, the drone shall descend vertically to the water surface. If the horizontal speed is too high during the landing, the
drone may tip over and float upside down. If the drone is upside down, it will automatically turn off the motor and cannot take off again. 3. When the drone is floating on rough water, there may be a warning that the
take-off conditions are not met. Please take the drone back as soon as possible. 4. DO NOT throw the drone into the water, as it may cause the drone to tip
over and fail to take off. 5. After the drone’s waterproof protective case touches the water for a long
time, it may appear to hover unstably or be difficult to control. Please land as soon as possible to recover and dry the drone. 6. The control distance of the remote controller depends on the distance between the remote controller and the drone above the water. The higher the remotecontroller is from the water surface, the farther the control and image transmission distance is.
When the drone lands on the water, the signal quality will be affected, especially in the presence of waves. Therefore, DO NOT land the drone beyond 100 meters
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away from the remote controller.
· Takeoff and Landing on a Boat
1. DO NOT calibrate the drone on a shaking or moving boat. 2. Make sure that the drone has enough space to take off onboard. Otherwise,
it shall take off on the water surface or ground. 3. If the boat is swaying; the drone may not be able to unlock.
· Floating accessorie Installation
1. Inserting the tripods in floating accessorie
Drone Heading

Notes: The drone heading

is as shown above.

2. Pass the strap around the arms and tighten the fasteners on the belt to secure the floating accessorie to the arms.

3. After the installation is completed, check and confirm that the buoyancy parts are installed tightly and that the joints of the legs are secured. Make sure the straps are out of the way of the rotors.

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Appendix
Vision System Calibration
Vision system calibration is recommended in the following situations: 1. Use times reached 50 times; 2. Storage or operating environment temperature exceeds the range of -10~40 ; 3. Severe collision; 4. When the Vision+ 2 App prompt out reminders like “The stereo vision system parameters are abnormal. Please calibrate with PV Desktop on PC”.
· Software Support
1. The software supports Windows 8 /10 and macOS 10.13 or other latest versions.
2. The software supports both Chinese and English Language. Cautions:
1. DO NOT stick any material that can cause light reflection on the display. 2. DO NOT calibrate the binocular system under strong light. 3. DO NOT delete any files and folders in the installation directory. 4. Please use a single monitor instead of dual monitors for extended calibration
and try to avoid abnormal calibration parameters caused by different resolutions and screen sizes. 5. Please only use flat screen monitors.
· Preparation before Calibration
1. Download the “PVDesktop” stereo vision calibration software from the official website to your computer, double-click to install.
2. Unplug the arms:
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3. Power on the device. 4. Access to the network: search for the wireless network through your
computeraccording to the SSID identified by the QR code on the device body, enter the default password 12345678 to access to the connection.
· Start Calibration
1. Start the forward calibration Cautions: 1). Please point the forward facing stereo cameras at the calibration target at the calibration target on the screen, as shown below:

2). Please keep the tail of the device still, adjust the position of the head, and align it with the black middle mark on the screen.
3). Avoid horizontal and vertical motions. 4). Select “Don’t ask me again” and click “Start calibration” to directly
enter the calibration interface. Use the Use the forward facing stereo cameras to aim the calibration target, adjust the position, and take pictures in sequence, as shown below, until all 26 pictures are taken.

Preview box

Error message prompt

Help information

Middle mark
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After the acquisition is completed, it will automatically jump to the “downward calibration”.

2. Start the downward calibration
Cautions before calibration: 1). Please point the downward facing stereo cameras at the calibration target on the screen, as shown below:

Preview box

Error message prompt

Help information
Middle mark
2). Please keep the tail of the drone still, adjust the position of the head, and align it with the black middle mark on the screen.
3). Avoid horizontal and vertical translations of the drone at the target as a whole.
4). Select “don’t prompt again” and click “start calibration” to directly enter the calibration interface.
Use the drone’s downward facing stereo cameras to aim the calibration target, adjust the drone’s position, and take pictures in sequence, as shown below, until all 26 pictures are taken.
3. Parameter calculation After the downward images are taken, it will automatically jump to the
calculation process. At this time, the user doesn’t need to do anything, please wait with patience.
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Calibrating, please wait…(40%)

4. Calibration result query After the successful calibration, click the OK button to restart the drone
automatically to make sure that the newly set parameters take effect. The user can also view them in the Log folder under the software installation directory.
· Firmware Reading
Click the list button on the left side of the software and select “Firmware” to query the current version status of the drone, as shown below:

Return Calibration Hardware

Version Name
Aircraft Hardware

Version Number

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Compass Calibration
Please calibrate the compass in any of the following situations: 1. Fly more than 50km from after the compass was last successfully calibrated. 2. PowerEgg X has not been used for more than 30 days. 3. The App reminds the user about compass interference, and the flight status indicator blinks red and yellow alternately.
Caution: DO NOT calibrate in areas with strong magnetic fields or near large
pieces of metal, such as magnetic deposits, parking lots, building areas with steel bars, etc. When calibrating, DO NOT carry magnetic substances with you, such as mobile phones and magnets.
· Steps of Calibration
In an open field, perform the compass (magnetometer) calibration according to the following steps:
1. Enter the App and select the Compass Calibration 2. Rotate the drone horizontally 360 ° according to the instructions on the App
interface. 3. Turn the drone nose down and rotate it 360 °. 4. After the calibration complet es, the indicator no longer blinks yellow and
red, and the app prompts that the calibration is successful. If the droneindicator still blinks red and yellow, the app prompts calibration fails, please re-do the calibration in another place.
Horizontal calibration 65

Vertical calibration 66

Technical Specifications

AI Camera
Drone Gimbal
Camera
Remote Controller Charger Smart Battery
App

Weight Size Battery lifev Working Environment Temperature
Working Frequency
Transmitting Power (AI Camera Mode) Takeoff weight Maximum Battery Life Diagonal Pitch Horizontal flight speed Takeoff altitude GNSS Working Temperature
Working Frequency
Transmit Power (Drone Mode)
Controllable Rotation Range
Image sensor
Lens
ISO Range Electronic Shutter Speed Maximum Photo Size
Photo Shooting Mode
Video Size Maximum Video Bitrate File System Image Format Video Format Drone- based Memory Memory Card Type
Working Frequency

522g
165×100×100 mm
4 Hours
0~40
FCC/IC: 2412~2462MHz CE: 2412~2472MHz SRRC: 2412~2472MHz MIC: 2412~2472MHz CE(EIRP):18.2dBm FCC:21dBm IC:21dBm MIC:10mw/MHz SRRC(EIRP):20dBm 862g 30mins 427.5mm 18m/s 4000m GPS+GLONASS 0~40 FCC/IC: 2412~2462MHz CE: 2412~2472MHz SRRC: 2412~2472MHz MIC: 2412~2472MHz CE(EIRP): 17.3dBm FCC: 27dBm IC: 27dBm MIC: 10mw/MHz SRRC(EIRP): 20dBm In drone mode Tilt operation: -90° ~ +20° In AI camera mode Tilt operation: -90 ° ~ + 20 °; Level: -55 ° ~ + 55 ° 1/2.8-inch CMOS: 12 megapixels or plus Viewing angle: 78.4° Equivalent focal length:27mm Aperture: f/1.8 Fixed focus lens focusing distance:1 m ~ Video: 100 – 3200 Photo: 100 – 6400 8 – 1/8000 s 4000×3000
One shot Burst: 3/5/7 shots Auto bracketing (AEB): 3/5 shots @ 0.7EV steps Time-lapse shooting (interval: 3/5/7/10/15/30 / 60s) 4K: 3840×2160 24/25/30/48/50/60p FHD: 1920×1080 24/25/30/48/50/60/120p HD:1280×720 24/25/30/48/50/60/120/240p 75 Mbps FAT32 (32 GB); exFAT (>32 GB) JPEG / RAW MP4 / MOV(H.265/H.264/MPEG-4 AVC) 6G
Micro SD Card SD Card 128GB maximum, Class10 or higher, UHS Speed Class 3 (U3) ratings FCC/IC:2412~2462MHz CE:2412~2472MHz SRRC:2412~2472MHz MIC:2412~2472MHz

Maximum Signal Transmission Distance FCC: 6km; CE: 3km; SRRC: 3km

Working Temperature Equivalent Isotopically Radiated Power (EIRP) Built-in Battery Working Current / Voltage Support for Mobile Devices
Mobile Device Holder
Input
Output
Rated Power Energy Capacity Rated Voltage Charging Limit Voltage Battery Type Weight Charging ambient temperature Charging power iOS Android

0 ~ 40 CE(EIRP): 18.3dBm FCC: 27dBm IC: 27dBm MIC: 10mw/MHz SRRC(EIRP): 20dBm 3500 mAh 1700 mA @ 3.7 V( with USB connecting the mobile phone) connector typelightning Micro USB, USB-C width: 65mm-84mm (6 inches or less) thickness: 8.3mm or less 100-240 V, 50/60 Hz battery connector13.3 V 3.76 A USB-A connector:5 V 2 A 50W 43.32Wh 3800 mAh 11.4 V 13.2V LiPo 3S 237g
10 ~ 45 50W iOS 10.0.0 or newer versions Android 5.0 or newer versions

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Warranty
Please visit the PowerVision official website https://www.powervision.me for the latest after-sales warranty information.
Contents are subject to change without notice. Please check at the official PowerVision website www.powervision.me
PowerEgg and PowerVision are trademarks of PowerVision. Copyright © PowerVision Inc. 2020 All Rights Reserved.
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References

• PowerVision
• PowerVision

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