Funsnap DIVA Manuel utilisateur

Quick Start Guide V1.0
DIVA

Product prole
Introduction
Product Documentation
Download FUNSNAP 2 APP
Aircraft
Components
Intelligent Battery
Aircraft Status Indicator
Propellers
Gimbal and Camera
Remote Controller
Components
Charging
Powering On / O
Remote Controller Status Indicator
Using the Remote Controller
Optimal Transmission Range
FUNSNAP 2 APP
Activating Device
Connecting Device
Using Camera
Firmware update
Contents
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3
4
5
5
8
8
9
11
11
12
12
12
14
15
15
19
19
Flight
Flight Environment Requirement
Calibration
Hover Flight Modes
Taking o/ Landing
Basic ight operations
Intelligent ight modes
21
21
22
23
24
24
1

Appendix
Specications
Post-sales Information
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28
2

Product prole
Introduction
Developed by FUNSNAP TechnologyTM, DIVA, the consumer drone has
inherited the reliable ight control systems from its predecessor iDol.
The system facilitates a smooth ight experience with its excellent
position hold and altitude hold capabilities both indoors and outdoors.
DIVA’s intelligent battery system gives a ight time of up to 30 minutes.
The 13MP high denition camera shoots videos up to 4k (UHD),
supporting up to 60 FPS frame rate (only under 1080P). On DIVA,
stabilization of videos is enhanced with the electronic image
stabilization (EIS) system on top of the mechanical gimbal. Equipped
with functions such as map view and panorama view, the DIVA App will
deliver a high-quality lming experience.
Product Documentation
• DIVA User Manual
• DIVA Package Checklist
• DIVA Disclaimer and Safety Information
• DIVA Battery Safety Instructions
3

System requirements: iOS 9.0 and above, or Android 5.0 and above.
Download FUNSNAP 2 APP
Android iOS
Google Play
4

Aircraft
Components
Intelligent Battery
①Power Button
②Intelligent Battery
③Battery Level Indicator
④Gimbal and Camera
⑤Motors
⑥Propellers
⑦Foldable Arms
⑧Foldable landing Supports
⑨Front Aircraft Status Indicator (Front LEDs)
⑩Rear Aircraft Status Indicator (Rear LEDs)
MicroSD Card Slot
MicroUSB Port
Sona Sensor
Vision Positioning Sensor
①Power Button ②Battery Level Indicator ③Charging Slot
5

Powering on / o
To turn on/othe intelligent battery, rst press the power button once,
then press and hold the power button for 3 seconds. Battery level will
be displayed through the battery level indicators after the battery is
powered on.
Checking Battery Level
To check the battery level when the battery is o, short press the power
button. Then the battery level indicator will display the current battery
level. Refer to the following table for more information about the
battery level indicator states:
Charging Battery
Ensure the batteries are fully charged before ights. Intelligent
batteries should only be charged using the ocial power adapters
provided by FUNSNAPTM.
LED1 LED2 LED3 LED4 The Current Power
75%~100%
50%~75%
25%~50%
0%~25%
6

Connect the power adapter to AC
power (110V – 240V, 50 / 60 Hz).
Connect the Intelligent battery to the
power adapter.
When charging is normal, the battery
level indicator blinks in cycles.
When the battery is fully charged, all
battery indicator LEDs will light o.
Under normal ambient temperature
(15 – 45 degree C), it takes about 45
minutes to fully charge the battery;
Under low temperature (10 – 15
degree C) it takes about 90 minutes.
Install / Remove Battery
1.To install: Insert the battery in to the battery bay from the direction as
indicated in the illustration below. The battery is secured when a click is
heard from both sides of the battery.
2.To remove: Press both sides of the battery and pull the battery out of
the battery bay.
*Battery Safety Instructions
1.Before charging the battery, allow it to cool down to room
temperature.
2.Keep the ambient temperature in the range of 10 – 45 °C when
charging the battery.
7

Aircraft Status Indicator
Front LEDs
Below are the 7 states that can be displayed through the red LEDs at
the front of the aircraft:
2
3
4
1
5
6
7
No Wi-Fi connection (connection failure or connection loss)
Low battery voltage
IMU horizontal calibration in progress
Compass calibration Phase 1
Compass calibration Phase 2
Conrmation after calibration in all 6 directions
Normal status
Blinking quickly
Blinking slowly
Blinking quickly
Blinking slowly
Blinking quickly
Blinking quickly
Solid
Below are the 2 states that can be displayed through the green LEDs
at the rear of the aircraft:
Rear LEDs
2
1
GPS position locked – solid
Blinking slowly
Solid
GPS position not locked – blinking slowly
1
Joint Indication by Front and Rear LEDs
Start-up initialization anomaly
Alternated blinking between front and rear LEDs
Propellers
Numbers
Numbers
Alphabets
Alphabets
8

Gimbal and Camera
With the gimbal, the camera can stably capture images and videos
even when the aircraft is ying at high speed. The tilt angle of the
camera can be adjusted via the gimbal dial on the remote controller.
Alternatively, the tilt angle can be adjusted from the FUNSNAP 2 APP.
The tilt angle of the camera ranges from -90 deg to 0 deg.
90°
If the gimbal fails to stabilize due to slanted gimbal horizon, conduct
IMU calibration and gimbal motor calibration in the“Settings”menu on
the DIVA APP.
Gimbal Operation Modes
Two gimbal operation modes are available:
Stabilized mode the gimbal
remains horizontal in the roll
direction. The pitch angle of the
camera can be adjusted remotely.
This mode is used for shooting
stable videos
FPV mode the roll angle of the
gimbal follows the roll movement
of the aircraft. This mode is used for
rst person view (FPV) ight
experiences.
①Stabilized mode ②FPV mode
The four propellers on DIVA are located at the front left side, front right
side, rear left side and rear right side of the main body respectively. The
front left propeller and the rear right propeller are clockwise (CW)
propellers, while the front right propeller and the rear left propeller are
counter-clockwise (CCW) propellers. Marks on the propellers indicate
whether it is a CW propeller (labelled with alphabets) or a CCW
propeller (labelled with numbers).
A complete propeller consists of a pair of blades with the same label, a
blade clamp and corresponding screws. Make sure propellers are
secured before ights.
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