® Z I NO P RO 《User M a nual》 Version 2.
Dis c la im e r & War ni ng All users must read product operating instructions as well as this liability disclaimer before using any Hubsan product. By using a Hubsan product(s), users are accepting the terms and conditions of Hubsan liability and operational guidelines. This product is not suitable for minors under 14 years of age.
IM P O RT A N T SAF ETY IN FORMATI O N OPERATION Be extremely careful and responsible when using the aircraft. Small electronic components can be damaged due to crashes or exposure to moisture / liquid. To avoid any injuries, do not use the aircraft with broken or damaged components. MAINTENANCE Do not try to open or repair the units by yourself. Please contact Hubsan or Hubsan authorized dealers for service. For more information, please visit the official website at www.hubsan.com.
Hubsan Safety Advisory Notice for Lithium-Polymer (LIPO) Batteries LiPo batteries are different from conventional batteries in that their chemical contents are encased in a relatively lightweight foil packaging. This has the advantage of significantly reducing their weight but it does make them more susceptible to damage if roughly or inappropriately handled.
Contents Important safety information 4. Flight Controller 14 Using this manual 4.1 Flight Control Mode 14 Read Before the First Flight 4.2 Flight Orientation Indicator 1.Aircraft 04 (Single-Color Lamp) 14 1.1 Aircraft Diagram 04 4.3 Return-to-Home(RTH) 15 1.2 Aircraft battery charging 04 4.4 Search the Drone Apron 17 1.3 Aircraft battery installation 04 4.5 Intelligent Flight Mode 18 1.4 Propeller installation and 05 4.5.1 Headless Mode 18 4.5.
1 A ir cr af t 1.1 Aircraft Diagram 1. Propeller A 2. Propeller B 3. LED indicator 4. Motor 2 5. Body shell 6. 4K HD Camera 7. Micro-SD/TF Slot 8. Gimbal 9. Power 10. Gimbal Protection Guard 1 3 8 9 7 5 6 4 10 1.2 Aircraft battery charging Balance Charger LED Status: Charging:： Aircraft lithium battery capacity: 3000mah, 11.4V equipped with standard adapter and Balance Charger, charging time is about 4 hours.
1.4 Propeller installation and disassembly Before installing propellers for the first time, please check that each Propeller A is matched with motor A and each Propeller B is matched with motor B. Then use the provided screws to secure each propeller. Tighten the screws clockwise to install them. When the propellers need to be replaced, unscrew the propellers by loosening the screws counterclockwise and then removing the damaged propellers. B A B B A A 2 Re m o t e C o nt r o l l er 2.
2.2 Remote Controller Features S/N Key / Switch Function Push the stick forward or backward and the quadcopter will ascend or descend (respectively). Push the stick left or right and the quadcopter will fly left or right (respectively). (1) Throttle / Rudder Stick (2) Elevator / Aileron quadcopter will fly forwards or backwards (respectively). Push the stick left or right and the quadcopStick ter will rotate counterclockwise or clockwise Push the stick forward or backward and the (respectively).
S/N 12 12 Key / Switch Function Low Battery Warning Low battery warning for the aircraft or remote control: Remote control "Beep...Beep..." prompt (one time per second) Standby protection The remote control has no operation for 10 minutes after standby, the remote control "Beep...Beep..." Tips (once every three seconds) After 3 minutes of prompting the sound, the remote control will automatically shut down, and there will be operation within 3 minutes, and the prompt tone will stop 2.
2.5 Remote Control Antenna Angle (1) Adjust the angle of the remote control antenna and try to face the flight direction of the aircraft as much asap; (2) Long-distance state, the distance between the two antennas is properly tightened to maintain the antenna directivity; (3)Closer state, the two antennas are properly separated to maintain a wide receiving range; (4) Do not form an occlusion or cross between the antennas. 3 Fl i ght 3.
3.2 Main Interface Guide Flight Status Home Page Motor FPV Remote Aircraft Aircraft Settings Status (Video) Control GPS Power / signal Signal Signal Battery Level Not connected Flight Mode T: 0 % R: 0% E: 0% A: 0% View Aircraft Location Headless On / Off Map Display Mode Auto Takeoff / Auto RTH Map Calibration Aircraft GPS Aircraft Speed 45.877503 , -106.123984 SPEED 0.0M/S 0 45.877503 , -106.123984，65m H: 0.0m D: 0.
4. Open the binding mode (this step is only needed when binding for the first time or switching to a different transmitter. Must be done manually). 1) Go to APP settings - transmitter, transmitter connection method: Leas Transmitter model Transmitter connection Controls Bluetooth Leas Set up transmitter connection to aircraft Transmitter hardware version Transmitter firmware version 2) Select "Set the Connection Between the Transmitter and the Aircraft" to search for the aircraft.
3.4 Calibration 3.4.1 Horizontal Calibration If during takeoff or flight the aircraft drifts, lifts off unevenly, perform a horizontal calibration. First, land the aircraft if it is flying and make sure all motors come to a complete stop. The aircraft must also be on a completely flat and horizontal surface for the calibration to work properly. Tap the Settings cog, followed by "Other". Select "Horizontal Calibration" and allow 动旋转屏幕 是 否 when all 4 the aircraft to calibrate 自itself.
3.4.3 GPS Accuracy Test After entering the APP interface, tap on "Aircraft", select "GPS Accuracy Test" then tap on "Enable / Restart GPS Accuracy Test". The aircraft will automatically proceed to test. Aircraft Aircraft Name Waypoint Parameter GPS Accuracy Test Devices Pairing Flight Control Version Video Version Aircraft GPS Accuracy Test Current GPS Accuracy 385288598...
3.5 Staring/Stopping the Motors Motor starting condition 1. The aircraft, remote control and mobile phone have been connected; 2. The aircraft has been calibrated by the compass (four Orientation lights are always on); 3. The aircraft must be placed horizontally. 4. It is recommended to take off when the GPS signal is ≥6 stars. ® 设备已连接 45.877503 , -106.123984 SPEED 0.0M/S 0 45.877503 , -106.123984，65m H: 0.0m Pitch 35° D: 0.
4 Fl i ght C on trol l e r 4.1 Flight Control Mode Hover mode Attitude mode Hover mode works best when the GPS signal is strong. When the GPS signal is week or the compass is disturbed, the aircraft will enter the attitude mode. In attitude mode, the aircraft will drift in the horizontal direction. Sport mode The maximum flight speed is 10m/s. Normal mode APP settings - aircraft - maximum speed settings can be adjusted 10% -100%,The aircraft flies at the speed set by the APP.
Loss Of Flight Control Indicator The front Orientation light flashes slowly in blue, and the rear Orientation light is steady red. (When there is a conflict with low battery, priority is displayed.) Headless Mode Fore / frontal LEDs are solid blue and rear red LEDs flash alternately RTH The front Orientation light is steady blue, and the rear Orientation light is red and slow. Photo Rear red LEDs flash once Video Rear red LEDs flash alternately Turn off the light Long press the camera button. 4.
RTH-Process 1. Record "Home Point" 2. Trigger return conditions 3. Adjust the direction of the head 4.
4.4 Search the Drone Apron When the aircraft landed or returned to a height of about 10 meters from the ground, it will automatically enter the search for the drone apron function. Devices Connected 45.877503 , -106.123984 SPEED 0.0M/S 0 45.877503 , -106.123984，65m H: 0.0m Pitch 35° D: 0.0m E: 0% R: 0% T: 0% A: 0% 50 Ro l l 4 5 ° Ya w 2 5 ° (1) The gimbal overlooks the search for the drone apron [H], Apron requirements: 1 Sharp contrast,2 white "H" lettering, 3 Apron without obstruction.
4.5 Intelligent Flight Mode 4.5.1 Headless Mode Record a flight path，the direction of the nose is the direction of advance，the heading and forward direction of the aircraft are independent of the direction of the nose during flight. Devices Connected T: 0% R: 0% E: 0% A: 0% Headless Mode 45.877503 , -106.123984 SPEED 0.0M/S 0 45.877503 , -106.123984，65m H: 0.0m Pitch 35° D: 0.0m 50 Ro l l 4 5 ° Ya w 2 5 ° 4.5.
4.5.3 Image Tracking Select the target on the APP. After the selecting successfully, tap on "Go" and the aircraft will follow the movements of the target. The range of tracking altitude and distance is 5-15 meters. Devices Connected Normal Mode Waypoint Mode E: 0% R: 0% T: 0% A: 0% Orbit Mode Follow Me Creative Video 45.877503 , -106.123984 SPEED 0.0M/S 0 45.877503 , -106.123984，65m H: 0.0m Pitch 35° D: 0.0m 50 Ro l l 4 5 ° Ya w 2 5 ° 4.5.
Waypoint Planning: You can preset the waypoint parameters such as the number of waypoints, the altitude of each waypoints and other parameters. The aircraft will follow the preset parameters after you activate waypoint mode. You can control the flying speed during flight or you can pause or resume the Waypoint mode. Waypoint Memory: After entering the mode, fly the aircraft and tap on "Memorize Waypoints" on the APP and the aircraft will mark the location.
3. You can pause/resume/stop the flight at any time. 4. When the aircraft is low on battery or lost connection,the aircraft will always set Return to Home as the priority mission. Line Fly Mode Devices ConnecLineted A n g l e ： 0 ° T: 0% R: 0% E: 0% A: 0% 0° 360° Distance：10m 10m 100m Speed：1.0m/s 1m/s 45.877503 , -106.123984 45.877503 , -106.123984，65m 8m/s SPEED 0.0M/S P r eH v: 0i e. 0wm R D o:u0t.e0 m 0 50 Pitch 35° Ro l l 4 5 ° Ya w 2 5 ° 4.6 Camera and Gimbal 4.6.
4.6.3 Gimbal Pitching Axis Adjustment APP Adjustment Method 1: Long press the blank space in the video preview interface, the mobile device should vibrate once and the icon (1) should appear by your finger then you can move your finger up and down on the screen to adjust the pitching axis. Method 2: Click the up and down adjustment buttons of the gimbal pitching axis slider to tune the pitching axis. Devices Connected E: 0% R: 0% T: 0% A: 0% (2) (1) (2) 45.877503 , -106.123984 SPEED 0.0M/S 0 45.
4.7.2 Loss of Flight Control Failsafe When the flight control connection between the aircraft and transmitter is lost, the aircraft will automatically land or return to where the remote control / transmitter was last located and land there. This can drastically reduce the possibility of the aircraft crashing or being lost. Conditions that may trigger a failsafe: 1) Transmitter is powered off / loses power. 2) The flight distance exceeds the remote control's signal transmission range.
4.The aircraft is hovering unsteadily (1) To replace the flight place, do not fly in tall buildings, signal tower accessories (2) The aircraft compass calibration and Horizontal calibration. (3)Whether the wind is too strong to affect the flight. 5.Aircraft GPS accuracy is not accurate or cannot pass GPS accuracy test.
ZINO PRO Parts & Accessories Diagram ZINO000-60 ZINO000-61 ZINO000-16 ZINO000-62 ZINO000-63 Upper Cover (Black) Upper Shell (Black) Power button + Light pipe Power Plate Bottom Shell Front Gimbal Anti Drop (Black) Rear Gimbal Anti Drop ZINO000-64 ZINO000-20 ZINO000-21 ZINO000-01 ZINO000-22 Rotate block+ Gimbal Gyroscope Translucent Front Arm Cover Rear Arm Cover (Black) cover Arm rotate ring+ Rotate shaft Protection Cover ZINO000-23 ZINO000-65 ZINO000-66 ZINO000-26 ZINO000-27 Propeller Left Anten
ZINO PRO Parts & Accessories Diagram ZINO000-34 ZINO000-03 ZINO000-35 ZINO000-04 ZINO000-05 Power Power Adapter Button Board Keypad FPC Compass Adapter Board Board FPC Module ZINOPRO-06 ZINOPRO-07 ZINOPRO-04 ZINOPRO-03 ZINOPRO-01 Gyro Module Gyro FPC Relay Board FPC Relay Board GPS ZINO000-36 ZINO000-37 ZINO000-67 ZINO000-39 ZINO000-40 Screws Screwdriver Aircraft Battery Aircraft Adapter (US) (Black) Battery Charger ZINO000-44 ZINO000-46 ZINO000-47 ZINO000-45 ZINO000-41 Adapter (Euro) Adapter (Aus)
ZINO PRO Parts & Accessories Diagram ZINO000-72 ZINO000-51 ZINO000-52 ZINO000-53 ZINO000-54 Decoration Sticker Carrying Case (Black) Adapter (CN) Car Charing Cable 32G SD / TF Card ZINO000-55 ZINO000-58 ZINO000-73 ZINO000-74 ZINO000-77 SD / TF Card Reader HY010C gimbal Gimbal Calibration Gimbal Calibration ND Filter Cover Protection Cover (ND 4/8/16/32) ZINO000-79 ZINO000-80 ZINO000-81 ZINO000-82 ZINOPRO-08 Transmitter Antenna Set (Black) HY010C Drive FPC HY010C Image FPC ZINOPRO-09 ZINO000-89 ZIN
Limitation of Liability Hubsan accepts no liability for damages, injuries or any legal responsibili-ties incurred directly or indirectly from the use of Hubsan products under the following conditions: 1.Damages, injuries or any legal responsibilities incurred when users are drunk, under the influence of drugs or anesthesia, dizzy, fatigued, nauseous and / or affected by other conditions both physical and mental that could impair sound judgment and / or personal ability. 2.
12. The acquisition, through use of Hubsan products (specifically but not limited to aircraft), of any data, audio, video that results in infringement of law and / or rights. 13. Misuse and / or alteration of batteries, product / aircraft circuits, hardware protections (including protection circuits), RC model and battery chargers. 14.
FCC INFORMATION 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 instruc-tions, may cause harmful interference to radio communications.
Please read the operating instructions carefully before use! ●Never leave units unattended when charging Flight Academy ●Unplug the charging cable immediately after charging ●Propellers may cause injury ●This product is not a toy ●Not suitable for children under 14 years of age Product name: ZINO PRO Product Standard Number:Q / HBS 001-2017 Vendor: Shenzhen Hubsan Technology Co.
