FCC ID: 2BBLM-VEENIIX-V11 FOLDABLE DRONE

14+for age User Manual V11 CONTACT US FOR MORE TECH SUPPORT WhatsApp: +86 18928013876 Mon-Sun 6PM-4AM(PST) veeniix.com CONTACT US FOR MORE TECH SUPPORT WhatsApp: +86 18928013876 Mon-Sun 6PM-4AM(PST) Mon-Sun 6PM-4AM(PST) veeniixtoy@gmail.com Contents v1.0 1 Using This Manual 1.1 Legend 1.2 Read Before the First Flight 1.3 Download the App 1.4 FAA Remote ID Registration Process 1.5 Video Tutorials 2 Product Overview 2.1 Packing List 2.2 Preparing the Aircraft 2.3 Aircraft Diagram 2.4 Remote Controller Diagram 3 Aircraft 3.1 Flight Modes 3.2 Aircraft Status Indicator 3.3 Return to Home (RTH) 3.4 Ultrasonic & Auxiliary Light 3.5 Intelligent Flight Modes 3.6 Propellers 3.7 Intelligent Flight Battery 3.8 Gimbal and Camera Overview 4 4 4 4 5 10 11 11 12 14 16 17 17 18 19 24 26 31 33 37 Copyright 2023 Veeniix All Rights Reserved. 1 4 Remote Controller 4.1 Charging the Controller 4.2 Emergency Stop 4.3 Controlling the Drone 4.4 Optimal Transmission Zone 5 Veeniix Fly App 5.1 Home 5.2 Camera View 6 Flight 6.1 Flight Environment Requirements 6.2 Pre-Flight Checklist 6.3 Pairing Remote Controller with Aircraft 6.4 Remote Controller Cable Connection 6.5 Compass Calibration before Flight 6.6 Gyroscope Calibration 6.7 Starting/Stopping the Motors 6.8 Auto Takeoff/Landing 6.9 Basic Flight 40 40 41 42 44 46 46 47 54 54 55 56 57 60 63 64 66 67 2 Copyright 2023 Veeniix All Rights Reserved. 7 Appendix 7.1 Specications 7.2 Accessories Support 7.3 Common Questions and Solutions 7.4 After-sales Support 69 69 70 71 73 Copyright 2023 Veeniix All Rights Reserved. 3 1 Using This Manual 1.1 Legend Recommend Warning Importance Hints & Tips 1.2 Read Before the First Flight Read the following documents before using Veeniix V11.

User Manual

Flight Guide & Safety Disclaimer It is recommended to watch all the guide videos and read the Quick Guide & Safety Disclaimer before using for the rst time. 1.3 Download the App Scan the QR code or Search in the application store to download

"Veeniix Fly". Make sure to download the Veeniix Fly before using V11.

iOS App Store

Google Play Veeniix Fly is compatible with Android 6.0 or above, iOS 10.0.2 or above, dual-band Wi-Fi (2.4GHz and 5.8GHz) phones. 4 Copyright 2023 Veeniix All Rights Reserved. 1.4 FAA Remote ID Registration Process You can check the serial number of the drone in two ways.

RID-compliant labels on the drone.

Successfully matched drone with remote control---Insert the data cable---enter Veeniix Fly app---enter CONTROL page---click the power icon in the upper right corner---the RID information will pop up. RXID: 1865AH600000001 TXID: 1982SJ23070100000004 time2023-07-04 09:40:48.099 Latitude0.0 Alt.Press102.4 Run Stateremote ID faulty Direction256.2 Longitude0.0 Alt.Geod0.0 RID Modulenormal D0.0 H0.0 D.S0.0 V.S0.0 Copyright 2023 Veeniix All Rights Reserved. 5 Registration

Please go to https://uasdoc.faa.gov/login

Please complete and submit the information following these steps. 6 Copyright 2023 Veeniix All Rights Reserved. Copyright 2023 Veeniix All Rights Reserved. 7 Veeniix V11 Veeniix V11 8 Copyright 2023 Veeniix All Rights Reserved. Veeniix V11 Copyright 2023 Veeniix All Rights Reserved. 9 The drone will start broadcasting the FAA remote ID signal when all of the following conditions are met.

The drone has built-in Remote ID functionality.

The drone is within airspace of the United States.

The drone s motors began to spin. 1.5 Video Tutorials Scan the QR code to watch the tutorial videos to ensure correct and safe use of the product. 10 Copyright 2023 Veeniix All Rights Reserved. 2 Product Overview 2.1 Packing list A B propellers A propellers B RC Cable (USB-C connector) Type-C USB charging cable RC Cable (Micro USB connector) P T O S SPEED Remote controller Intelligent Flight Battery Aircraft Spare Joysticks Landing Pad RC Cable (Lightning connector) Propeller Holder Gimbal Cover Copyright 2023 Veeniix All Rights Reserved. 11 2.2 Preparing the Aircraft All aircraft arms are folded before the aircraft is packaged. Follow the steps below to unfold the aircraft. 1 2 12 Copyright 2023 Veeniix All Rights Reserved. 1.Remove the propeller holder. 2.Unfold the front arms. 3.Unfold the rear arms. 4.Remove the gimbal cover from the camera.

Open the buckle of the gimbal cover.

Pull the cover up slightly and gently remove it. 5. Peel off the camera's protective lm. 6. Unfold the front arms' landing gear. Make sure to unfold the front and rear arms rst, then unfold the front arm landing gear. (the aircraft signal antennas are mounted in the landing gear, which may affect signal reception if not unfolded) Remove the gimbal cover from the camera before starting the aircraft. Make sure that the aircraft is placed on level ground and all the arms are unfolded before turning on the aircraft. Copyright 2023 Veeniix All Rights Reserved. 13 2.3 Remote Controller Diagram 12 1 SOTP SPEED 3 5 7 10 9 11 2 6 8 4 1.Left Joystick The left joystick is the throttle stick which controls the aircraft up/down, left rotation/right rotation. 2.Right Joystick The right joystick is the directional stick which controls the aircraft forward/backward, y left sideways/

y right sideways 3.Emergency Stop Press once and then long press for 3 seconds to trigger an emergency stop, the aircraft will lose power and drop in place. (DO NOT use unless it is an emergency.) 4.Power Button Press once to check the current battery level. Press once and then long press to turn on the remote controller. 14 Copyright 2023 Veeniix All Rights Reserved. 14 15 13 5.Flight Mode Switch/ Indoor Mode Press once to switch between Camera mode, Normal mode, and Sport mode. The default is normal mode. Long press for 3 seconds to turn off GPS mode and switch to indoor mode. (GPS mode is on by default, please do not turn it off when ying outdoors to avoid losing the aircraft.) 6.Return to Home (RTH) Button Press the button to initiate RTH. The aircraft returns to the last recorded Home Point (Due to GPS signal issues, the landing position may deviate slightly from the Home Point, within a radius of about 3 meters). Press again to cancel RTH. 7.Shutter/ Auxiliary Light Press once to take a photo. Long press the button for 3 seconds to turn on or off the auxiliary light. 8.Record Press once to record a video. 9.Mobile Device Holder Used to securely mount the mobile device to the remote controller. 10.USB-C Port For charging the remote controller. 11.Joysticks Storage Slot For storing the control joysticks. 12.Antenna Relay aircraft control and video wireless signals. 13.Camera Zoom Controls the camera zoom in and out. 14.Gimbal Dial Controls the tilt of the camera. 15.Remote Controller Cable Connect to a mobile device for video linking via the remote controller cable. Select the cable according to the mobile device. 1.Long-distance Version 2.Remote Controller Battery 3.GPS signal strength 4.Remote Control Signal Strength 5.Shutter/Record 6.Speed 7.Status Display 8.Aircraft Battery Level 9.Distance 10.Height 11.Distance Speed 12.Vertical Speed Copyright 2023 Veeniix All Rights Reserved. 15 2.4 Aircraft Diagram 5 10 2 3 1 4 11 8 7 9 13 6 14 12 1.Gimbal and Camera 8.Optical ow camera 2.Propellers 3.Motors 9.Ultrasonic module 10.Battery Buckles 4.Aircraft Status Indicator 11.MicroSD Card Slot 5.Intelligent Flight Battery 12.USB-C Port 6.Landing Gears

(Built-in antennas) 7.Auxiliary Light 13.Power Button 14.Battery Level LEDs 16 Copyright 2023 Veeniix All Rights Reserved. 3 Aircraft Veeniix V11 aircraft is mainly composed of ight control system, communication system, vision system, propulsion system and intelligent ight battery. This section will introduce the functions of each part in detail. 3.1 Flight Modes Veeniix V11 has three ight modes can be switched via the Flight Mode Switch on the remote controller. Aircraft defaults to Normal mode and should be switched to Sport mode when the wind is strong to improve the wind resistance. When ying in Sport mode or in windy conditions, user should reserve at least 3m or more braking distance to ensure ight safety. When ying in sport mode, the power of the aircraft is greatly increased, and a small operation of the joysticks on the remote controller will cause the aircraft to make a large movement. In actual ight, the user should leave enough space to ensure ight safety. Copyright 2023 Veeniix All Rights Reserved. 17 3.2 Aircraft Status Indicator LED LED V11 aircraft status indicator is located above the nose landing gear and shows the current status of the ight control system. Refer to the table below for more information about the aircraft status indicator. Color Action Aircraft Status Red Solid Connecting to the remote controller White&Blue Blinks Slowly GPS searching Aircraft Pink Blinks Quickly Compass calibration required White&Blue Blinks Quickly Gyroscope Calibration automatically White&Blue Solid Ready to y Red Blinks Slowly Low battery 18 Copyright 2023 Veeniix All Rights Reserved. 3.3 Return to Home (RTH) The Return to Home (RTH) function brings the aircraft back to the last recorded Home Point and lands when the GPS signal is strong. There are three types of RTH: Smart RTH, Low Battery RTH, and Signal Disconnection RTH. If the aircraft successfully recorded the Home Point and the GPS signal is strong, the RTH will be triggered when either the user starts Smart RTH, the aircraft battery level is low, or the signal between the remote controller and the aircraft is lost. GPS Description Home Point 1.When ying outdoors, the GPS signal icon is displayed with 3 bars or more. 2.The default Home Point is the rst location where the aircraft received a strong or moderately strong GPS signal. 3. During the ight, if the aircraft lands at a new location, the point from which it retook off will become the latest Home Point, and the aircraft will return to the latest Home Point. Copyright 2023 Veeniix All Rights Reserved. 19 Smart RTH P T O S SPEED When the user wants the aircraft to return home automatically, the user can click the RTH button on the remote controller, or click the icon on the App. During the return descent, the user can control the aircraft to avoid obstacles. Press the RTH button on the remote controller or click the icon on the App again to cancel the RTH. After cancelling the RTH, the user can regain control of the aircraft. If the aircraft is less than 98ft (30m) from the Home Point when RTH begins, it will y to the Home Point at its current altitude. (Pay attention to maintain the altitude and avoid hitting people or obstacles.)Refer to Figure 1. current altitude 16ft current altitude 16ft

98ft 20 Copyright 2023 Veeniix All Rights Reserved. If the aircraft is more than 98ft (30m) from the Home Point when RTH begins, and is ying below 65ft (20m) without setting a return altitude, it will automatically rise to the default return altitude of 65ft (20m) then y to the Home Point. Refer to Figure 2. Figure 2. Not setted return altitude current altitude 16ft

98ft If the aircraft is more than 98ft (30m) from the Home Point when RTH begins, and set a return altitude, if the aircraft is ying below the set altitude, it will rise to the set return altitude and then y to the Home Point, if the aircraft is ying exceed the set return altitude, it will y to the Home Point at its current altitude. Refer to Figure 3. Figure 3. current altitude 16ft setting altitude

98ft The aircraft is not equipped with an obstacle avoidance function. During the ight, please judge the ight situation reasonably, avoid obstacles in time, and set the corresponding ight and return height according to the ight environment. Copyright 2023 Veeniix All Rights Reserved. 21 Low Battery RTH When the intelligent ight battery level is too low, the user should land the aircraft as soon as possible to avoid damage to the aircraft or other dangers. In order to prevent unnecessary dangers due to insufcient battery level, when the aircraft battery level is low, the Low Battery RTH will be automatically triggered. According to the remaining power after returning, there are 2 situations after returning:

1. First-level low battery: the aircraft returns to the point 98ft (30m) above the latest Home Point and hover. After hovering, the user can continue ying the aircraft at altitude of 98ft (30m) and within a radius of 98ft (30m). 2. Second-level low battery: the aircraft will y directly above the latest Home Point from its current altitude and then descend to the ground. current altitude 16ft current altitude 16ft

98ft Must pay attention to the ight altitude when the battery level is low. Avoid hitting obstacles due to the low ying altitude when returning home with the second-level low battery. The remaining battery power after returning is related to the return distance, wind speed, and wind direction. 22 Copyright 2023 Veeniix All Rights Reserved. Signal Disconnection RTH If the Home Point was successfully recorded and the compass is functioning normally, Signal Disconnection RTH automatically activates when the remote controller is turn off or signal lost for more than 6 seconds. If the signal is recovered during the RTH, the aircraft will stop returning and rebind with the remote controller signal, and the user can control the aircraft again at this time. Automatic Return to Home process when signal is lost:

1. Aircraft stores its position when taking off after the GPS signal is successfully received, and records it as the Home Point. 2. Trigger RTH (triggered by low battery of remote controller, signal loss, etc.). 3. After triggering the RTH, the aircraft adjusts the nose direction and starts to return to the latest Home Point. 4. The aircraft automatically ies over the latest Home Point, then starts to land, and completes the home return. When Signal Disconnection RTH, the aircraft cannot avoid obstacles. When the GPS signal is weak, the aircraft cannot return to home automatically. Copyright 2023 Veeniix All Rights Reserved. 23 3.4 Ultrasonic & Auxiliary Light The bottom of the aircraft is equipped with ultrasonic module, auxiliary light and optical ow camera, which provides the aircraft with better adaptability to the environment. The ultrasonic module is composed of a pair of ultrasonic sensor modules (1 sending and 1 receiving). Ultrasonic sensors can measure the altitude of the current aircraft through ultrasonic waves, making the low-altitude ight and landing of the aircraft more stable. The optical ow camera can recognize scenes on the ground and help the aircraft maintain its current position, hover more precisely, and y indoors or in other environments where GPS is not available. Long press the Shutter on the remote controller for 3 seconds to turn on/off the auxiliary Light. When the light is dim in optical ow mode, turning on the auxiliary light assists in positioning. Auxiliary light 9.8ft Ultrasonic module Optical ow camera Ultrasonic is less effective on highly absorbent surfaces

(e.g. thick carpets, lawns). Auxiliary light provides illumination at close range which accelerates the power consumption of the intelligent ight battery. 24 Copyright 2023 Veeniix All Rights Reserved.

(1) When GPS is unavailable, the optical ow camera is enabled if there has a discernable surface and sufcient light. This function can only assist ight, but cannot completely replace the user judgment. Please pay attention to the aircraft situation and APP tips, do not overdependence.

(2) The optical ow camera cannot work properly over surfaces that surfaces that do not have clear pattern variations. The optical ow camera cannot work properly in any of the following situations. Operate the aircraft cautiously. a. Flying over monochrome surfaces (e.g., pure black, pure white, pure green). b. Flying over highly reective surfaces. c. Flying over water or transparent surfaces. d. Flying in an area where the lighting changes frequently or drastically. e. Flying over extremely dark surfaces. f. Flying over surfaces that strongly reect (e.g., mirrors). g. Flying over surfaces without clear patterns or texture. h. Flying over surfaces with repeating identical patterns or textures

(e.g., tiles with the same design).

(3) The optical ow camera works best when the aircraft is at an altitude from 0.5 to 3m. If the altitude of the aircraft is above 3 m, the optical ow camera may be affected, so extra caution is required.

(4) Keep the sensors clean at all times. DO NOT tamper with the sensors. Make sure there are no stickers or any other obstructions over the optical ow camera.

(5) The optical ow camera can only be used in indoor mode, and the aircraft automatically switches to GPS mode when it successfully searches for signals outdoor. Copyright 2023 Veeniix All Rights Reserved. 25 3.5 Intelligent Flight Modes Veeniix V11 has three intelligent ight modes to meet the user's shooting needs: Waypoints Flight, Point of Interest, GPS Follow. The intelligent ight modes can only be operated through the Veeniix Fly App, please make sure to download and install Veeniix Fly before use. The mobile phone must be connected to the remote controller cable before using the intelligent ight modes. The Intelligent ight only works when the GPS signal is strong. Please avoid high buildings, trees, and areas where Wi-Fi signal might be interfered. Aircraft is not equipped with obstacle avoidance function. Please use it in open areas free of obstacles. Waypoints Flight The aircraft ies follows the path of the points marked on the App. 26 Copyright 2023 Veeniix All Rights Reserved. 1. Make sure you have downloaded and installed the Veeniix Fly App and that your phone is connected to the remote controller. 2. Launch aircraft and ensure ight height is higher than the nearby obstructions. 3. Click the icon on the App to enter the Waypoints Flight. 4. Mark interested of points (up to 16) which you plan to y on App map's within the circle (limited ight range). 5. Conrm the marked points are correct and click the go icon, the aircraft will start Waypoints Flight. 6. Click to reset the marked point. click the icon on the App again or operate the right joystick to exit the Waypoints Flight. Make sure the map is loaded before launching the aircraft. Click the icon on the App again or operate the right joystick to exit the Waypoints Flight. Copyright 2023 Veeniix All Rights Reserved. 27 Point of Interest In this mode, the aircraft will y around the target center point with a radius. The right joystick push forward/backward to control the radius of the aircraft's circle of 16ft-328ft (5-100m), and push left/right controls the direction and speed of the aircraft's circle, that is, the aircraft will y around counterclockwise/clockwise. 16ft-328ft (5-100m) 1. Make sure you have downloaded and installed the Veeniix Fly App and that your phone is connected to the remote controller. 2. Launch the aircraft and make it hover around the target center point. 3. Click the icon on the App to enter the Point of Interest, and the aircraft will start ying around the center. H 4. Click the icon on the App again to exit the Point of Interest. 28 Copyright 2023 Veeniix All Rights Reserved. Circling radius range:

1. APP can be set 5-30 meters circle radius, need a larger radius range can be set through the remote control joystick. 2. Operate the right joystick forward and backward to set the aircraft's circle radius range from 5 to 100 meters. Circling speed: The maximum speed is 1.5M/S, and the direction and speed can be changed by operating the right joystick left or right. During the circling process, tap the point of interest button can cancel, and if you need to return to the aircraft, you can directly click RTH to return the aircraft. Copyright 2023 Veeniix All Rights Reserved. 29 GPS Follow In this mode, the aircraft will lock on to the users phone and can track user's movement. It works within a radius and height of 164ft

(50m) after you turn on the positioning function of your phone. 164ft (50m) 164ft (50m) 1. Make sure you have downloaded and installed the Veeniix Fly App and that your phone is connected to the remote controller. 2. Launch the aircraft and make sure the ying range within 164ft

(50m) for best effect. 3. Click the icon on the App to enter the GPS Follow. 4. The aircraft will follow the movement of the mobile phone. Please make sure that the mobile phone and the remote controller are together so that the user can operate the aircraft in the rst time. 5. Click the icon on the App again or operate the right joystick to exit the GPS Follow. The follow function can only work within a radius and height of 164ft (50m), and it will not be available beyond the specied range. To use this function, the positioning function of the mobile phone must be turned on, otherwise the follow mode cant be realized. 30 Copyright 2023 Veeniix All Rights Reserved. 3.6 Propellers The adjacent propellers on the motors of the Veeniix V11 are forward and reverse propellers, the propellers are marked with A and B respectively, different marked propellers rotate in different directions. Propellers Mark A Mark B A B B A Installation location Attaching the Propellers Installed to the motor with A mark on the arm Installed to the motor with B mark on the arm Attahcing Propeller A Attahcing Propeller B Place the aircraft horizontally and make sure that the aircrafts camera faces forward;

Copyright 2023 Veeniix All Rights Reserved. 31 Propeller A: Attach the propellers with mark A to the left front and right rear motors. Press the propellers down onto the motor and turn counterclockwise until they are secure;

Propeller B: Attach the propellers with mark B to the right front and left rear motors. Press the propellers down onto the motor and turn clockwise until they are secure. Detaching the Propellers Detahcing Propeller A Detahcing Propeller B Propeller A: Press the propellers A of the motor and turn clockwise. Propeller B: Press the propellers B of the motor and turn counterclockwise. Please use the propellers provided by Veeniix, and do not mix propellers of different types. Please check whether the propeller is installed correctly and tightly before each ight. Please check to make sure that the propellers are in good condition before each ight. 32 Copyright 2023 Veeniix All Rights Reserved. 3.7 Intelligent Flight Battery Veeniix V11 intelligent ight battery has a capacity of 3500mAh, a rated voltage of 11.1V, and with charge and discharge management functions. This battery uses high-energy and large-capacity batteries to increase the ight time of the aircraft. Using the Intelligent Flight Battery Install the intelligent ight battery into the battery compartment and push it down until you hear a "click" from the battery buckle, indicating that it pops up and locks. Make sure the battery is in place. Install the battery To remove the battery, press the buckles on both sides of the battery and pull it out of the battery compartment. Do Not install the battery into the aircraft or remove the battery from the aircraft when the battery power is turned on. Otherwise, the poor contact of the battery interface during the operation may cause the battery to short-circuit and burn the aircraft. The battery power must be turned off when installed or removed. Copyright 2023 Veeniix All Rights Reserved. 33 Charging the Intelligent Flight Battery Before using the intelligent ight battery, be sure to fully charge it. Original charging cable USB Adapter (Not included) 5V/3A or QC 3.0 18W fast charger 1. Please use a 5V/2A or 5V/3A USB charging plug. Also support QC 3.0 18W fast charge. 2. In the charging state, the battery power indicator will ash and indicate the current charge level; when the fourth indicator light is always on, it indicates that the charging is complete. 3. After charging is complete, please remove the charger in time. Charging time: When charging with a 5V/2A or 5V/3A plug, it takes about 4.5 hours to fully charge. When charged with a QC 3.0 18W plug, it takes about 3 hours to fully charge. Suggestions for battery preservation:

1. It is recommended to use once a month. When you were not going to y the aircraft for a while please do not fully charged the battery, just keep 50%-60% of the power. The best storage temperature is 66-69. 2. Do not use the battery in the rain/snow or wet environment

(including light rain and snow). If the battery is wet, the positive and negative poles will be short-circuited, and the battery protection plate will fail, which will cause the battery not to work well. 3. If the battery is squeezed and deformed or dropped from a height, it is prohibited to use again. 34 Copyright 2023 Veeniix All Rights Reserved. 4. Prolonged exposure to high temperature is prohibited. High temperature will cause the internal pressure of the battery is too high and thus cause an explosion. 5. When not ying the aircraft for a long time, please remove the battery to avoid a long time of low electric discharge state. The new batteries of the aircraft needs to be charged and discharged 3 times to fully activate the lithium ions inside the battery and achieve the longest endurance. Please check the battery power and fully charge before each ight. Please remove the battery from the aircraft when charging. It is prohibited to charge for a long time or use a charger that exceeds the rated power of the battery. Copyright 2023 Veeniix All Rights Reserved. 35 Checking Battery Level Press and hold the power button, after the indicator light turns on to the fourth, release the power button to check the current battery level. Power button Battery level LEDs USB charging port Auto-Discharging Function: V11 Intelligent Flight Battery is equipped with Auto-Discharging Function to prevent swelling, it automatically discharges to Approximate 85% of the battery level when it is idle for 2-3days. After Auto-Discharging, the surface of the power button will have heat, which will cause the ight time to be shortened by about ten minutes. Low Temperature Environment Notice:

1. When using the battery in a low-temperature environment

(32-41), make sure that the battery is fully charged. Battery working in a low temperature environment will reduce the discharge capacity. 2. In a low-temperature environment, due to the battery output power limitation, the aircraft's wind resistance and ight performance will be reduced. You need to be more cautious when ying in low-temperature and high-altitude environments. 36 Copyright 2023 Veeniix All Rights Reserved. 3.8 Gimbal and Camera Overview Gimbal and Camera Prole The camera uses an upgraded 5GHz Wi-Fi FPV real-time transmission function, equipped with 2-Axis Gimbal 4K EIS, 100 FOV lens and a 80 adjustable camera, which can stably shoot 4K ultra-clear videos and images, providing the user with a broad eld of vision for unforgettable moments. Gimbal Self-inspection V11 gimbal has two-axis mechanical stabilization + EIS, with mechanical stabilization in the roll and pitch axis and EIS in the yaw axis. roll pitch When the gimbal is not powered on or having compass calibration, it will not work and is in tilt state, which is a normal situation. After power on and calibration is completed, the gimbal will automatically self-inspection for about 20 seconds, and the gimbal is in horizontal self-stabilization state.

(Figure 1: Before power on)

(Figure 2: During compass calibration)

(Figure 3 Compass calibration is completed) Copyright 2023 Veeniix All Rights Reserved. 37 Gimbal is a movable mechanical structure, the tilt state before power on is a normal situation. Gimbal will fail the self-inspection when it touches the grass or something, use the landing pad or cardboard to avoid the gimbal bumping into something. Aircraft on the wooden oor, roadside, table will conduct some resonance, will cause the gimbal self-inspection failure. Stay away from the place of vibration, use it in the place of no vibration. Gimbal by human external interference, or pick up, will lead to gimbal self-inspection failure. Gimbal self-inspection time is about 20 seconds, the process should avoid touching. Gimbal cannot work during compass calibration. Put the aircraft on a level surface after calibration, then the gimbal will start to work after 20 seconds. Camera Prole 0

-80 The aircraft camera angle can be adjusted from -80 to 0. Image output format: JPG Video output format: MP4 CONFIGURATION STORAGE V11 Phone SD card Photo Video Photo Video 38 Copyright 2023 Veeniix All Rights Reserved. RESOLUTION TRANSMISSION FRAME RATE 3840X2160P 1280X720P 3840X2160P 3840X2160P 30fps 30fps Storing Photos and Videos 128GB V11 is equipped with a MicroSD Card Slot for storage expansion. 1.Card speed: 10M/s. 2.File format: support FAT32 format. 3.Capacity: SD cards with less than or equal to 128G memory capacity. SD cards can be formatted within the App. Check whether the capacity of the SD card is sufcient. If the capacity of the SD card is insufcient, videos and pictures cannot be stored. If you cannot save pictures or videos, try formatting the memorycard and choose FAT32 format. After the SD card is installed, the photo and video les will be stored both in the SD card and the phone. Photos and videos stored on the drone SD card can be copied or downloaded to the phone. To end the recording video, you need to click the recording button again, otherwise the video may be damaged or lost. Copyright 2023 Veeniix All Rights Reserved. 39 4 Remote Controller 4.1 Charging the Controller 15W Adapter USB Adapter (Not included) Charging Time: About 2 hours Chargi ng CharGE DONE The Remote Control Is Charging Fully Charged With Remote Control Connect the remote controller Micro USB-C Port to the charger for charging. Please note: Never overcharge. 40 Copyright 2023 Veeniix All Rights Reserved. 4.2 Emergency Stop P O T S SPEED Within 42ft(13m) Click once and hold the for 3 seconds to enter into Emergency Stop mode. It only activated when the drone's ight altitude within 42ft(13m). By using this function the drone motor will stop working immediately thus fall to the ground, which might cause damage. Only use this feature when in emergency so as to reduce the risk of damage or injury. Copyright 2023 Veeniix All Rights Reserved. 41 4.3 Controlling the Drone Remote Controller Stick Mode-Mode 1 (Default Mode) American hand's control (Default Mode 1) Left Joystick Right Joystick Switch Remote Controller Stick Mode--Mode 2 P O T S SPEED Power off the remote control. Keep pressing the , then press once and long press the (press once indicating the power level, long press the remote control beeps three times and power on, LED screen indicates

"RHAND MODE".) Direction Joystick Throttle Joystick Left Joystick Right Joystick 42 Copyright 2023 Veeniix All Rights Reserved. Remote Controller

(Default Mode1) Aircraft Remarks P T O S SPEED P T O S SPEED P T O S P T O S SPEED SPEED Moving the left joystick up or down changes the aircrafts altitude. Push the joystick up to ascend and down to descend. The more the joystick is pushed away from the center position, the faster the aircraft will change altitude. Push the joystick gently to prevent sudden and unexpected changes in altitude. Moving the left joystick to the left or right controls the orientation of the aircraft. Push the joystick left to rotate the aircraft counter-clockwise and right to rotate the aircraft clockwise. The more the joystick is pushed away from the center position, the faster the aircraft will rotate. Moving the right joystick up and down changes the aircrafts pitch. Push the joystick up to y forward and down to y backward. The more the joystick is pushed away from the center position, the faster the aircraft will move. Moving the right joystick to the left or right changes the aircrafts roll. Push the joystick left to y left and right to y right. The more the joystick is pushed away from the center position, the faster the aircraft will move. Copyright 2023 Veeniix All Rights Reserved. 43 The forward direction of the aircraft is based on the direction of the nose. The default mode is Mode 1 American hand's control. When you need the Japanese hands control, you need to switch in the above way. Once the aircraft restarts, it will change back to the American hands control. 4.4 Optimal Transmission Zone The signal between the drone and the remote controller is most reliable when the antennas are positioned in relation to the aircraft as shown below. 44 Copyright 2023 Veeniix All Rights Reserved. Install the mobile phone into the mobile device holder, refer to the aircraft ight direction of the attitude indicator in the App, and the attitude indicator points straight ahead (perpendicular to the coordinates), indicating that the remote controller is facing the aircraft. Remote controller position Aircraft orientation The antenna of the remote controller is installed in the front of the mobile phone stand, and the best communication effect can be achieved by facing the direction of the aircraft when ying. The aircraft antennas are installed in the landing gears, and the front landing gears must be opened before ight to achieve the best communication effect. Please y in an open and unobstructed area. Radio signal recovery will interfere with the surrounding environment or obstructions. Fly the aircraft to its highest altitude when ying long distances. Copyright 2023 Veeniix All Rights Reserved. 45 5 Veeniix Fly App 5.1 Home After running Veeniix Fly, enter the homepage. Control Control the aircraft through the App page buttons to realize the functions of the aircraft. Guide Click GUIDE to view the help manual, learn to y, safty disclaimer, quick guide, quick start. Check out the ight instructions for V11 on Veeniix YouTube channel. Contact us: veeniixtoy@gmail.com 46 Copyright 2023 Veeniix All Rights Reserved. 5.2 Camera View 1 2 3 4 1.Aircraft Status Indicator Bar In ight: Display the ight status of the aircraft and various warning information. 2.Compass Interference Value It shows the interference value of the compass. When the environmental interference is too large, it will prompt the compass to be disturbed in the aircraft status indicator bar. 3.System Settings System settings include ight range settings, data recording, English and metric unit switching, route display, reminder information and voice prompt settings. 4.Attitude Indicator Display information of the orientation of the aircraft, and position of the remote controller. Copyright 2023 Veeniix All Rights Reserved. 47 Back GPS Status Controller Battery Level Aircraft Battery Level Auto Takeoff Landing Shooting Mode Photo Album Return to home Shutter/Record Button recording W N S E Compass Interference Value D 0.0m H 0.0m DS 0.0m/s VS 0.0m/s A higher value indicates greater ambient interference . Reaching 120 will prompt compass calibration, and reaching 180 will force entry into compass calibration D : Distance H : Height DS : Distance speed VS : Vertical speed 3GB/ 14GB 1 . SD card capacity display 2 . Format : When loading the SD card cannot recognize or save the le,click to format it 48 Copyright 2023 Veeniix All Rights Reserved. More Features Click for more features. GPS Follow Image Follow Music Refer to page 30 for detail explanation The aircraft camera will slowly rotate to follow the target Select music for the video VR Split Screen VR VR split screen interface , used with VR glasses Lens Angle Adjust the shooting angle of the aircraft camera Point of Interest H Refer to page 28 for detail explanation Ges photo Ges record Recognize your gestures and automatically take photos Click to recognize your gesture automatically record Waypoints Flight Refer to page 26 for detail explanation Filter Camera Prole Camera zoom Select a lter for your photo or video Optional 5x zoom Copyright 2023 Veeniix All Rights Reserved. 49 Parameter Beginner mode: In this mode, the maximum ight distance and altitude of the aircraft is 98ft (30m), and the return altitude is 65ft

(20m), so that the aircraft can y more safely within sight. To set a longer distance and higher altitude, please exit the beginner mode. Flight distance: Set the maximum distance of ight. Flight altitude: Set the maximum altitude of ight. Return height: The default height of the aircraft during the course return is 65ft (20m). It is recommended to set the height higher than the surrounding obstacles. Track Footprint: Total number of aircraft ying area. All ight records: The date, location, distance, duration and maximum altitude of each ight. 50 Copyright 2023 Veeniix All Rights Reserved. Find drone: It shows the last position of the aircraft when it lost the image transmission signal. Open the map to nd the position where the aircraft is disconnected. Log: You can export the ight log data. PTZ Adjust When the horizontal Angle of the aircraft gimbal deviates, the user can ne-tune or correct the Angle of roll and pitch Angle, and the need to place the aircraft horizontally when correcting or ne-tuning. Or restore factory settings. Copyright 2023 Veeniix All Rights Reserved. 51 More Settings Unit: Switch between metric and imperial measurement units. Show the route: Turn on or off the App ight path record. Display prompt message: Turn on or off the App status bar to display the information. Voice prompt: Turn on or off the aircraft status voice prompt of the App. Flight rmware upgrade: An upgrade will be automatically displayed when a new ight rmware is released. Normally, no upgrade is required. Wi-Fi & UAV Version: It only shows when it's connected to the aircraft and remote controller. App Version 52 Copyright 2023 Veeniix All Rights Reserved. Before using the Veeniix Fly App, please correctly enable the required permissions for the App:

1.Allow Veeniix Fly to get your location. Otherwise, the following functions cannot be realized. 2.Veeniix Fly pops up the Settings option after connecting the data cable correctly. 3.Allow Veeniix Fly to access to albums, recordings and other permissions. When using the Veeniix Fly on your phone, please keep your phone running smoothly and close other background software that you do not use. The map used in the map interface needs to be downloaded from the Internet. Before using this function, please connect the mobile phone to the internet to cache the map. Please download the correct Veeniix Fly App, otherwise it will not work with the aircraft. Copyright 2023 Veeniix All Rights Reserved. 53 6 Flight After the installation preparation is complete, please conduct ight training rst. It is recommended to conduct training in the beginner mode. Please choose a suitable ight environment when ying. The ight altitude is limited to 393ft, and the local laws and regulations must be strictly observed during ying. Please be sure to read the Veeniix V11 Flight Guide & Safety Disclaimer, and understand the safety precautions before ying. 6.1 Flight Environment Requirements 1. Do not y in severe weather such as strong wind, snow, rain, and fog. 2. Choose an open place with no obstructions around as the ying eld. The compass and GPS signals on the aircraft will be interfered by buildings, mountains, and trees. It is recommended to y in an open area with a diameter of 32ft without interference. It is recommended that the ight altitude be greater than 49ft to avoid ground obstacles and other signal interference from the ground. 3. When ying, keep in sight and control, and stay away from obstacles, crowds, etc. When ying on the water surface, please be more than 9ft above the water surface. 4. The remote controller may be interfered by high-voltage lines, communication base stations or transmission towers. Please y away from these areas. 5. Please y below 13123ft above sea level to ensure that the air pressure setting function of the aircraft can work normally. 6. When GPS is active, the aircraft can achieve stable hovering, return to home, and intelligent ight. When the GPS function fails, these functions cannot be implemented. The aircraft will be unable to hover, drifting away in the direction of the wind. 54 Copyright 2023 Veeniix All Rights Reserved. 6.2 Pre-Flight Checklist 1. Make sure the remote controller, Intelligent Flight Battery, and mobile phone are fully charged. 2. Make sure that the aircraft arms and landing gears are fully extended. Make sure that the battery compartment cover is fastened rmly and the intelligent ight battery is installed rmly. 3. Make sure that the propellers are free from damage, aging, deformation, no foreign matter entanglement, and secure installation. 4. Make sure that GPS is turned on to avoid that it would be lost when ying outdoor in an open area. 5. Make sure to select an Appropriate data cable to connect the remote controller and the mobile phone, allowing all the pop-up permission. 6. Make sure the GPS search is complete and 4 motors can start normally after power-on, and the rotation speeds are consistent. 7. Make sure to peel off the camera protective lm and the camera is clean. Copyright 2023 Veeniix All Rights Reserved. 55 6.3 Pairing remote controller with Aircraft Aircraft needs to carry out a series of calibration before ying, the main purpose is to avoid the accident that the aircraft loses control and crashes caused by the inaccurate GPS signal during the ight. The steps for the pairing are as follows:

1. Long press to turn on aircraft. 2. Press once and then long press to turn on the remote controller. 3. After both turning on, the linking will be automatically started, which is about 50s. When the remote controller icon changes from ashes to steady on and emits a sound of "beep" and the aircrafts lights turn from red to white&blue, indicating that the linking is successful. The aircraft will automatically linking with the remote controller for about 50 seconds. Before each ight, check the power of the remote controller. The indicator light on remote controller will ash and the remote controller will "beep" when the battery is low. After the memory card is installed, the photo and video les will be stored both in the memory card and the phone. When using the mobile device holder to hold a mobile phone, be sure to press it rmly to prevent the mobile phone from slipping off. Keep the battery level at around 50-60%, and recharge it every month or so to keep the battery active. 56 Copyright 2023 Veeniix All Rights Reserved. 6.4 Remote Controller Cable Connection RC Cable (USB-C connector) RC Cable (Micro USB connector) RC Cable (Lightning connector) P T O S SPEED 1 .Select the Appropriate RC cable. 2.Connect one end of the RC cable to the remote controller and the other end to the mobile phone. 3.Enter the App, and allow the permission to pop up. When you enter the CONTROL interface and see the image transmission screen of aircraft, the connection is successful. When the data cable is connected to the phone, ensure that the plug of the data cable is installed in place. For some mobile phones, the plug of the data cable is not installed in place due to phone case, resulting in the failure of data transmission with poor contact and the inability to see the image transmission. Please correctly set the USB Settings option that pops up. Select

"Transferring les" for Android phones, and "Trust" for iphones. Copyright 2023 Veeniix All Rights Reserved. 57 Some USB Settings of Android phones are hidden in the Developer options, you need to change the "Default USB conguration" to "

Transferring les" after opening the developer mode. 58 Copyright 2023 Veeniix All Rights Reserved. The remote controller cannot charge the mobile device. Please check the battery power of the mobile device before use. Copyright 2023 Veeniix All Rights Reserved. 59 6.5 Compass Calibration before Flight Automatically enter compass calibration after entering App .

(Figure 1 Horizontal Rotation) 1.At this time, you need to follow the prompts to pick up the aircraft at a distance of 1m from the ground and rotate the aircraft horizontally for 1 lap until the App interface prompts to enter the vertical calibration. (No xed direction of rotation required.) Please keep the aircraft at when rotating horizontally, otherwise it will take more turns to complete the calibration.

(Figure 2 Vertical Rotation) 60 Copyright 2023 Veeniix All Rights Reserved. 2.Pick up the aircraft at a distance of 1m from the ground, and rotate the aircraft 1 lap vertically with the camera facing upwards until the prompt of vertical calibration on the App interface disappears. (No xed direction of rotation required.) After the compass calibration is completed, place the aircraft on a level ground. At this point, the aircraft lights turn white and blue. The compass calibration is required by default every time the aircraft is turned on. The aircraft light turns pink after pairing, and it can be calibrated in steps 1 and 2. Before the ight, pay attention to the compass interference value on the App. When the interference value is close to 120, it will prompt the compass calibration. At this time, we can manually calibrate the compass or change the place of ight. When the interference value exceeds 180, the aircraft will force entry into compass calibration. Copyright 2023 Veeniix All Rights Reserved. 61 Manually trigger compass calibration When the aircraft is ying in a circle or out of control in a complex environment, the aircraft compass calibration is not standard or interfered. Please land the aircraft manually in time to manually calibrate the aircraft (refer to the rst step of compass calibration). When calibrating the aircraft, please open the arm to avoid the inuence of the magnetic eld of the motor. P T O S SPEED

Figure 3 Turn the remote controller joystick to 1 o'clock and 11 o'clock and hold for 2 seconds (as shown in Figure 3). When the indicator light of the aircraft turns pink, the calibration step will be entered. 62 Copyright 2023 Veeniix All Rights Reserved. 6.6 Gyroscope Calibration A level ground S O T P SPEED 1 .Make sure the aircraft is placed on level ground. 2.Push the left joystick to 11 o'clock and the right joystick to 1 o'clock. 3.The aircraft starts to calibrate the gyroscope automatically when the lights ashes fast. 4.The gyroscope calibration is completed when the lights changes back to the original state. 5.After the calibration is completed, "Ready to y" is displayed in the App, and the user can now prepare to take off. When the aircraft's ight state is tilted and unstable, please land the aircraft on a level ground for gyroscope/horizontal calibration. Horizontal correction cannot be performed when the fuselage is tilted more than 10 degrees. Copyright 2023 Veeniix All Rights Reserved. 63 6.7 Starting/Stopping the Motors Starting the Motors Method 1:

Push the joysticks into 5 & 7 o'clock position to start the motors. Please release the joysticks immediately after the motors starts rotating. P T O S SPEED Method 2:

Click the App interface Auto Takeoff/Landing icon swipe to unlock the motors. Method 2 64 Copyright 2023 Veeniix All Rights Reserved. Stopping the Motors Method 1: When the aircraft is not taking off, push the joysticks into 5 & 7 o'clock position to stop the motors. After the motors is turned off, please release the joystick immediately. P T O S SPEED Method 2: After the aircraft takes off, push the left joystick to the lowest position and control the aircraft to land until the motors stop, then release the joystick. P T O S SPEED Please land the aircraft on a at ground to avoid damage caused by uneven landing. Manual pull-down control of the left joystick will take a long time to land. It can be released only after the propellers stop rotating completely. Copyright 2023 Veeniix All Rights Reserved. 65 6.8 Auto Takeoff/Landing Auto Takeoff After the aircraft is calibrated, the user can use the Auto Takeoff function:

1 .Start the motor after conrming the safe take off conditions. 2.Click the Auto Takeoff/Landing icon on the App interface. Swiping to unlock the motor and click Take off to conrm take off. 3.The aircraft will Take off automatically and hover at a distance of 4ft (1.5m) from the ground. Auto Landing After the aircraft takes off, the user can choose to use the Auto Landing function:

1.Conrm the safe landing conditions, click the Auto Takeoff/Landing icon on the App interface, and swipe to enter the auto landing. 2.The aircraft will descend to the ground and turn off the motors itself. When the aircraft is descending, push the left joystick of the remote controller up to exit the Auto Landing. This function is an in-situ automatic descent function, suitable for use in close visual range. Please do not use it from a long distance to cause loss of the drone. 66 Copyright 2023 Veeniix All Rights Reserved. 6.9 Basic Flight Basic Flight Steps 1 .Place the aircraft on a at and open ground with the nose facing forward and the tail facing the user. 2.Long press the power button until all indicators are on to power on the aircraft. 3.Press once and then long press to turn on the remote controller. The aircraft and the remote controller will automatically linking for about 50 seconds. 4.After the linking is completed, rotate the aircraft horizontally and vertically to complete the compass calibration. 5.Perform gyroscope calibration by pushing the joysticks after aircraft compass calibration is completed. 6.After the gyroscope calibration is completed, connect the RC cable of the remote controller to the mobile phone. 7.Open the Veeniix Fly App and enter the CONTROL interface. 8.After the GPS signal search is completed, the lights of the aircraft will steady on. 9.Unlock the motors. 10.Slowly push the left joystick upward to let the aircraft take off smoothly. 11.Pull down the left joystick to lower the aircraft. 12.After landing, pull the left joystick to the lowest position and hold it until the motors stop. 13.Turn off the power of aircraft and remote controller in turn after shutdown. Copyright 2023 Veeniix All Rights Reserved. 67 Basic Flight Steps 1 .Routine inspection before every ight. 2.It is recommended to take photos or videos in low-speed. 3.Choose sunny and less windy weather for shooting. 4.Push the joystick as little as possible during the ight to make the aircraft y smoothly. Awareness of ight safety is very important for the safety of you, the surrounding people and the environment. Please read the

"Flight Guide & Safety Disclaimer" carefully. 68 Copyright 2023 Veeniix All Rights Reserved. 7 Appendix 7.1 Specications Aircraft Parameter Model: Veeniix V11 Weight: 590g (20.82oz) Size: Unfold 41x29x8cm; Folded 20x9.5x8cm Battery Capacity: 3500mAh Standard Voltage: 11.1V Charging time(5V/3A charger): About 4.5 hours Charging time(QC 3.0 fast charger): About 3 hours Max Flight Altitude: 393ft (120m) Max Flight Distance: 9800ft (3000m) Motor Model: 1806 brushless motor Operating Temperature: 32-104 (0-40) Satellite System: GPS/GLONAS Remote Controller Working Frequency: 2.4GHz+ 5G bridge Max Control Distance: 9800ft (3000m) Outdoor open and undisturbed area Battery Capacity: 1500mAh Standard Voltage: 3.7V Charging Time: About 2 hours Mobile Device Holder: 4.7-6.7 inches (Mobile phone screen size) Charging Temperature: 32-104 (0-40) Camera FOV: 100 (Horizontal) Equivalent Focal Length: 60CM Focus: Fixed-focus Feature: Electric Image Stabilization (EIS) Photo Format: JPG Video Format: MP4 Copyright 2023 Veeniix All Rights Reserved. 69 CONFIGURATION STORAGE V11 Phone SD card Photo Video Photo Video RESOLUTION TRANSMISSION FRAME RATE 3840X2160P 1280X720P 3840X2160P 3840X2160P 30fps 30fps 5G Image Transmission Working Frequency: 5.15-5.35GHz; 5.725-5.825GHz Standard: 802.11a; 802.11n20; 802.11n40 Video Transmission Frame Rate: 30FPS Image Transmission Distance: 9800ft (3000m) Image Transmission Frequency: 5G 7.2 Accessories Support Battery Propeller Arm Remote Controller All of the above accessories can be searched and purchased on Amazon, and you can enter the Veeniix store to buy them yourself. Be sure to use original accessories. The use of non-original accessories may cause danger to the safe use of the aircraft. 70 Copyright 2023 Veeniix All Rights Reserved. 7.3 Common Questions and Solutions V11 Common Questions and Solutions Questions Reasons The motors cannot be started Unstable ight Without GPS signal or weak GPS signal Red lights ashes Pink lights ashes The positions of left and right joysticks are not correct Flying too low, affected by aircraft airow The gyroscope is not calibrated Propellers deformed or incomplete GPS signal is unstable. Flying near buildings and in obstructed places Can't y far or only y within a distance of 98ft (30m) The beginner mode isn't turned off The direction of the aircraft is opposite or inconsistent with the joysticks during ight The aircraft was facing incorrectly before takeoff Sudden fall Use the Emergency Stop Out of control, spinning around on its own, abnormal sound The remote controller signal is interfered or the aircraft exceeds the range of remote controller Compass interference The propellers become deformed and incompleted Solutions Turn on the aircraft in an open area with strong GPS signal, 3 bars or more to unlock takeoff. Low battery power. Please charge the battery in time. The compass is not calibrated. Please refer to the "Compass Calibration before Flight" section of the user manual. Push the left and right joysticks simultaneously to 5 o'clock and 7 o'clock for 2 seconds. Or click the Auto Takeoff icon on the App. Please y the aircraft above 9.84ft (3m). Place the aircraft on a horizontal surface and conduct gyroscope calibration. Please refer to the "Gyroscope Calibration"

section of the user manual. Replace the propellers with new ones. Please y the aircraft in an open area free of obstacles within the circle of radius 32.81ft (10m) Enter the App setting interface, turn off the beginner mode to set the ight distance and altitude, and save the settings. Place the aircraft on a at and open ground with the nose facing forward and the tail facing the user. Only use this feature when in emergency so as to reduce the risk of damage or injury. Please y the aircraft outdoors without interference, and ensure that it is within a controllable range Please manually land the aircraft in time and calibrate the compass. Please make sure to y away from the buildings, trees, power lines, and signal towers Replace the propellers with new ones Copyright 2023 Veeniix All Rights Reserved. 71 Question Gimbal is not working Reason The aircraft was placed on an uneven surface such as grass, sand and so on The aircraft was placed on the surface which transfer small vibration, such as hollow wooden oor, desk and so on Keep touching the camera and gimbal or picking up the aircraft before all is set The compass is in calibrating The aircraft is out of Wi-Fi range Wi-Fi image transmission signal interference Video freezes, image transmission distance is short The remote controller and the mobile phone are not pointed at the direction of the drone Phone performance freezes The antennas on the aircraft arms are folded The phone is not connected to Wi-Fi The phone version is too low Mobile phone systems clash between old and new Aircraft did not link with the remote controller Wrong App downloaded The phone version is old and not compatible with the App Turning on the aircraft indoors Under the tree, next to the building, in an obstructed place App does not display the interface App crashes or functions abnormally GPS signal is weak 72 Copyright 2023 Veeniix All Rights Reserved. Solutions Place the aircraft on landing pad or cardboard horizontally, and ensure a gap between the camera and the surface. Place the aircraft on a solid level ground. Never touch the camera when the power is on, place the aircraft on a level ground until the gimbal complete self-inspection. The gimbal does not work during the calibration period. After manual calibration, place the aircraft on a level ground and it will automatically calibrate. Fly the aircraft within the range of the Wi-Fi Fly the aircraft in an unobstructed open area free of buildings, high-voltage wires and signal towers Point the remote controller and the mobile device at the ying direction of the aircraft to maintain the strongest signal connection Close unusing softwares running in the background to maintain the best performance of the phone Please unfolded the antennas of the aircraft. Connect the RC cable of the remote controller to the mobile phone. Android 6.0 and above, IOS 10.02 and above Turn the phone to airplane mode and try again. It takes about 50 seconds for the aircraft to link with the remote controller. Only after the linking is successful can the App display the image. Download the correct App Provide your mobile phone version model and we will give you a corresponding solution. GPS signals cannot be found indoors. Please search for GPS signals in an open place outdoors Please stay away from obstacles for more than 32.81 feet(10 meters), and search for GPS signals in an open area Question Reason Unable to return home, drifting and ying away The aircraft cannot be paired with the remote controller Cannot charge battery/Cannot fully charge battery Short battery life GPS signal was turned off during the ight Flying under the tree, next to the building, in an obstructed place It takes about 50 seconds for the aircraft to link with the remote controller. Using inferior charger or charging on the computer with unstable voltage output Using inferior charging cables Flying in windy weather Flying in cold weather The battery is not fully charged It s idling for 2-3 days, the battery Auto-Discharging Function make the battery to automatically discharges to approximate 85%

The product has slight marks We tested all aircraft before shipping Solutions Please don't turn off GPS suddenly during outdoor ight. Switch back to GPS mode in time. Please y away from buildings or obstacles. Please wait patiently for the linking. Use a mobile USB charger that ensures constant stable voltage output(5V) and amperage output(2-3A) Please use the original factory charging cable to charge Flying in windy weather will accelerate power loss In low temperatures, the chemical reaction of the lithium battery is slowed down and the energy cannot be fully released Please use a correct charger to fully charge it. Please check the battery power and fully charge before each ight. In order to give you the best experience, we tested functions of all aircraft before shipping. Therefore, it is inevitable that there will be slight traces. However, it can be guaranteed that all aircraft are 100%

brand new. 7.4 After-sales Support Contact veeniixtoy@gmail.com to learn more about after-sales service policies, repair services, and support. If you have any questions or suggestions about the User Manual, please contact us at the following email address: veeniixtoy@gmail.com Veeniix Copyright 2023 Veeniix All Rights Reserved Copyright 2023 Veeniix All Rights Reserved. 73 This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

-- Reorient or relocate the receiving antenna.

-- Increase the separation between the equipment and receiver.

-- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

-- Consult the dealer or an experienced radio/TV technician for help. Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. The distance between user and products should be no less than 20cm. veeniix.com CONTACT US FOR MORE TECH SUPPORT WhatsApp: +86 18928013876 Mon-Sun 6PM-4AM(PST) veeniixtoy@gmail.com

Zhuhai Baize Innovation Technology Co., Ltd. FCC Software Configuration Control Declaration Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 USA Attn: OET Dept. Product/ Model Number: FOLDABLE DRONE/ V11, V11PRO, V11PRO2, V11PRO3, V11PRO4, V11PRO5, V11MINI, V11MINI2, V11MINI3, V11MINI4, V11MINI5 Regarding FCC Country Code Selection guidelines identified in KDB 594280 D01 V02r01. All applications for equipment authorization for transmitters that can have radio parameters, or other technical parameters, reported to the Commission set by software must have an attestation indicating that no third party will have software, or configuration control, to program the device out of compliance of the technical rules under which it has been certified. We declare that no third party will have software, or configuration control, to program the device out of compliance of the technical rules under which it has been certified. Name: Qiuyuan Chen Date: 2023-11-08 Title: Manager Signature of applicant:

Zhuhai Baize Innovation Technology Co., Ltd. Section 2.911(d)(5)(i) Certification Equipment Type Company name: Zhuhai Baize Innovation Technology Co., Ltd. Address: Area A, Room 1703, Building No.2, No. 1101, Mingzhunan Road, Xiangzhou District, Zhuhai City, Guangdong Province 519070, China Product Name: FOLDABLE DRONE FCC ID: 2BBLM-VEENIIX-V11 Model(s): V11, V11PRO, V11PRO2, V11PRO3, V11PRO4, V11PRO5, V11MINI, V11MINI2, V11MINI3, V11MINI4, V11MINI5 2.911(d)(5)(i) Equipment Type We, [Zhuhai Baize Innovation Technology Co., Ltd.] certify that the equipment for which authorization is sought through certification is not:

Prohibited from receiving an equipment authorization pursuant to 2.903; of the FCC rules. Identified as an equipment type in the Covered ListNOTE 1 Yours sincerely, Signature:

Name: Qiuyuan Chen Date: 2023-11-07 Title and Company name: Manager and Zhuhai Baize Innovation Technology Co., Ltd. NOTE 1 Covered List; is the List of Equipment and Services Covered By Section 2 of The Secure Networks Act, available at https://www.fcc.gov/supplychain/coveredlist References;

1) 986446 D01 Covered Equipment v01 https://apps.fcc.gov/oetcf/kdb/forms/FTSSearchResultPage.cfm?switch=P&id=325672 2) Federal Register document 2022-28263 published on 02/06/23 https://www.federalregister.gov/documents/2023/02/06/2022-28263/protecting-against-national-security-threats-to-the-com munications-supply-chain-through-the

Zhuhai Baize Innovation Technology Co., Ltd. Section 2.911(d)(5)(ii) Certification Applicant (Covered List ) Company name: Zhuhai Baize Innovation Technology Co., Ltd. Address: Area A, Room 1703, Building No.2, No. 1101, Mingzhunan Road, Xiangzhou District, Zhuhai City, Guangdong Province 519070, China Product Name: FOLDABLE DRONE FCC ID: 2BBLM-VEENIIX-V11 Model(s): V11, V11PRO, V11PRO2, V11PRO3, V11PRO4, V11PRO5, V11MINI, V11MINI2, V11MINI3, V11MINI4, V11MINI5 2.911(d)(5)(ii) Applicant filing We, [Zhuhai Baize Innovation Technology Co., Ltd.] certify that, as of the date of the filing of the application, the applicant is not identifiedNOTE 1on the Covered ListNOTE 2,established pursuant to 1.50002 of this chapter, as an entity producing covered communications equipment. Yours sincerely, Signature:

Name: Qiuyuan Chen Date: 2023-11-07 Title and Company name: Manager and Zhuhai Baize Innovation Technology Co., Ltd. NOTE 1 Delete option not applicable to this application. NOTE 2 Covered List; is the List of Equipment and Services Covered By Section 2 of The Secure Networks Act, available at https://www.fcc.gov/supplychain/coveredlist References;

1) 986446 D01 Covered Equipment v01 https://apps.fcc.gov/oetcf/kdb/forms/FTSSearchResultPage.cfm?switch=P&id=325672 2) Federal Register document 2022-28263 published on 02/06/23 https://www.federalregister.gov/documents/2023/02/06/2022-28263/protecting-against-national-security-threats-to-the-com munications-supply-chain-through-the

Zhuhai Baize Innovation Technology Co., Ltd. Section 2.911(d)(7) USA Agent for Service of Process Company name: Zhuhai Baize Innovation Technology Co., Ltd. Address: Area A, Room 1703, Building No.2, No. 1101, Mingzhunan Road, Xiangzhou District, Zhuhai City, Guangdong Province 519070, China Product Name: FOLDABLE DRONE FCC ID: 2BBLM-VEENIIX-V11 Model(s): V11, V11PRO, V11PRO2, V11PRO3, V11PRO4, V11PRO5, V11MINI, V11MINI2, V11MINI3, V11MINI4, V11MINI5 2.911(d)(7) USA Designated Agent for Service of Process We, [Zhuhai Baize Innovation Technology Co., Ltd.] designate [Baihetian Innovative Solutions]NOTE1 for the purpose of accepting service of process on behalf of the applicant. Applicant consent:We Acknowledge our consent to accept service of process in the United States for matters related to the applicable equipment, and at the physical U.S. address and email address of the designated agent and acknowledge our acceptance of our obligation to maintain an agent for service of process in the United States for no less than one year after either the grantee has permanently terminated all marketing and importation of the applicable equipment within the U.S., or the conclusion of any Commission-related administrative or judicial proceeding involving the equipment, whichever is later. Agent obligation:We Acknowledge our obligation to accept service of process in the United States for matters related to the applicable equipment at our physical U.S. address and email add ress for no less than one year after either the grantee has permanently terminated all marketing and importation of the applicable equipment within the U.S., or the conclusion of any Commission-related administrative or judicial proceeding involving the equipment, whichever is later. USA Agent Company name: Baihetian Innovative Solutions Address: 6837 Chase Rd, Dearborn, MI 48126, USA FRN: 0033401605 Contact Name: Kenneth Young Telephone No: 313-395-3113 Email: ken.young@baihetiansolutions.com Applicant Company name: Zhuhai Baize Innovation Technology Co., Ltd. Address: Area A, Room 1703, Building No.2, No. 1101, Mingzhunan Road, Xiangzhou District, Zhuhai City, Guangdong Province 519070, China FRN: 0033867680 Contact Name: Qiuyuan Chen Telephone No: +86 18928013876 Email: veeniix1@foxmail.com Zhuhai Baize Innovation Technology Co., Ltd. Signature:

Signature:

Title: Manager Date: 2023-11-08 Title: Manager Date: 2023-11-08 NOTE 1: An applicant located in the United States may designate itself as the agent for service of process. Reference; Federal Register document 2022-28263 published on 02/06/23 https://www.federalregister.gov/documents/2023/02/06/2022-28263/protecting-against-nation al-security-threats-to-the-communications-supply-chain-through-the

< Zhuhai Baize Innovation Technology Co., Ltd. >

Office of Engineering Technology Federal Communications Commission 7435 Oakland Mills Road Columbia, MD21046 Subject; Request for Long Term Confidentiality FCC ID: 2BBLM-VEENIIX-V11 Date: 2023-11-08 To Whom It May Concern, Pursuant to the provisions of the Commissions rules Title 47 Sections 0.457 and 0.459, we are requesting the Commission to withhold the following attachment(s) as confidential documents from public disclosure indefinitely. These documents contain detailed system and equipment descriptions and are considered as proprietary information in operation of the equipment. The public disclosure of these documents might be harmful to our company and would give competitors an unfair advantage in the market. Schematic Diagram Block Diagram Operational Description FCC Software Security Requirements for UNII devices Pursuant to Public Notice DA 04-1705 of the Commission' s policy, in order to comply with the marketing regulations in 47 CFT 2.803 and the importation rules in 47 CFR 2.1204, while ensuring that business sensitive information remains confidential until the actual marketing of newly authorized devices, we request Short Term Confidentiality of the following attachment(s);

External Photos Test Setup Photos Internal Photos User Manual For 45 days, pursuant to Public Notice DA 04-1705. OR For 180 days pursuanttoKDB 726920 D01. It is our understanding that all measurement test reports, FCC ID label format and correspondence during the certification review process cannot be granted as confidential documents and this information will be available for public review once the grant of equipment authorization is issued. Sincerely, Signature:

Name: Qiuyuan Chen Title: Manager