Potensic ATOM 3-Axis Gimbal 4K GPS Drone User Manual
- June 16, 2024
- Potensic
Table of Contents
User Manual
V02. 23. 12
ATOM 3-Axis Gimbal 4K GPS Drone
Email: support@potensic.com
Email: support.uk@potensic.com
Email: support.de@potensic.com| Email:
support.fr@potensic.com
Email: support.it@potensic.com
Email: support.es@potensic.com| Email:
support.jp@potensic.com
Web: www.potensic.com
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---|---|---
Disclaimer & Precautions
1.1 Disclaimer
Drones are products that are potentially dangerous and relatively complex to
operate. Please be sure to read the full User Manual to ensure that you
understand the basic knowledge of the drone and are familiar with the basic
functions before using the product. It is recommended to use it in GPS mode in
an open outdoor area for the first time to get familiar with the operation.
Please follow the Manual’s operation instructions and precautions strictly, in
order to use the product safely and correctly.
Users aged under 16 must be accompanied by an adult while using the product.
Please keep the product out of children’s reach.
For any direct or indirect loss (including but not limited to property loss
and personal injury) due to user’s failure in following the Manual’s safety
operation, the Company does not bear any liability or offer warranty services.
Do not dismantle any part except for propeller blades, or refit the product
and attach other items on it; otherwise, user should undertake the
consequences arising therefrom.
For any problem in use, handling and maintenance, please feel free to contact
our local dealer or the Company.
Potensic reserves the final interpretation right of this document and related
product documents, and is subject to change without notice. Please visit
https://www.potensic.com for the latest information.
1.2 Safety & Precautions
Keep away from obstacles and crowds
Keep the product away from crowds, high-rise buildings and high-voltage
cables, and avoid using it in severe weather such as wind, rain and thunder,
in order to keep the safety of the user and the crowds, since the product may
have uncertain flying speed, status and potential hazards.
Keep off moisture
Keep the product off moisture to avoid an anomaly or damage due to humidity of
precise electronic components and mechanical parts inside it.
Safe operation
The product may be exposed to higher risk when user feels tired or lacks of
energy and experience. Please refit or repair the product with the original
parts to keep safety. Please operate and use the product within the allowed
range and make sure to follow the local safety rules.
Keep away from high-speed revolving parts
While the product’s propellers are revolving at a high speed, keep it away
from the crowds and animals to avoid scratch or disturbance. Do not touch the
spinning propellers with hands.
Keep away from heat source
Keep the product away from heat and high-temperature exposure to avoid the
anomaly, deformation and even damage, because it is made of metal, fiber,
plastic and electronic elements.
1.3 Warning & Prompts
- Please read and understand the relevant tips included in the package.
- User should avoid personal and property losses when using the product.
- Neither the Company nor our dealers bear any liability for the proper losses and personal injuries due to users.
- Debug and install the product in strict accordance with the Manual’s steps. Keep a distance over 1~2m with others while using the product, to avoid injury when the product crashes into people’s head, face and body.
- The product should be assembled by an adult. Users aged below 14 should not handle the product alone. The battery should be charged under the supervision of an adult and by avoiding inflammables.
- Keep the product out of children’s reach to avoid eating it by mistake, because it contains small parts.
- Do not use the product on the road or in water to avoid an accident.
- It is forbidden to dismantle or refit the product, except for the propellers; otherwise, an anomaly may occur.
- Please recharge the intelligent battery with USB charger that conforms to FCC/CE standard.
- The remote controller has a built-in 3.7V lithium battery which needs no replacement.
- Do not short-circuit or squeeze the battery to avoid explosion.
- Do not place the battery in hot place (in fire or near electric heater).
- Keep a safe distance from the propellers which are revolving at a high speed; do not use the product in the crowds to avoid scratch or injury.
- Do not use the product in places with strong magnetic field, such as near high-voltage cable, buildings which contain metals, automobiles and trains; otherwise, the product can be disturbed.
- Please do master local laws and regulations, to avoid violation of regulations.
- Stop using the remote controller within the radio control period and region of national departments as specified, in order to conform to the requirements for magnetic environment of aeradio.
- Avoid low-altitude flight above water surface.
- Keep it away from airport, airline and other no-fly zone.
Reading Tips
2.1 Symbols
Prohibited
Important
Operation & use prompts
Technical Terms and reference information
2.2 Suggestions of Use
- User is highly suggested to watch the tutorial video and Quick Start Guide before consulting the Manual.
- Make sure to read Disclaimer & Precautions first when consulting the Manual.
2.3 Tutorial Video / Download App
Scan the QR code on the right and you can:
- Download PotensicPro App (hereinafter referred to as “the App”).
- Watch the tutorial videos.
- Access the latest User Manual.
- Learn about the frequently asked questions(FAQ).
http://newapp.depstech.com//index.php/webapp/app/index?product=Atom&language=english
2.4 Registration & Help
Make sure to register personal account in App before the first flight, in
order to get better use experience.
Registration Procedures
Please fill your E-mail, password, check the protocol and tap “Register”. You
can login the system after registration.
(Note: An Internet connection is required for registration)
Help
Thanks for purchasing ATOM drone. Please read the Manual carefully.
Please contact our support team at
support@potensic.com if anything needs help,
when requesting an after-sales service, it is required to submit order ID and
details of the issues.
2.5 Technical Terms
IMU| IMU (inertial measurement unit), the most important core sensor of the
drone.
---|---
TOF (Time of Flight)| TOF (time of flight), the period from transmission and
receiving of detection infrared signal, in order to determine the target
distance.
Downward Vision System| The sensor system, which lies at the bottom of the
drone and consists of camera and TOF module.
Vision Positioning| High-accuracy positioning, which is realized through
Downward Vision System.
Compass| identify direction for geomagnetic sensor and the drone.
Barometer| Atmospheric pressure sensor, which enables the drone to determine
the altitude through atmospheric pressure.
Lock/unlock| Switch the drone motor from static status to idle running.
Idling| Once unlocked, the motor will start spinning at a fixed speed, but it
can’t provide sufficient lifting force for the drone to take ott.
Auto return| The drone will return to HOME point automatically based on GPS
positioning.
Drone head| Position of the drone camera.
Throttle control stick| Ascend or descend the drone.
Pitch control stick| Fly the drone to front or back.
Roll control stick| Fly the drone to lett or right.
Yaw control stick| Enable self-rotation of the drone to left or right.
Overview
This chapter introduces the functional characteristics of ATOM, as well as the
diagrams of the drone and the remote controller.
3.1 Introduction
With foldable arms and weight below 250g, the product is portable and easy to
use. The product is equipped with a vision positioning system, to realize
precise hovering at low altitude indoor and outdoor environment.
Meanwhile, the product is equipped with a GPS sensor to realize positioning
and auto return. With 1/3″ Sony CMOS image sensor, the product can shoot
4K/30FPS HD video and 12MP pictures. The camera is mounted on a 3-axis gimbal,
which allows the camera to acquire stable footages while operating the drone.
By using the brand new PixSync 3.0™ 2.4G digital video transmission technique,
the ATOM remote controller can achieve 6 km communication distance and 720P HD
video transmission maximally at ideal conditions. Open the pull-type and the
foldable remote controller to stabilize your mobile device. Connect the remote
controller and mobile device with USB cable to operate and set the product
through App and view HD video transmission feed.
The built-in lithium battery of the remote controller can work for approx.
2.3h max.
ATOM uses proprietary SurgeFly™ flight control technology, with a maximum
horizontal flight speed of 16m/s (52ft/s), a maximum flight time of about 32
minutes, and the ability to withstand winds of up to level 5.
Test conditions of the max. flight time: Fly at an even speed of 5m/s at 25°C
and in breezeless condition.
Test conditions of the max. transmission distance: Measured at an open and no-
interference environment, with a flight height of 120m, and without
considering the return of the drone.
Power consumption will increase considerably when the drone is returning
against the wind. If you receive a prompt of encountering strong wind from the
App, please make sure to lower the flight altitude and return in time to
ensure safety of the drone.
Pre-Flight Checklist:
- Pay attention to the local weather forecast and make sure it is suitable for flying the drone.
- Make sure the battery is fully charged.
- Make sure the firmware is updated to the latest version.
- Make sure the flight environment is open and free of interference.
- Before takeoff, make sure the battery is secured and the buckle pops out correctly, and no deformed propellers and loose screws.
- Power on the drone on open and level ground, wait for the drone to enter GPS Mode before takeoff, and pay attention to the HOME point.
3.2 Drone Diagram
1. Charging indicator
2. TYPE-C charging port
3. Battery buckle
4. SD card slot
5. Tail indicator
6. Monocular visual module
7. TOF module
8. Bottom cooling hole| 9. Power indicator
10. Power/frequency pairing button
11. 3-axis gimbal and camera
12. Brushless motor
13. Propeller
14. Arm
15. Antenna tripod
16. Arm shaft
---|---
3.3 Remote Controller Diagram
-
Power button
Long press it for 2s to power on/off. -
Power indicator
Indicate the power level or other status of the remote controller. -
Control stick slot
One slot respectively at the left and right side, which are used to store the sticks. -
TYPE-C interface
To charge the remote controller/connect mobile device. -
RTH / Pause button
Long press for 1s to return to HOME point automatically. Short press it to pause auto flight. -
Control stick
-
Foldable dual antennas
-
Installation position of mobile device
To place mobile device. -
Shoot button
Short press it to shoot one picture. -
Record button
Short press it to start/stop recording. -
Gimbal dial
Use the gimbal dial to control the tilt of the camera.
3.4 Preparing the Drone
The product is delivered under folded status. Please unfold it as follows:
- Remove the gimbal protector.
- Unfold the front arm before the rear arm.
- Unfold the propeller blades.
3.5 Preparing the Remote Controller
Installation of mobile phone and control stick
- Unfold the antenna.
- Connect your mobile phone to the USB cable.
- Insert the part of your mobile phone with the USB cable into the slot of the remote controller.
- Pull and open the remote controller with both hands and fix your mobile phone stably.
- Connect the other end of the USB cable to the remote controller.
- Take out the sticks.
- Screw in both control sticks clockwise.
- Installation completed.
3.6 Charging / Startup and Shutdown
When receiving a new drone battery, it is required to charge it to wake it up,
otherwise the drone wouldn’t start.
Connect the TYPE-C charging port of battery and a USB charger to the AC power
supply to finish one-time charging (USB charger is not included in the
package. User can use the charger that conforms to FCC/CE specification to
charge the battery). The red indicator will stay on during charging, and turn
off automatically after charging is done. User can charge the battery with the
Parallel Charging HUB if fly expansion kit is purchased.
For more details, please refer to User’s Manual of Parallel Charging HUB. The
Parallel Charging HUB can also charge the remote controller.
The shortest charging period is approx. 1h 25min through the type-C charging
port. Make sure your charger supports 5V/3A output in order to achieve this
charging speed.
User is suggested to charge the battery through the Parallel Charging HUB, in
order to charge 3 batteries quickly at the same time.
It is suggested to remove the battery from the drone to charge for the sake of
safety; otherwise, the drone won’t power on if the battery is being charged in
the drone.
If the charging cable is connected while the drone is on, it will power off
automatically and the charging will continue.
The battery may become too hot after use; do not charge it until it cools
down; otherwise, charging can be rejected by the smart battery.
Charge the battery on a trimonthly basis to maintain the activity of the cell.
Please connect the original cable or any cable that supports over 3A current
to the type-C port; otherwise, it may cause charging failure or battery
damage.
Startup
Drone: Make sure the battery is inserted in battery bin, short press and then
long press the power button until all indicators are on, and then release the
button to start up.
Remote controller: Long press the “Power” button until all indicators are on,
and then release the button to finish startup.
Shutdown
Drone: Short press and then long press the power button of the drone until all
indicators are off, and then release the button to shut down.
Remote controller: Long press the power button until all indicators are off,
and then release the button to shut down.
Drone
The product consists of a flight control system, a communication system, a
positioning system, a power system and a smart flight battery. This chapter
sets down the functions of all parts of the drone.
4.1 Positioning
ATOM adopts Potensic’s new SurgeFly™ flight control technology, which supports
the following two positioning modes:
GPS positioning: Provide precise positioning and navigation to the drone;
support precise hovering, smart flight and auto return.
Vision positioning : It can realize high-precision positioning at a low
altitude based on the Downward Vision System. The vision positioning can be
realized without GPS signal, so that the product can be used indoors.
How to switch: The flight control system will switch automatically
according to the environment of the drone. If both GPS and Downward Vision
System fail, the flight control will be switched to attitude mode, under
which, the drone fails to realize stable hovering and user needs to correct
the flight gesture manually through the control stick.
The difficulty of drone handling will be increased greatly in ATTI Mode; make
sure to master the behaviors and operation of the drone in this mode before
using this mode; avoid flying the drone at a long distance, to avoid risks due
to failed judgment of drone gesture.
The flight speed will be limited in vision positioning (OPTI mode).
When the GPS signal is weak or there is no GPS signal, you will not be able to
return the drone and activate certain functions such as Waypoint Flight or
QuickShots.
The difficulty of controlling the drone will increase dramatically in ATTI
Mode so make sure to master the operation of the drone in this mode. Always
keep the drone within sight in order to avoid risks in case of failed judgment
of the drone’s attitude and direction.
4.2 Downward Vision System
The ATOM is equipped with a downward vision system, it is located beneath the
drone. The Downward Vision System consists of a monocular camera and a TOF
module. The TOF module includes a transmitter tube and a receiver tub, it can
precisely calculate the fly height above the ground by calculating the
infrared signals transmission and receiving time. In combination with the
monocular camera, the system can help achieve high-precision positioning at
low altitudes.
Detection Fileds
The Downward Vision System works best when the drone is at an altitude of 0.3
to 5 m, and its operating range is 0.3 to 10 m.
When GPS is unavailable, the Downward Vision System will be activated if the
drone is flying over discernible surfaces with sufficient light. The Downward
Vision System works best when the drone is at an altitude of 0.3 to 5 m. If
the drone’s altitude is above 5 m, the Vision System may be affected, so extra
caution is required.
How to use
The Downward Vision System will be activated automatically if the positioning
conditions are satisfied. The drone tail indicator blinks cyan twice, which
indicates the Downward Vision System is working. Speed limit: To ensure
positioning accuracy and flight safety during vision positioning flight, the
drone will actively limit its flight speed.
Vision positioning is only an auxiliary flight function, please always pay
attention to the changes in the flight environment and positioning mode, and
do not rely too much on the automatic judgment of the aircraft. Users need to
control the remote controller at all times and be prepared to operate the
drone manually at any time.
The Visual System cannot work properly when flying over the following
surfaces:
- Pure-color surface
- Surface with strong reflection, such as smooth metal surface
- Transparent object surface, such as water surface and glass
- The moving texture, such as running pets and moving vehicles.
- Scenarios with drastic change of light; For example, the drone flies to outdoor space with strong light from indoor space.
- Places with weak or strong light.
- The surface with highly repetitive texture, such as floor tile with the same texture and small size, and highly consistent strip pattern.
For the sake of safety, please check the camera and TOF transceiver tube before the flight, and clean it with a soft cloth if there is any dirt, dust, or water on it; Contact Potensic Support if there is any damage to the Vision System.
4.3 Drone Status Indicator
Start-up/Shut-down| Startup / Shutdown in progress: Green indicator is
solid on
---|---
Flight status| GPS positioning
Indicator flashes slowly in green| Vision positioning Indicator flashes
slowly in cyan| Attitude mode
Indicator flashes slowly in blue| Return
Indicator flashes slowly in red
Warning & Error| Remote controller has no connection
with the drone (communication lost)
Indicator is in solid blue| Low battery
Indicator flashes quickly in red| Sensor error
Indicator is in solid red| Emergency stop of propeller
Indicator repeatedly lights up shortly in red then goes off long
Upgrade & calibration| Compass calibration (horizontal)
Indicator has alternative flashing
between red and green| Compass calibration (vertical)
Indicator has alternative flashing between blue and green| Frequency pairing
mode
Indicator flashes quickly in green| Upgrade mode
Indicator flashes quickly in blue
4.4 Smart Battery
4.4.1 Function
ATOM smart battery is mounted with high-energy cell and advanced BMS. The
details are as follows:
Basic Parameters
Model: DSBT02B
Cell Qty.| 2 series| Battery Capacity| 2230mAh
Rated Voltage| 7.7V| Charge Completion Voltage| 8.8V
Charging Mode| TYPE-C/ Parallel Charging HUB| Max. Charge Current| TYPE-C:
5V/3A
Parallel Charging HUB: 8V/2.0A x 3
Function|
Description
---|---
Balance protection| Balance cell voltage automatically to guarantee
battery health.
Self-discharge protection| If the battery is fully charged and left
idle, it will slowly self-discharge to 50%-70% after 5 days to protect the
battery cells.
Overcharge protection| Charging will stop once battery is fully charged,
otherwise the battery can be damaged by overcharging.
Temperature protection| Please pay attention to your charging
environment, otherwise charging will be stopped automatically when battery
temperature is below 0°C or above 40°C.
Intelligent current limiting of charging| When charging current is too
high, the battery will restrict current automatically in order to protect the
battery.
Overdischarge protection| In non-flight status, the battery will cut off
power supply automatically to avoid over-discharge when battery is discharged
to a certain level; at this time, the battery will enter sleep status. It is
suggested to charge the battery ASAP.
Short-circuit protection| When the drone short-circuit is detected by
the battery, the power supply will be cut off automatically to protect the
battery and the drone.
Battery health monitoring| The BMS will monitor the battery health
condition, prompt battery damage in App in case of cell damage, cell voltage
unbalance or other battery errors, to remind user to replace the battery in
time.
Communication function| The battery can communicate with the the
drone in real time. User can view the information in App, such as battery
circulation times and real-time electric quantity.
If the battery is not used for a long time, it needs to be charged every three
months to ensure its health.
Please store the battery in a cool, dry place where children cannot touch it.
4.4.2 Battery Installation & Removal
Installation:
Push the battery into the product’s battery bin horizontally as shown in
picture below, the battery buckle is bounced and locked when hearing “click”
sound.
Removal:
Firstly, press the buckle of smart battery, hold the upper cover of battery to
pull out the battery.
Once the battery is inserted, make sure the battery buckle is bounced properly. This step is highly important and related to flight safety.
Make sure to power off the product before removing the battery.
Buckle is in position, safe
Buckle is not in position, which may result in the battery falling during flight.
4.4.3 Charging
See 3.6 for charging method
4.4.4 View Power Level
Once the battery is inserted in the drone, short press the power button to
view the power level of smart battery, as shown in the picture below:
| LED 1 | LED 2 | LED 3 | LED 4 | Current power level |
|---|---|---|---|---|
| **** | **** | **** | 0%~25% | |
| **** | **** | **** | **** | 25%~30% |
| **** | **** | **** | **** | 30%~50% |
| **** | **** | **** | **** | 50%~55% |
| **** | **** | **** | 55%~75% | |
| **** | **** | **** | **** | 75%~80% |
| **** | **** | **** | **** | 80%~97% |
| **** | **** | **** | **** | 97%~100% |
Indicator is on Indicator is flashing Indicator is off
4.4.5 Operation Instructions of Smart Battery at High/Low Temperature
When the battery temperature is ＜5°C, the App will prompt a low temperature
warning of the battery, and the battery needs to be preheated before flying.
When the battery temperature is ＞70°C, the App will prompt a high temperature
warning of the battery, and the drone will not be able to fly.
The discharge capacity will be weakened greatly and flight duration will
reduce at a low temperature, which is normal.
Avoid long-term running at a low temperature, otherwise, the battery life can
be shortened.
4.5 Propellers
There are two types of ATOM propellers, which are designed to spin in
different directions. Marks are used to indicate which propellers should be
attached to which motors, the two blades attached to one motor are the same.
| Propeller| Installation Instructions| Schematic Diagram of
Installation
---|---|---|---
Marked propeller| | Install the marked propeller blades on marked arm|
Unmarked propeller| | Install the unmarked propeller blades on
unmarked arm|
Use the the screwdriver from the package to mount the propellers.
Hold the motor to remove the propeller blades easier.
Make sure you attach the marked propellers to the motors of the arm with marks
and the unmarked propellers to the motors of the arm without marks. Otherwise
the drone will be unable to fly.
If a propeller is broken, remove the two propellers and screws on the
corresponding motor and discard them.
Use two propellers from the same package. DO NOT mix with propellers in other
packages.
Propeller blades are sharp. Handle with care. DO NOT squeeze or bend the
propellers during transportation or storage.
Purchase the propellers separately if necessary.
Stay away from the rotating propellers and motors to avoid injuries.
Please check the propeller blades immediately if there are any jitters or
speedless in flight, and timely replace the propellers if it’s damaged or
deformed.
Make sure the motors are mounted securely and rotating smoothly. Land the
drone immediately if a motor is stuck and unable to rotate freely. Stop flying
the drone and contact support if there is any abnormal sound with the motor.
Make sure that the propellers are installed securely before each flight. Check
to make sure the screws on the propellers are tightened.
When mount or remove the propellers, do not put the screwdriver or other foreign materials inside the motors, or the motor may be damaged.
4.6 Flight Data
ATOM supports recording of flight data. User can view the data in App.
“Flight record” displays the basic data for each flight of user.
“Flight log” records the detailed flight data of user. For any abnormal
circumstance in flight, user can report it in App and, if necessary, upload
the flight log to seek for assistance.
All flight data are stored in user’s mobile device. No flight data will be
acquired by the Company, except for the data uploaded by user to the cloud
storage.
4.7 Gimbal and Camera
4.7.1 Three-Axis Gimbal
ATOM is equipped with a 3-axis gimbal, allowing you to capture clear and
stable images and videos. The control pitch range is from +20° to -90°, the
control roll and yaw range is from +10° to -10°.
The pitch angle of the gimbal can be adjusted by scrolling the gimbal dial on
the remote controller.
In Video Mode, the control pitch range of the gimbal is +20° to -90°;
Otherwise, the control pitch range is 0° to -90°.
Make sure to remove the gimbal protector before powering on the drone.
After each startup the default tilt angle of the gimbal is 0°(namely the
horizontal view)
DO NOT collide, tap or apply external force to the gimbal to avoid damaging
the precision elements inside.
Make sure that there are no objects on or around the gimbal and the lens is
not dirty before taking off.
The gimbal is connected to the drone through elastic and shock absorption
support, to eliminate camera vibration. Do not pull the gimbal by force. For
any damage of shock absorption support, please contact the after-sales team
for repairing.
DO NOT modify the gimbal or stick objects on it, otherwise this will cause the
gimbal to shake or lead to permanent gimbal motor damage.
4.7.2 Camera
Basic Parameters
Sensor brand: SONY| Sensor size: 1/3″ CMOS
Effective pixel: 12MP| Aperture: F2.2
FOV: 78°| Focus range: 3m ~ ∞
ISO range: 100~6400| Shutter range: 1/24~1/25,000s
Memory: Micro SD card| Picture format: JPG/JPG+RAW(DNG)
*Picture size: 12MP (4,6082,592)| Code: H.264
Video format: MP4
Video Resolution: 4K@30/25/24fps; 2.7K@30/25/24fps;
1080P@60/50/30/25/24fps**
The gimbal may shake when flying in Sport Mode or strong wind. It is
recommended to fly the drone in Video Mode to acquire optimal gimbal
stabilization.
Do not touch the lens after recording for a long period of time to avoid
scald.
Do not record video when the drone is not flying; otherwise the drone will
trigger overheat protection.
The sensor will crop out the edges at 1080P@60/50fps, it’s simply capturing a
central section of what the full-frame sensor would capture, and FOV is about
36°.
4.7.3 Image Storage
The videos and pictures recorded by ATOM will be stored in SD card, instead of
App or user’s album. Make sure to insert SD card prior to flight. Otherwise,
it is unable to record and shoot.
User can preview and download the videos and pictures (the drone and the
remote controller should be connected) in App.
SD Card Requirements
File format: FAT32, exFAT
Capacity: 4G-256G
Speed requirements: It is suggested to use SD card above U1 (UHS Speed Class
- or C10 (Class 10)
The video downloaded from App is just 720P image used in video transmission.
Please read SD card with computer or other device in order to acquire videos
of higher definition.
The recording can be terminated due to slow write-in when using the U1/C10 SD
cards of certain brands.
If important data are stored in your SD card, please backup them properly.
Do not insert or unplug the SD card when the product is powered on. It may
lead to data damage or loss, or even SD card damage when inserting or
unplugging SD card during video recording.
Potensic does not bear responsibility for any loss due to user’s misoperation
of SD card.
Remote Controller
5.1 Overview
Potensic ATOM is equipped with the DSRC02A remote controller, which boasts
Potensic long-range PixSync 3.0™ video transmission technology, offering a
maximum transmission range of 6km/19,685ft and 720p when displaying video from
the drone to PotensicPro App on your mobile device. Easily control the drone
and camera using the onboard buttons. The detachable control sticks make the
remote controller easier to store. Thanks to the 2.4Ghz dual band antenna, in
a wide-open area with no electromagnetic interference, PixSync 3.0™ smoothly
transmits video feed at up to 720p at a max altitude of 120m.
The built-in battery has a capacity of 3000mAh and a maximum run time of 2.3
hours. There is a Type-C port for device connection. The remote controller
charges the mobile device with a charging ability of 500mA/5V.
When used with different drone hardware configurations, the remote controller
will automatically select the corresponding firmware version for updating and
support the following transmission technologies enabled by the hardware
performance of the connected drone models:
a. ATOM SE: PixSync 2.0™ b. ATOM: PixSync 3.0™
5.2 Control Stick Mode
Mode 1 (Left Hand Throttle)
Mode 2 (Right Hand
Throttle)
5.3 Function
5.3.1 Function List
Charge| 1. Connect the USB Charger to the Type-C charging port.
2. The battery is being charged when power indicator starts flashing.
3. Charging is completed when 4 LED indicators are solid on and data cable
can be removed.
---|---
Recharge mobile phone| When a mobile device is connected, the remote
controller automatically charges devices with a charging ability of 500mA/5V.
Indicator function| See 5.3.2
Flight control| See 5.2
Low battery prompt| When power level of the remote controller is
lower than 10%, the remote controller will have a “beep” sound every second.
Auto shutdown| The product will shut down automatically if the remote
controller has no connection and operation for 20mins.
One-key return| See 7.8
Pause| If the drone is performing a Smart Flight like Circle Flight or
auto landing, press once to make the drone brake and hover in place. Press
again to cancel it and regain the control of the drone.
Emergency stop| For any emergency situtaions during the flight, press
“Shoot” and “Record” button for 2s at the same time till the remote controller
beeps, the drone will stop running and fall down.
Shoot| Short press it to shoot one picture
When camera is in video recording mode, short press it to switch to shoot mode
Record video| Short press it to start/stop video recording
When camera is in shooting mode, shot press it to switch to video recording
mode
Gimbal Dial| Dial it to the right to increase the pitch angle (head up)
Dial it to the left to decrease the pitch angle (head down)
Remote controller frequency pairing| See 5.3.3
5.3.2 Indicator
As shown in the picture below, the remote controller is fitted with 4 white
LED indicators to indicate the power level and other status.
Charging indication
LED 1| LED 2| LED 3| LED 4| Current power level of
battery
---|---|---|---|---
| | **| | 0%~25%
**| | | | 25%~50%
| |
| | 50%~75%
| | |
| 75%~99%
| | | | 99%~100%
Power indication (in use)
LED 1| LED 2| LED 3| LED 4| Current power level of
battery
---|---|---|---|---
| | | | 0%~10%
| | | | 10%~25%
| | | | 25%~50%
| | | | 50%~75%
| | | | 75%~100%
Status indication
| LED 1| LED 2| LED 3| LED 4
---|---|---|---|---
Frequency pairing| | | |
Flashing slowly at the same time
Upgrade mode| 
Turning on sequentially
Start calibration| | | |
Flashing slowly at the same time
5.3.3 Remote Controller Function
The ATOM drone and the remote controller can be used immediately after startup
since they have been paired before delivery. Frequency pairing is only
required when using a new drone or remote controller for the first time.
Proceed frequency pairing between the drone and the remote controller by
tapping “Drone Re-pairing” under Calibration in App Settings. See 8.5 Remote
Controller Calibration for the detailed procedures.
5.4 Antenna Angle
Adjust the antenna angle along with the changes of drone height and distance,
to ensure the best communication status of the remote controller.
Wider communication angle is ensured at a close distance in this mode.
Keep both antennas pointing directly towards the drone to acquire a longer transmission distance.
When the drone is right above the remote controller, the transmission signal is weakened drastically due to poor antenna angle. Please lower the flight altitude or fly the drone horizontally for some distance with the antenna pointing at the drone as much as possible as shown in the picture.
Do not cross the antenna in any case.
Do not press the antenna on your mobile device in any case.
PotensicPro App
6.1 App Homepage
6.2 Flight Interface
-
Return button:
Tap to return to the homepage -
Navigation prompt bar:
Display drone status and flight mode -
Gimbal angle:
Display current gimbal pitch angle -
Flight mode:
Video
Normal
Sport -
Positioning mode:
Attitude mode, no positioning
Vision positioning
GPS positioning -
GPS status:
Display GPS signal status and quantity of satellites searched -
Signal quality of video transmission:
Display the strength of video transmission connection signal between the drone and the remote controller -
Power level of the smart battery: Estimated Remaining Flight Time
-
Settings
Tap to view information about Safety, Calibration, Control, Camera and About.
Safety
Switch on/off Beginner Mode: If switched on, the drone will be confined to fly in a cylindrical space with a radius of 30 m and a height of 30 m and restricted to fly only in Video Mode.
Set measurement system (Metric or Imperial) and speed (Video/Normal/Sport)
Set drone behavior when signal lost: Return/Land/Hover
Return —— the drone will automatically ascend to 120 m and return to the HOME point.
Land —— the drone will land on the spot where it loses the signal.
Hover —— the drone will hover in place where it loses the signal.
Switch on/off the Slient Return Mode: If switched on, the remote control will no longer beep when the drone enter the RTH mode next time. (Shot press the power button of remote control will stop the beep of this time)
Switch on/off the Flight Safety & Tips
Battery information: check the temperature, current, voltage and others of the smart battery.
Calibration
This sector includes compass calibration, gimbal calibration, gimbal fine- tunning, remote controller calibration and drone re-pairing.
Control
Remote Controller Settings: Tap to switch control stick mode (Mode 1: Left Hand Throttle; Mode 2: Right Hand Throttle)
Gimbal Settings: Tap to set gimbal maximum pitch speed, gimbal angle (0°/-90°), and to switch between Gimbal Stable Mode or FPV Mode.
Camera
General Settings: Tap to set white balance, gridlines, segmental recording, etc. Tap to check microSD card capacity and format.
Other Settings: Tap to set watermarks and add GPS coordinates in photos.
About
View device information, firmware information, App version, etc. -
Shooting Information Display/Settings
-
Camera Manual/Auto Mode
Auto Mode
Manual Mode: Tap to manually adjust ISO, shutter time, white balance, and set the parameters by observing the exposure value(EV) -
Interval Timer Shooting Mode:
In Interval Timer Shooting Mode, the camera will take photos at a selected time interval continuously.
Conditions to activate the Interval Timer Shooting Mode: camera set to Photo Mode and the image format to JPG.
Long press the icon to start the timer dial. Choose the time interval then tap or click the photo button on the remote controller to start taking photos. Tap to cease shooting, and tap again to exit Interval Timer Shooting Mode. -
Digital Zoom Mode:
The icon displays the current zooming setting. Tap to quickly switch between 1x, 2x or 3x to zoom in or out. For a more precise zoom, touch and hold the zoom icon then drag the dial up and down. You can also pinch in or out on the screen with two fingers to zoom in and out.
The camera supports 2x digital zoom in Photo Mode and up to 3x in Video Mode (3x digital zoom in 1080P/2.7K and 2x in 4K). -
Shoot/Record switch button:
to switch from shooting to video recording to switch from video recording to shooting. -
Shoot/Record button:
Video recording mode, tap to start video recording
Video recording in progress, tap to cancel
Shooting mode, tap to shoot picture -
Intelligent Flight Modes:
QuickShots shooting modes: Pull-Away, Rocket, Circle, Spiral and Boomerang. The drone records the target according to the selected shooting mode and automatically generates a short video which will be saved in MicroSD card.
Visual Tracking: The drone tracks automatically the targeted subject to record and generates a short video which will be saved in MicroSD card.
Please watch the tutorial videos for detailed instructions! -
Album: Preview or download shot videos or pictures in SD card.
-
Flight Safety and Technical Tips:
Users can turn on/off Flight Safety and Tips in App Settings->Safety. After turning it on, flight-related tips or suggestions will be displayed on the lower right side of the flight interface. -
Display flight speed and distance:
Horizontal distance from the drone to HOME point
Flight speed of the drone
Relative height from the drone to HOME point
Ascent/descent speed of the drone -
Attitude Indicator/Thumbnail map:
Tap the upper right corner to switch to Attitude Indicator Mode
Tap thumbnail map to switch to full-screen map
The attitude indicator displays information of drone direction,
tilt angle, remote controller direction, HOME point and more.
The attitude indicator can show the angle and direction of the drone in real time as follows: Legend|
|
|
|
---|---|---|---|---
Tilting direction of the drone| Tilt forward:
the horizon line tilts towards the upper half of the attitude indicator|
Tilt backward:
the horizon line tilts towards the lower half of the attitude indicator|
Tilt to the right: the horizon line tilts towards the right side| Tilt
to the left: the horizon line tilts towards the left side
Different colors of the attitude indicator:
| Legend | Description |
|---|---|
| Green indicates that the drone is flying at a relatively small tilt angle, |
high precision control over the gimbal and optimal video quality can be
achieved.
| Yellow indicates that the drone is flying at a relatively large
tilt angle, the control precision of the gimbal may be affected, and the video
quality may be reduced.
| Red indicates that the drone is flying at a very large tilt
angle. If the attitude indicator frequently turns red during flight, the drone
may be encountering strong winds and the video quality can be compromised.
Please fly the drone back and land it as soon as possible.
When the icons of the drone and the remote controller both turn green, it
indicates that the remote controller is facing the drone which guarantees the
optimal communication signal.
After the drone is powered on and enters GPS mode, the current GPS coordinates
will be updated as the HOME point. Pay attention to the update prompt of the
HOME point.
When the drone takes off in OPTI mode and then enters GPS mode, the HOME point
might not be the take-off point. Pay attention to the return safety.
-
One-key takeoff, landing/return
The App will display different buttons based on drone status. Tap to initiate one-key takeoff, landing or return.
Tap to unlock, take off and hover at a height of 1.2m
Tap to land or auto return. -
Display important information or status of drone
Make sure to fully charge the mobile device prior to flight, because the power of the mobile device will be consumed even if it is charged by the remote controller.
Mobile cellular data is required when using the PotensicPro App. Please contact your wireless carrier for data charges.
While using the App, make sure to read and master the pop-up prompts and warning information of App to know the current status of the drone.
It is recommended to replace any outdated mobile device which may have a negative impact on user experience of App and lead to potential dangers. For any poor user experience and safety problems due to the use of an outdated mobile device, Potensic does not bear any liability.
Flight
This chapter introduces safe flight practices and requirements.
7.1 Requirements of Flight Environment
- Do not use the product in severe weather, such as gale, rain, snow and fog.
- Only fly in open areas. Tall structures and large metal structures may affect the accuracy of the onboard compass and GPS system and result in positioning failure. It is recommended to keep the drone at least 5m away from structures.
- Control the product within your sight and keep away from the obstacles and crowds.
- Do not use the product in places with high-voltage power lines, telecommunication base station or launching tower, to avoid interference of the remote controller.
- Please use the product with caution when altitude is over 3,000m for the flight performance can be affected when the performance of drone battery and power system is weakened due to environment factor.
7.2 Precautions of Flight
- Check if the remote controller, intelligent flight battery and mobile device are fully charged.
- Check if the drone is intact and propellers are installed correctly.
- Check if the camera is working normally after power-on.
- Check if App is running normally.
- Check if SD card is inserted and make sure camera is clean.
- Make sure the drone takes off on flat and hard surface, instead of sandstone or bush; the drone may fail to be unlocked if it has major vibration.
- Please be careful when the done takes off on surface of moving objects, such as running vehicle and ship.
- GPS positioning and waypoint flight will be disabled in the south and north polar.
- Do not use the product in extremely cold or hot place to avoid hazards.
7.3 Connection
Please follow the steps below:
- Please finish the steps in “3.5 Preparing the Remote Controller” and turn on the remote controller.
- Please finish the steps in “3.4 Preparing the drone” and turn on the drone.
- Launch App to view the connection status. Connection is finished when it shows .
- Tap to enter the flight interface.
It is advised to tap and follow the animated guide to operate for first-time users.
7.4 Flight Mode
ATOM has three flight modes-Video/Normal/Sport, which can be switched via the
App.
Video Mode
Ascent speed: 2m/s, descent speed: 2m/s, flight speed: 6m/s
The drone enters Beginner Mode by default when being used for the first time.
The flight speed will be limited to the same as in Video Mode to allow you to
familiarize yourself with the controls of the drone.
Normal Mode
Ascent speed: 4m/s, descent speed: 3m/s, flight speed: 10m/s
You can exit Beginner Mode after you have mastered adequate flight skills, and
the drone will switch to Normal Mode by default.
Sport Mode
Ascent speed: 5m/s, descent speed: 4m/s, flight speed: 16m/s
Video mode is recommended for aerial photography. Sport mode is recommended if
you would like to get a speedy flight experience.
Please fly with caution in Sport Mode as the responsiveness of the drone
significantly increases, which means a small control stick movement on the
remote controller translates into the drone moving a large distance.
Be vigilant and maintain adequate maneuvering space during flight, as the
responsiveness of the drone significantly increases in Sport mode.
The maximum speed and braking distance of the drone significantly increase in
Sport Mode. A minimum braking distance of 30 m (100 ft) is required in
windless conditions to ensure safety.
When flying in Sport Mode or strong wind, the gimbal may shake, which is
normal.
7.5 Beginner Mode
The drone is automatically set to Beginner Mode for first-time use. In
beginner mode:
- The flight distance and height will be restricted at 0~30m
- The speed level will be restricted to the same as in Video mode
- The beginners are suggested to learn and master the drone in beginner mode
7.6 Takeoff/Landing/Hovering
7.6.1 Manual Takeoff/Landing
Takeoff
Step 1: Start the motors
Use a combination stick command to start the motors. Push both sticks to the
bottom inner or outer corner depending on your control stick mode to start the
motors. Release both sticks simultaneously once the motors are spinning.
Step 2: Push throttle control
stick to take off
Push the throttle control stick upwards gently as shown in the picture,
release the control stick when the drone leaves ground and it will keep
hovering.
Landing
Pull the throttle control stick until the drone lands on ground. Release the
throttle control stick when the motors are no longer spinning.
Take off from stable and level plane, do not take off from or land on the palm
or by hand.
When the drone in the non-static state, Push both sticks to the bottom inner
or outer corners for 2s to force unlocking it. Please stay away from the drone
for more than 5m before operation for your own safety.
7.6.2 One-key Takeoff / Landing
One-key takeoff
Tap one-key takeoff button in App, then swipe right in the pop-up window to
start the drone automatically then ascend to the height of 1.2m and maintain
hovering.
One-key landing
Tap one-key landing button in App, then swipe left in the pop-up window to
land the drone, or swipe right to start returning. 7.7 Intelligent Flight
Modes
7.7.1 QuickShots
Introduction| QuickShots shooting modes include Pull-Away, Rocket,
Circle, Spiral and Boomerang. The drone records the target according to the
selected shooting mode and automatically generates a short video which will be
saved in MicroSD card.
---|---
How to Start| 1. Tap in the App to start QuickShots.
2. Choose a shooting mode and set the parameters on the right.
3. Tap or drag-select your target subject(It is recommended to choose a human
as a target subject rather than a building), then tap to begin recording.
How to Exit| 1. Tap in the App or move a control stick to finish
recording. The drone will hover in place.
2. Tap on the right to exit QuickShots.
Explanation| Mode| Description| Adjustable Parameter
Pull-Away| The drone flies backward and ascends with the camera locked
on the subject.| Return to the starting point after finishing recording?
|
Distance
Rocket| The drone ascends vertically with the camera pointing downward
at the subject.| Relative altitude
Circle| The drone circles around the subject starting from current
position.| Flight direction(clockwise/counterclockwise)
Clockwise
Counterclockwise| Number of laps(choose from 1-3)
Spiral| The drone ascends and spirals around the subject.
Boomerang| The drone flies around the subject in an oval path, ascending
as it flies away from its starting point to the farthest distance and
descending as it flies backward.
Conditions to activate QuickShots:
- The drone is airborne with strong GPS signal;
- MicroSD card is inserted with available storage;
- Sufficient battery level;
- The drone is not in auto-flight state (auto return or landing).
- The drone must be at least 2 m above the ground.
- When locking the target in QuickShots, the gimbal pitch angle needs to be between -75° ~ -15°.
Use QuickShots at locations that are clear of buildings and other obstacles.
Make sure there are no humans, animals, or other obstacles on the flight path.
Before getting familiar with the flight path of QuickShots, please try a
smaller flight distance first.
Be ready to take over control of the drone by moving any control stick at any
time in emergency and the drone will exit QuickShots and hover in place.
Pay attention to objects around the drone and use the remote controller to
avoid collision with the drone or when the drone is being blocked.
DO NOT use QuickShots in places that are close to buildings or where the GPS
signal is weak. Otherwise, the flight path will be unstable.
Make sure to follow local privacy laws and regulations when using QuickShots.
QuickShots is not available in the following situations:
- The drone is on the ground.
- GPS signal is weak.
- MicroSD card is not inserted or no storage available.
- The battery level is low.
- The current altitude of the drone is insufficient.
- The drone reaches the virtual fence.
- The gimbal is horizontal or tilted upwards.
DO NOT use QuickShots in any of the following situations where the Downward Vision System may not work properly:
- When the subject is blocked or outside the line of sight for an extended period.
- When the subject is more than 50 m away from the drone.
- When the subject is similar in color or pattern with the surroundings.
- When the subject is in the air.
- When the subject is moving fast.
- When the ambient lighting is extremely low or high.
QuickShots does not support video recording in 1080P@60/50fps.
After the subject is locked in QuickShots, the gimbal pitch angle can’t be
adjusted.
7.7.2 Visual Tracking
**Description| The drone tracks automatically the tracked subject to
record and generates a short video which will be saved in MicroSD card.
---|---
How to Start| 1. Tap in App the tap on the right to start Visual
Tracking.
2. Tap or drag-select your subject, and choose the recording period(1 , 3
, 5min or infinite∞).
3. Tap to start Visual Tracking.
How to Exit**| 1. Tap on the right or move a control stick during
recording to stop and exit Visual Tracking and the drone will hover in place.
2. Tap on the right to exit Visual Tracking.
Visual Tracking is unavailable when the drone is on the ground.
During Visual Tracking, the gimbal dial will remain unresponsive.
Once the tracked subject is lost, the drone will hover in place.
When the tracked subject is approaching the drone, it will hover in place and
not move backwards.
When locking the target in Visual Tracking, the gimbal pitch angle needs to be
between -75° ~ -25°.
The drone must be at least 4 m above the ground to activate Visual Tracking.
During Visual Tracking, the tracked subject should not move in a relatively
high speed(recommended speed less than 4m/s)
Use Visual Tracking at locations that are clear of buildings and other
obstacles. Make sure there are no humans, animals, or other obstacles on the
flight path.
DO NOT use Visual Tracking in places that are close to buildings or where the
GPS signal is weak. Otherwise, the flight path will be unstable.
Be ready to take over control of the drone by moving a control stick at any
time in emergency and the drone will exit Visual Tracking and hover in place.
Visual Tracking is not available when the drone is flying near distance and
altitude limits.
Make sure to follow local privacy laws and regulations when using Visual
Tracking.
Be extra vigilant when using Visual Tracking in any of the following
situations:
- The tracked subject is not moving on a level plane.
- The tracked subject changes shape drastically while moving.
- The tracked subject is blocked or out of sight for an extended period.
- The tracked subject is moving at a fast speed.
- The tracked subject has a similar color or pattern to its surrounding environment.
- When the ambient lighting is extremely low or high.
It’s recommended to maintain a distance of 5-10 m and an altitude of 4-10 m
when tracking people. It’s recommended to maintain a distance of 20-50 m and
an altitude of 10-50 m when tracking vehicles or boats.
Operate the drone outside of the recommended range and it may not detect well
the intended subject.
7.7.3 Waypoint Flight
Description| When Waypoint Flight is enabled, you can pin 2 or more
waypoint coordinates in App map, and the drone will fly over the corresponding
waypoints sequentially.
---|---
How to Start| When the GPS signal is strong, tap the map in the lower
left corner of the App to switch to map, then tap on the right to enter
Waypoint Flight mode, tap on the map to pin multiple waypoints, after that tap
GO to start Waypoint Flight.
You can preset 2 to 30 waypoints on
the map and the figure in the icon indicates the flight sequence.
Meanwhile, you can delete certain waypoint, save the current Waypoint Flight
task, or choose from the saved Waypoint Flight tasks.
How to Exit| 1. Tap on the right or move a control stick (except
throttle control stick) to stop and exit the current Waypoint Flight task and
the drone will hover in place.
2. Tap on the right to exit Waypoint Flight.
During Waypoint Flight, you can adjust the flight altitude via the throttle
control stick and the gimbal tilt via gimbal dial.
During Waypoint Flight, the drone will exit the current flight task and hover
in place if it reaches the virtual fence.
7.8.1 Regular Return
7.8 Return(RTH)
The regular return consists of three steps, as follows:
- Ascent: The drone ascends to the set return altitude (this step is skipped if the drone’s altitude is already higher than the return altitude).
- Level flight: The drone maintains a straight flight at the set altitude towards the HOME point.
- Landing: Once it reaches the HOME point, the drone will automatically land and stop its propellers.
Return to Home (RTH) The drone must be in GPS mode
How to Start RTH
One key RTH: Press and hold the RTH button on the remote controller for 1s or
tap in App to pop up the menu, then swipe right to start the return.
Auto RTH: When either the drone battery level is low, the signal between the
drone and the remote controller is lost or the drone is experiencing other
abnormalities, Auto RTH will be triggered.
If there are obstacles in the surrounding environment and it’s not suitable to
return, it is recommended to keep the drone hovering or land the drone after
losing signal in Settings to avoid colliding with the obstacles during RTH.
How to exit RTH
Method 1: Tap on the left of App to exit RTH.
Method 2: Briefly press the return button on the remote controller to exit
RTH.
RTH Requirements
The drone must take off in GPS mode and successfully record the HOME point.
If the drone takes off in OPTI mode and switches to GPS mode mid-flight, it
will not be able to return to the takeoff point.
Please pay attention to the location of the HOME point on the map and the
prompts in PotensicPro App.
To ensure the safety of the return flight, please set the appropriate return
altitude in the app according to the flight environment.
During the return course, users can still adjust the flight altitude by
adjusting the throttle.
The drone will return when it is within 20m of the HOME point, and the return
altitude will be 5m. Please pay attention to safety.
Tall buildings or obstacles can block the transmission signal and cause signal
loss. Do not fly behind buildings beyond the return altitude, otherwise the
drone will collide with obstacles and crash during the return. If the drone
enters ATTI mode due to GPS failure or GPS signal interference, it will not be
able to return.
During the return process, strong headwinds may be encountered. Lowering the
flight altitude Appropriately can help reduce power consumption. If the power
is insufficient, the drone will perform a forced landing in place. Please pay
attention to the prompts in PotensicPro App. Do not initiate the return when
there are obstacles overhead, such as tall trees, otherwise the drone may
crash during the climb.
Please pay attention to return safety, because the drone does not support
obstacle avoidance and may crash when colliding with obstacles during the
return course.
For any GPS signal anomaly in communication loss return, the drone will
maintain hovering at ATTI mode, until GPS signal is strong enough and the
return will resume.
7.8.2 Descending Return
How to Activate
After 10 seconds into the RTH course, if the flight altitude is greater than
150m and the flight distance greater than 300m, the App will prompt a message
for you to confirm whether to initiate the descending return. Once confirmed,
the drone will start the descending return(the drone will descend its altitude
while approching the HOME point). When its altitude descends to 120m, the
drone will switch to the regular return maintaining its current altitude till
it reaches the HOME point and lands automatically.
How to Exit
Tap on the left of the App interface or keep pushing the throttle control
stick up for 2 seconds to exit the descending return. The drone will switch to
the regular return maintaining the current altitude.
- When encountering strong winds, the descending return can save power consumption and guarantee a more successful return.
- If the drone is disconnected from the remote controller during the descending return, it will switch to the regular return.
This product does not have an obstacle avoidance function. Please pay
attention to flight safety during the return process.
7.9 Emergency Stop
See 5.3.1 Emergency stop for the detailed operation method.
Emerency stop function is designed for preventing injuring pedestrians or
damaging the valuables by propeller blades in case of drone failure. Please
use it with caution, because stopping the motors mid-flightwill cause the
drone to crash.
Calibration
8.1 Compass Calibration
This chapter mainly introduces the calibration-related functions in Settings,
including compass calibration, gimbal calibration, gimbal fine-tuning, remote
controller calibration, and drone re-pairing.
8.1.1 When to perform compass calibration
- Before the first flight
- Flying at a location farther than 50km (31miles) away from the location the drone was last flown
Do not calibrate the compass in locations where magnetic interference may
occur, such as close to magnetic deposits or large metallic structures such as
parking structures, steel reinforced basements, bridges, cars, or scaffolding.
Keep away from other electronic device when calibrating, such as near to the
mobile phone.
Make sure the drone is at least 1.5m (4.92ft) above the ground when
calibrating.
It’s not necessary to calibrate the compass when flying indoors.
8.1.2 Calibration Procedure
- When calibration is required, the App will pop up the calibration interface automatically, tap “Start Calibration”, and the drone status indicator will alternatively flash red and green.
- Hold the drone horizontally and rotate it 360° till the App shows vertical calibration, and the drone status indicator will alternatively flash blue and green.
- Hold the drone vertically and rotate it 360° around a vertical axis till the App prompts the calibration completed.
You can also trigger compass calibration manually in the App: Settings-
Calibration-Compass Calibration.
When you
get the prompt “Calibration failed” in the App repeatedly, change the location
and try the calibration procedure again.
Do not calibrate compass while arms are folded.
8.2 Gimbal Calibration
8.2.1 When to perform gimbal calibration
- When the gimbal is not working or obviously unlevel after powering on and before take-off, please calibrate the gimbal.
- When the gimbal is unstable or unable to stay level in flight, please land the drone and calibrate the gimbal.
8.2.2 Calibration Procedure
- Tap Settings in the App, select “Gimbal Calibration”, then place the drone on a level table with the bottom facing up.
- Tap “Start Calibration”, then calibrate, the live transmission view will appear on the calibration interface.
- When the progress bar is fully loaded and the App prompts “Calibration Succeeded”, the calibration is completed.
Do not move the drone significantly during the calibration process, otherwise the calibration may fail.
8.3 Gimbal Fine-tuning
The gimbal fine-tuning is for manually calibrating the gimbal, and adjusting
the roll and yaw offset angle of the gimbal. You can tune the angle with
reference to the status of the live transmission view on the App interface.
8.3.1 When to perform gimbal fine-tuning
When the gimbal is unable to stay level or slightly tilting on level ground.
8.3.2 How to use the Gimbal Fine-Tuning
- Tap Settings in the App, select “Gimbal Fine-Tuning”, then tune the roll and yaw angles of the gimbal with a range of ±10°, you can tap “+/-” to adjust the gimbal angles or set the angle value directly, tap once means “+0.1°/-0.1°”.
- Gimbal Roll Adjustment: Tap “+” to roll to the right, and tap “-” to roll to the left. Gimbal Yaw Adjustment: Tap “+” to yaw to the right, and tap “-” to yaw to the left.
- Tap “Default Value” to restore the default angles ( 0° )
8.4 Remote Controller Calibration
8.4.1 When to perform remote controller calibratio n
- When the drone drifts automatically in one direction without any toggling of the control sticks.
- When the drone auto-rotating sideway continuously.
- When the control sticks are over-sensitive or lack sensitivity.
8.4.2 Calibration Procedure
- Turn on the remote controller, and connect the mobile device, tap Settings in the App, select “Remote Controller Calibration”.
- Make sure the control sticks are in the middle position and do not operate it before tapping to start the calibration.
- Tap “Start Calibration”, then follow the on-screen instructions and toggle the sticks in all directions until 100% is displayed in the app interface, and then maximum toggle the Dial back and forth.
- When App prompts “Calibration Succeeded”, the remote controller calibration is completed.
8.5 Drone Re-paring
8.5.1 When to perform drone re-paring
Drone re-pairing is required if you replace the drone or remote controller.
8.5.2 Drone Re-paring Procedure
- Turn on the remote controller, and connect the mobile device, tap Settings in the App, select “Calibration”, tap “Re-paring the drone” to re-pair.
- Power on the drone and long press the power button till the drone status indicators flash green, the drone is ready to pairing.
- Wait for about 7s, the paring succeeds when the controller beeps “Di”, then you can view the live transmission on the App interface.
Make sure the distance between the remote controller and the drone is within
1m (3.3ft) and away from other 2.4G frequency interference during the
frequency pairing process.
If the pairing has failed, please check if there is any interference from the
current location, if any other drones are under pairing, or if the distance is
too far between the remote controller and the drone or any blocks between
them. If none of the above, please try the pairing procedures again.
Do not move or operate the drone and controller during the frequency pairing
process.
Appendix
9.1 Specification & Parameters
Drone
Model: DSDR04C
Takeoff Weight: < 249g (the takeoff weight includes battery and propeller
blades)
Folded Size: 88x143x58mm
Unfolded Size (propeller blades included): 300x242x58mm
Unfolded Size (propeller blades excluded): 210x152x58mm
Diagonal Distance: 219mm
Max Speed (Sport Mode): Ascent speed: 5m/s; Descent speed: 4m/s; Flight speed:
16m/s
Max Wind Speed Resistance: 38km/h (Level 5)
Maximum Flight Altitude: 120m/393.7ft
GNSS: GPS+GLONASS+Galileo+BeiDou
Operating Temperature: 0°C~40°C
Operating Frequency: 2.400~2.4835GHz
Transmission Power: 2.4GHz: < 24dBm
Hovering Accuracy Range: Vertical: ±0.1m (with Vision Positioning), ±0.5m
(with GPS Positioning)
Horizontal Flight: ±0.3m (with Vision Positioning), ±1.5m (with GPS
Positioning)
Extra Payload: Not supported
Max Flight Time: 32min (measured at breezeless condition and even speed of
5m/s)
Max Hover Time: 29min (measured in indoor hovering)
Downward Vision System
Hovering range: 0.3~5m(ideal environment); Available at 0.3~10m.
Unavailable scenarios of vision positioning:
- Pure-color surface
- Surface with strong reflection, such as smooth metal surface
- Transparent object surface, such as water surface and glass
- Moving texture, such as running pets
- Scenarios with drastic change of light; for example, the drone flies to outdoor space with strong light from indoor space
- The places with weak or strong light
- The surface with repeating identical patterns or textures, such as floor tile with the same texture and size
- The surface with highly consistent strip pattern
Camera
Lens Tilt Range: +20°~-90°
CMOS: 1/3″
Effective Pixel: 12MP
ISO Range: 100~6400
Electronic Shutter Speed: 1/24s~1/25000s
FOV: 78°
Aperture: F2.2
Photo Resolution: 4608*2592
Image Format: JPG/JPG+RAW(DNG)
Video Resolution: 4K@30/25/24fps; 2.7K@30/25/24fps; 1080P@60/50/30/25/24fps
Video Format: MP4 (H.264)
Max Video Bitrate: 50Mbps
Supported File System: FAT 32, exFAT
Type Of Supported Storage Card: MicroSD card; 4~256GB SD card transmission
speed ≥class10 or U1 standard
Remote Controller
Model: DSRC02A
Operation Frequency: 2.402~2.483GHz
Max Transmission Distance (unobstructed, free of interference): 6km
Operating Temperature: 0°C~40°C
Battery: 3000mAh, lithium battery, 1S
Transmitter Power (EIRP): 2.4GHz: ≤20dBm
Charging Interface: TYPE-C
Charging Specification: 5V/1A
Video Transmission System: PixSync 3.0™
Video Transmission Quality: 720P
Latency (depending on environment and mobile device): 200ms
Supported Mobile Device Size: Length: 170mm, Width: 100mm, Thickness:
6.5mm~8.5mm
Smart Flight Battery
Model: DSBT02B
Capacity: 2230mAh
Voltage: 7.7V
Battery Type: Li-Po 2S
Energy: 17.18Wh
Battery Weight: 84g
Working Temperature: 0°C~40°C
WARNING
DANGER
Only suitable for ages 16+
Warning: The product should only be used by adults and children over 16
years. Adult supervision is required for children under 16 years.
Tested according to international standards| WARNING:
NOT SUITABLE FOR CHILDREN UNDER 3 YEARS DUE TO SMALL PARTS| WARNING:
CHOKING HAZARD – small parts.
---|---|---
Changes or modifications not expressly Approved by the party responsible for
compliance could void the user’s authority to operate the equipment.
This device complies with Part 15 of the FCC Rules. Operation is subject to
the following two conditions:
- This device may not cause harmful interference, and
- This device must accept any interference received, including interference that may cause undesired operation.
Drone FCC ID: 2AYUO-DSDR04B
Remote controller FCC ID: 2AYUO-DSRC02A
Note: 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.
This equipment complies with FCC radiation exposure limits set forth for an
uncontrolled environment. This equipment should be installed and operated with
a minimum distance of 20cm between the radiator & your body. This transmitter
must not be colocated or operating in conjunction with any other antenna or
transmitter.
Manufacturer: Shenzhen Deepsea Excellence Technology
Co., Ltd.
Address: 5th Floor, Building 7, Hongfa High-tech Park, Keji 4th Road,
Shiyan Street, Baoan District, Shenzhen
EC REP: E-CrossStu GmbH. Mainzer Landstr.69,60329 Frankfurt am Main
UK REP: SUQ CO., LTD. Unit G1, Capital House 61 Amhurst Road, London,
United Kingdom, E8 1LL