Potensic ATOM Drone
User Manual V02. 23. 12
DANGER: Only suitable for ages 16+
1. Disclaimer and Precautions
1.1 Disclaimer
Drones are potentially dangerous products and relatively complex to use. Ensure you read the complete user manual to understand basic drone knowledge and familiarize yourself with the basic functions before using this product. When using the drone for the first time, it is recommended to use it outdoors and be familiar with the drone's operation in GPS mode.
To ensure safe and correct use of this product, strictly follow the operating instructions and precautions described in this manual.
Users under 16 years of age must use this product under adult supervision. Keep this product out of the reach of children when not in use.
The company is not responsible for any direct or indirect losses (including, but not limited to, property damage and personal injury) caused by the user's violation of the safety operating instructions contained in this manual and does not provide warranty services.
Do not disassemble parts other than the propellers without authorization, do not modify or attach other elements to this product, and the user will be responsible for the consequences in case of violation.
For usage, operation, maintenance, and other issues, please contact your local dealer or our company's competent personnel.
Potensic reserves the right of final interpretation of this document and product-related documents, and is subject to change without notice. Please visit www.potensic.com for the latest information.
1.2 Safety Precautions
Stay away from obstacles and crowds: The drone has uncertain speed and flight status during flight, which is potentially dangerous. During flight, it must be kept away from crowds, skyscrapers, high-voltage power lines, etc. At the same time, please avoid flying in bad weather such as wind, rain, lightning, etc., to ensure the safety of users and surrounding crowds.
Stay away from humid environments: Keep the product away from moisture to prevent anomalies or damage due to humidity in precise electronic components and mechanical parts.
Safe Operation: Fatigue, low energy, or inexperience will increase the probability of accidental risk during drone piloting. When using this product, use original parts for modification or repair to ensure flight safety. Use the drone within the scope of the product's functions and comply with local safety regulations.
Stay away from high-speed rotating parts: When the drone's propellers rotate at high speed, keep them away from crowds and animals to avoid scratches or disturbances. Do not touch the rotating propellers with your hands.
Keep away from heat: The drone is composed of metal, fiber, plastic, electronic components, and other materials. Therefore, try to stay away from heat sources, avoid exposure to high temperatures, and prevent abnormal work, deformation of the casing, or even damage caused by high temperatures.
1.3 Warnings and Suggestions
- Please read and understand the relevant suggestions included in the package.
- The user must avoid personal and property loss during product use.
- Our company and the seller are not responsible for any losses and personal injuries caused by improper use or operation.
- Debug and install the product strictly in accordance with the manual's steps. Maintain a distance of 1-2 meters from others while using the product to avoid injury when the product collides with people's heads, faces, and bodies.
- Some parts of this product must be assembled by adults. Minors under 16 years of age cannot operate alone. The battery must be charged under adult supervision and kept away from flammable materials during charging.
- The product contains small parts, please keep them out of the reach of children to prevent accidental ingestion.
- Do not use the product on roads or in water to avoid accidents.
- Except for the propellers, it is strictly forbidden to disassemble or modify the aircraft, otherwise, malfunctions may occur.
- Use a USB charger compliant with FCC/CE to charge the intelligent battery.
- The remote controller has a built-in 3.7V lithium battery, which must not be replaced.
- Do not short-circuit or crush the battery to avoid explosions.
- Do not short-circuit, disassemble, or discard the battery in fire or place it in a hot location (near fire or an electric heater).
- Please maintain a safe distance from high-speed rotating propellers and do not fly through crowds to avoid the risk of strangulation and cuts.
- Do not fly in an environment with a strong magnetic field, such as high-voltage cables, buildings containing metal, automobiles, and trains, etc., otherwise the drone will be disturbed.
- Ensure you understand local laws and regulations to avoid illegal drone use.
- Please ensure the magnetic environment requirements of the aeronautical radio station. During the period of radio control orders issued by state competent departments and within the control area, the use of analog remote control must be interrupted according to requirements.
- Avoid flying at low altitudes over water surfaces.
- Please stay away from airports, flight paths, and other no-fly zones.
2. Reading Suggestions
2.1 Symbol
Prohibited: ❌
Important Notes: ?
2.2 Usage Suggestions
- It is recommended to watch the instruction video and the Quick Start Guide before reading the User Manual.
- It is recommended to read the disclaimer and precautions first when reading the User Manual.
2.3 Tutorial Video / Download App
By scanning the QR code on the right, you can:
- Download the PotensicPro App (hereinafter referred to as the App).
- Watch tutorial videos.
- Get the latest version of the User Manual.
- Find Frequently Asked Questions (FAQ).
2.4 Registration and Help
Ensure you register your personal account in the App before the first flight to get a better user experience. We promise not to obtain any unauthorized user information.
Registration Procedure: Enter your email address, enter your password, review the agreement, and click register. After successful registration, you can log in. (Note: Keep your mobile phone connected to the Internet during registration)
Help: Thank you for purchasing the ATOM drone. Please read the User Manual carefully. If you need assistance, please contact our support team at support.it@potensic.com. When requesting after-sales service, you must provide the order ID and problem details.
2.5 Technical Terms
| Term | Description |
|---|---|
| IMU | Inertial Measurement Unit, which is the drone's most important sensor. |
| TOF (Time of Flight) | Refers to judging the distance to the target by measuring the time from signal launch to infrared signal reception. |
| Downward Vision System | The sensor system, located at the bottom of the drone, consisting of a camera and a TOF module. |
| Visual Positioning | Refers to the high-precision positioning function achieved by the downward vision system. |
| Compass | Geomagnetic sensor, through which the drone recognizes direction. |
| Barometer | Atmospheric pressure sensor; the drone judges altitude based on atmospheric pressure. |
| Lock/Unlock | Switches the drone's motors from static rotation to inactive state. |
| Idling | After unlocking, the motor rotates slowly at a fixed speed but cannot provide sufficient lift for takeoff. |
| Automatic Return | The drone will automatically return to the HOME point based on GPS positioning. |
| Drone Head | The position of the drone's camera is the drone's head. |
| Throttle Stick | The stick that controls the drone's ascent or descent. |
| Pitch Control Stick | The stick that controls the drone to move forward or backward. |
| Roll Control Stick | The stick that controls the drone to fly right and left. |
| Yaw Control Stick | The stick that controls the drone to turn left or right. |
3. Overview
This chapter primarily introduces the functions and features of the ATOM, as well as the names of each part of the drone and the remote controller.
3.1 Introduction
With foldable arms and a weight of less than 250g, the product is portable and easy to use. The drone is equipped with a visual positioning system, allowing it to hover precisely indoors and outdoors at low altitudes. Simultaneously, the drone has GPS sensors for positioning and automatic return functions. It features a 1/3-inch Sony CMOS image sensor, capable of capturing high-definition 4K/30FPS video and 12MP photos.
The camera is mounted on a 3-axis gimbal, enabling stable footage acquisition during drone operation.
The ATOM remote controller utilizes the new digital image transmission technology, PixSync 3.0™ 2.4G, offering a maximum communication range of 6km and 720P HD video transmission in ideal conditions. The remote controller has a retractable foldable design, allowing it to be opened to hold your mobile device. Connect the remote controller and mobile device via USB cable to use the App, set up the product, and view the HD video feed. The built-in lithium battery of the remote controller provides a longest working time of approximately 2.3 hours.
The ATOM employs Potensic's proprietary SurgeFly™ flight control technology, achieving a maximum horizontal flight speed of 16m/s (52ft/s), a maximum flight time of approximately 32 minutes, and the ability to withstand winds up to Level 5.
Flight Time Test Conditions: Flies at a constant speed of 5 m/s at 25°C in the absence of wind.
Transmission Distance Test Conditions: Measured in an open, interference-free environment at a flight altitude of 120m, without considering drone return.
Power consumption will increase considerably when the drone is flying against the wind. If you receive a strong wind alert from the App, lower your flight altitude and return promptly to ensure drone safety.
Pre-flight Checklist:
- Pay attention to local weather forecasts and ensure conditions are suitable for flying the drone.
- Ensure the battery is fully charged.
- Ensure the firmware is updated to the latest version.
- Ensure the flight environment is open and free of interference.
- Before takeoff, ensure the battery is securely fastened and the battery buckle is correctly latched, propellers are not deformed, and screws are not loose.
- Turn on the drone in an open, flat area, wait for the drone to enter GPS mode before takeoff, and pay attention to the HOME point.
3.2 Drone Diagram
Diagram Description:
- 1. Charging Indicator
- 2. TYPE-C Charging Port
- 3. Battery Buckle
- 4. SD Card Slot
- 5. Tail Indicator
- 6. Monocular Vision Module
- 7. TOF Module
- 8. Bottom Cooling Hole
- 9. Battery Indicator
- 10. Power/Pairing Frequency Button
- 11. 3-Axis Gimbal and Camera
- 12. Brushless Motor
- 13. Propeller
- 14. Drone Arm
- 15. Antenna Tripod
- 16. Arm Axis
3.3 Remote Controller Diagram
Diagram Description:
- 1. Power Button: Press and hold for 2S to turn on/off.
- 2. Power Indicator: Shows remote controller power or other status.
- 3. Control Stick Slot: Slots on the left and right sides for storing control sticks.
- 4. TYPE-C Interface: Charge the remote controller / connect the mobile device.
- 5. RTH Button / Pause Button: Press and hold for 1 second to automatically return to HOME point. Briefly press to pause automatic flight.
- 6. Control Stick
- 7. Dual Foldable Antenna
- 8. Mobile Device Installation Position: For placing mobile devices.
- 9. Shutter Button: Briefly press to take a photo.
- 10. Record Button: Briefly press to start/stop recording.
- 11. Gimbal Dial: Use the gimbal dial to control camera tilt.
3.4 Drone Preparation
The product is delivered folded. Please unfold it as follows:
- Remove the gimbal protector.
- Unfold the front arm before the rear arm.
- Unfold the propeller blades.
3.5 Remote Controller Preparation
Install the phone and control sticks:
- Turn on the antenna.
- Connect your mobile phone via USB cable.
- Insert the mobile phone part with the USB cable into the remote controller slot.
- Pull and open the remote controller with both hands and securely attach the mobile phone.
- Connect the other end of the USB cable to the remote controller.
- Remove the sticks.
- Screw both control sticks in clockwise.
- Installation is complete.
3.6 Charging/Powering On and Off
When you receive a new drone battery, it needs to be charged to reactivate it, otherwise the drone will not start. Connect the battery's TYPE-C charging port and a USB charger to AC power to complete charging (this product does not include a USB charger; users can use an FCC/CE compliant charger for charging).
The red battery charging indicator is lit during charging and turns off automatically when charging is complete.
If you purchased the continuous flight package, you can easily use the parallel charging HUB to charge the battery. For details, refer to the "Parallel Charging HUB User Manual." The parallel charging HUB can also charge the remote controller.
Charging via TYPE-C port: The fastest charging time is approximately 1 hour and 25 minutes. To achieve this charging speed, ensure your charger supports 5V/3A output.
It is recommended that users use the parallel charging HUB, which can quickly charge 3 batteries simultaneously.
For safety reasons, it is recommended to remove the battery for charging. The drone cannot be powered on while the battery is charging.
If the drone is powered on and the charging cable is connected, it will automatically shut down before charging.
A recently used battery may be too hot; charging should be performed after it has naturally cooled down, otherwise, the intelligent battery will refuse to charge. Charge the battery every 3 months to maintain its activity.
Use the original data cable for charging via the TYPE-C interface or a data cable that supports over 3A current, otherwise, the battery may not charge or may be damaged.
Powering On:
- Drone: Ensure the battery is correctly inserted into the battery compartment. Briefly press and then long-press the drone's power button until all power indicators light up, then release to complete power-on.
- Remote Controller: Press and hold the power button until all power indicators light up, then release to complete power-on.
Powering Off:
- Drone: Briefly press and then long-press the drone's power button until all battery indicator lights turn off, then release to complete power-off.
- Remote Controller: Press and hold the power button until all power indicator lights turn off, then release to complete power-off.
4. Drone
The ATOM is primarily composed of a flight control system, communication system, positioning system, power system, and intelligent flight battery. This chapter will detail the functions of each drone component.
4.1 Positioning
The ATOM adopts Potensic's new SurgeFly™ flight control technology, supporting the following two positioning modes:
- GPS Positioning: Provides precise positioning and navigation for the drone; supports precise hovering, intelligent flight, and automatic return.
- Visual Positioning: Achieves high-precision low-altitude positioning based on the downward vision system. Visual positioning can be performed without a GPS signal, allowing the product to be used indoors.
How to Change Modes: The flight control system will automatically switch systems based on the drone's environmental changes. When both the GPS system and the downward vision system cannot function, flight control will switch to Attitude Mode. In this mode, the drone cannot hover stably, and the user must manually control the stick to correct the flight attitude. In Attitude Mode, the drone's control difficulty will significantly increase. If you wish to use this mode, you must understand the drone's behavior in this mode and be able to control the drone skillfully. Do not fly the drone far away during use to avoid excessive distances, losing judgment of the drone's attitude, and causing risks.
? Flight speed will be limited in Visual Positioning (OPTI mode).
? When the GPS signal is weak or there is no GPS signal, you will not be able to return the drone or activate functions like Waypoint Flight or QuickShots.
? The control difficulty of the drone in Attitude Mode will significantly increase. Ensure you master the drone's control characteristics in this mode during flight. Do not fly the drone out of sight to avoid losing judgment of the drone's attitude and direction, which could cause danger.
4.2 Downward Vision System
The ATOM is equipped with a downward vision system, located at the bottom of the drone, consisting of a monocular camera and a TOF module. The TOF module includes a transmitting and a receiving tube. The drone's precise height from the ground is calculated by measuring the time taken for the infrared signal to reflect from transmission to reception. Then, with the monocular camera, the drone's precise low-altitude position can be calculated for high-precision positioning.
Detection Range: The downward vision system functions best when the flight altitude is between 0.3-5m, with a detection range of 0.3-10m.
When GPS is unavailable, the downward vision system will activate if the drone flies over recognizable surfaces with sufficient light. The downward vision system works best when the drone is at an altitude between 0.3 and 5m. If the drone's altitude exceeds 5m, the vision system may be affected, requiring greater caution.
Usage Method: The downward vision system will automatically activate if positioning conditions are met. The drone's tail indicator will flash cyan twice, indicating that the downward vision system is functioning.
Speed Limit: To ensure positioning accuracy and flight safety during visual positioning flight, the aircraft will actively limit its flight speed.
? Visual positioning is an auxiliary flight function only. Always pay attention to changes in the flight environment and positioning mode, and do not rely solely on the drone's automatic judgment. Users must control the remote controller fully and be ready to manually operate the drone at any time.
Visual positioning does not function correctly on the following surface types:
- Solid color surfaces.
- Highly reflective surfaces, such as smooth metallic surfaces.
- Transparent surfaces, such as water surfaces and glass.
- Moving structures, such as running pets and moving vehicles.
- Scenes with drastic lighting changes, such as suddenly flying from indoors to brightly lit outdoors.
- Environments with very dim or very bright light.
- Surfaces with highly repetitive structures, such as floor tiles with the same texture and small area, and striped patterns of the same height.
For user safety, please check the camera and TOF transceiver before flight. Clean them with a soft cloth if they are dirty, dusty, or wet. Contact Potensic support if the vision system is damaged.
4.3 Drone Status Indicators
Power On/Off: Green indicator is solid when powering on/off.
| Flight Status | GPS Positioning | Visual Positioning | Attitude Mode | Return Flight |
|---|---|---|---|---|
| Takeoff/Landing in Progress | Indicator flashes slowly green | Indicator flashes slowly cyan | Indicator flashes slowly blue | Indicator flashes slowly red |
| Warning and Error | Remote controller not connected to drone (communication lost) | Low battery | Sensor error | Propeller emergency stop |
| Indicator is always blue | Indicator flashes rapidly red | Indicator is always red | Indicator has long and short flashes | |
| Update and Calibration | Compass calibration (horizontal) | Compass calibration (vertical) | Frequency pairing mode | Update mode |
| Indicator flashes alternately red and green | Indicator flashes alternately blue and green | Indicator flashes rapidly green | Indicator flashes rapidly blue |
4.4 Intelligent Battery
4.4.1 Function
The ATOM intelligent battery is equipped with high-energy cells and an advanced battery management system. Details are as follows:
| Basic Parameters | |||
|---|---|---|---|
| Model: | DSBT02B | Number of cells: | 2 series |
| Nominal Voltage: | 7.7V | Battery Capacity: | 2230mAh |
| Charging Method: | TYPE-C / Parallel charging HUB | Voltage when fully charged: | 8.8V |
| Max Charging Current: | TYPE-C: 5V/3A; Charging Hub: 8V/2.0A x 3 |
| Function | Description |
|---|---|
| Cell Balancing Protection | Automatically balances cell voltage to protect battery health. |
| Self-Discharge Protection | If the battery is fully charged and unused, it will slowly discharge to 50%-70% after 5 days to protect the battery cells. |
| Overcharge Protection | Charging stops when the battery is fully charged; otherwise, the battery may be damaged by overcharging. |
| Temperature Protection | When the battery temperature is below 0°C or above 40°C, charging will be automatically prevented. Pay attention to the charging environment temperature. |
| Intelligent Charging Current Limit | When the charging current is too high, the battery will automatically limit the current to protect the battery. |
| Over-discharge Protection | In a non-flying state, when the battery discharges to a certain voltage, it will automatically cut off power to prevent excessive discharge. The battery enters a sleep state and should be charged as soon as possible. |
| Short Circuit Protection | When the battery detects a short circuit in the drone, it automatically cuts off power to protect the battery and drone. |
| Battery Status Monitoring | The battery management system monitors battery status. If the battery is damaged, the battery voltage is severely unbalanced, or other battery anomalies occur, the App will notify you that the battery is damaged, and it should be replaced promptly. |
| Communication Function | The battery can communicate with the drone in real-time. Users can view battery cycle times, real-time power, and other information in the App. |
? If the battery is not used for a long time, it must be charged every three months to ensure its activity. Please store the battery in a cool, dry place out of reach of children.
4.4.2 Battery Installation and Removal
Installation: Push the battery horizontally into the drone's battery compartment as shown below until you hear a beep, indicating the battery buckle has opened and locked.
Removal: First, press the intelligent battery buckle, hold the top cover of the battery, and pull out the battery.
❗ After inserting the battery, ensure the battery buckle has snapped back into place. This is crucial for flight safety.
When removing the battery, ensure the drone is powered off first.
Status Check:
- When the battery is inserted into the drone, briefly press the drone's power button to check the intelligent battery charge level, as shown in the figure.
| Power Button | LED 1 | LED 2 | LED 3 | LED 4 | Current Battery Level |
|---|---|---|---|---|---|
| ? | ? | ? | ? | 0%-25% | |
| ? | ? | ? | ⚫ | 25%-30% | |
| ? | ? | ⚫ | ⚫ | 30%-50% | |
| ? | ⚫ | ⚫ | ⚫ | 50%-55% | |
| ⚫ | ⚫ | ⚫ | ⚫ | 55%-75% | |
| ⚫ | ⚫ | ⚫ | ⚫ | 75%-80% | |
| ⚫ | ⚫ | ⚫ | ⚫ | 80%-97% | |
| ⚫ | ⚫ | ⚫ | ⚫ | 97%-100% |
Indicator Status:
- Indicator is always on: ?
- Indicator flashes: ⚡
- Indicator is off: ⚫
4.4.5 Instructions for Using Intelligent Battery at High/Low Temperatures
When the battery temperature is below 5°C, the App will display a low battery warning, and the battery must be preheated before flight.
When the battery temperature exceeds 70°C, the App will prompt a high battery temperature warning, and the drone will be unable to take off.
The battery's discharge capacity is significantly reduced in low-temperature environments, and the battery's flight time will be slightly reduced. This is normal.
Please avoid prolonged use in low-temperature environments, as it will reduce battery life.
4.5 Propellers
There are two types of ATOM propellers, designed to rotate in different directions. Markings are used to indicate which propellers should be attached to which motors; the two propellers on the same motor are identical.
| Propeller Type | Installation Note | Installation Instructions |
|---|---|---|
| With Markings | Attach to marked arm motors | Use the screwdriver provided in the package to mount the propellers. It is easier to operate by holding the motor with your hand during propeller removal and installation. |
| Without Markings | Attach to unmarked arm motors |
Ensure that marked propellers are attached to marked arm motors and unmarked propellers to unmarked arm motors. Otherwise, the drone will not be able to fly.
If a propeller is broken, remove the two propellers and screws from the corresponding motor and discard them. Use two propellers from the same package. DO NOT mix propellers from different packages.
Propeller blades are sharp. Handle with care. DO NOT crush or bend propellers during transport or storage.
Purchase propellers separately if needed.
Stay away from rotating propellers and motors to avoid injury.
Please check propeller blades immediately if you notice unusual vibration or flight speed, and replace damaged or deformed propellers promptly.
Ensure motors are mounted securely and rotate smoothly. Land the drone immediately if a motor is stuck and cannot rotate freely. Stop flying the drone and contact support if you hear abnormal motor noises.
Ensure propellers are securely installed before each flight. Verify that the screws on the propellers are tightened.
When mounting or removing propellers, do not insert the screwdriver or other foreign materials into the motors, as this may damage the motor.
4.6 Flight Data
The ATOM has flight data logging capabilities. Users can view this data in the App. "Flight Record" shows basic data for each flight. "Flight Log" records detailed flight data. If the user encounters an anomaly during flight, they can report it in the App and, if necessary, upload the flight log for assistance.
All flight data is stored on the user's mobile device. No flight data is acquired by the company, except for data uploaded by the user to cloud storage.
4.7 Gimbal and Camera
4.7.1 3-Axis Gimbal
The ATOM is equipped with a 3-axis gimbal, enabling clear and stable image and video acquisition. The pitch control range is from +20° to -90°, and the roll and yaw control range is from +10° to -10°. The camera angle can be adjusted by rotating the gimbal dial on the remote controller.
In video mode, the gimbal control tilt range is between +20° and -90°; otherwise, the control tilt range is between 0° and -90°.
Ensure the gimbal protector is removed before powering on the drone.
After each startup, the gimbal's default tilt angle is 0° (horizontal view).
❗ Do not bump, touch, or apply external force to the gimbal to avoid damaging the precision components inside.
Ensure there are no objects above or around the gimbal and that the lens is clean before takeoff.
The gimbal is connected to the drone via a flexible shock-absorbing bracket, which can eliminate camera vibrations. Do not pull the gimbal forcefully. If the shock absorber bracket is damaged, contact customer support promptly for repair.
DO NOT modify the gimbal or attach objects to it, as this will cause gimbal vibrations or permanent damage to the gimbal motor.
4.7.2 Camera
| Basic Parameters | |
|---|---|
| Sensor Brand: | SONY |
| Effective Pixels: | 12MP |
| FOV: | 78° |
| ISO Range: | 100 ~ 6400 |
| Storage Method: | Micro SD Card |
| Photo Size: | 12MP (4608*2592) |
| Sensor Dimensions: | 1/3" CMOS |
| Aperture: | F2.2 |
| Focus Range: | 3m ~ ∞ |
| Shutter Speed Range: | 1/24s ~ 1/25000s |
| Code: | H.264 |
| Photo Format: | JPG/JPG+RAW(DNG) |
| Video Specifications: | 4K@30/25/24fps; 2.7K@30/25/24fps; 1080P@60/50/30/25/24fps |
| Video Format: | MP4 (H.264) |
| Video Bit-rate (max.): | 50 Mbps |
| Supported File Formats: | FAT32, exFAT |
| Supported Memory Card Type: | Micro SD Card; 4 GB ~ 256 GB; SD Card Transfer Speed ≥ Class 10 or U1 standard |
? The gimbal may vibrate during flight in Sport mode or in strong winds. It is recommended to fly the drone in video mode for optimal gimbal stabilization.
The lens heats up during long recording sessions; do not touch it with your hands to avoid burns.
Please do not record videos when not in flight, otherwise, the drone may activate overheating protection.
The sensor crops edges at 1080P@60/50fps, capturing only a central section of what the full-frame sensor would capture, with a FOV of approximately 36°.
4.7.3 Image Storage
Videos and photos recorded by the ATOM will be stored on the SD card, not in the App or the user's mobile album. Ensure the SD card is inserted before flight; otherwise, you cannot record videos or take photos.
Users can preview and download videos and photos from the SD card in the App (requires connecting the drone and remote controller).
SD Card Instructions:
- File Format: FAT32, exFAT
- Capacity: 4GB ~ 256GB
- Speed Requirements: SD card U1 (UHS Speed Class 1) or C10 (Class 10) or higher is recommended.
Videos downloaded in the App are only 720P images used for image transmission. For high-definition videos, use a computer or other device to read the SD card.
❗ Using some SD card brands with U1/C10 specifications may cause recording interruptions due to slow writing speeds.
If your card contains important data, please back it up to other devices to ensure data security.
Do not insert or remove the SD card while the unit is powered on. Inserting or removing the SD card during recording may cause data damage and loss, or even damage the SD card.
Potensic is not liable for losses caused by improper use of the SD card by the user.
5. Remote Controller
5.1 Overview
The Potensic ATOM is equipped with the DSRC02A remote controller, featuring Potensic's long-range PixSync 3.0™ video transmission technology. It offers a maximum transmission range of 6 km (19,685 feet) and 720p video display on your mobile device via Potensic Pro. Easily control the drone and camera using the integrated buttons. Removable control sticks make the remote controller easier to store.
Thanks to the 2.4 GHz dual-band antenna, in areas with minimal electromagnetic interference, PixSync 3.0™ provides seamless video transmission up to 720p at a maximum altitude of 120m.
The remote controller has a built-in 3000 mAh polymer battery, providing a longest working time of approximately 2.3 hours. It uses a TYPE-C interface for charging and connecting mobile devices, and can also charge mobile devices (5V/500mA).
When used with different drone hardware configurations, the remote controller will automatically select the corresponding firmware version for updates and supports the following transmission technologies enabled by the hardware performance of connected drone models:
- a. ATOM SE: PixSync 2.0™
- b. ATOM: PixSync 3.0™
5.2 Control Stick Modes
Mode 1 (Left Hand Throttle):
- Left Stick: Ascend/Descend, Yaw Left/Right
- Right Stick: Forward/Backward, Roll Left/Right
Mode 2 (Right Hand Throttle):
- Left Stick: Forward/Backward, Roll Left/Right
- Right Stick: Ascend/Descend, Yaw Left/Right
5.3 Functions
5.3.1 Function List
- Charging: 1. Connect the TYPE-C charging port to a USB charger. 2. When the power indicator starts flashing, it is charging. 3. When all 4 LED indicators are lit, charging is complete; you can disconnect the data cable.
- Charge Phone: When the mobile device is connected, the remote controller will automatically charge the mobile device (5V/500mA).
- Indicator Function: See 5.3.2
- Flight Control: See 5.2
- Low Battery Warning: When the remote controller battery is below 10%, it will emit a long "di" beep, repeating every 1 second.
- Automatic Shutdown: The remote controller will automatically shut down after 20 minutes of no connection or operation.
- One-Key Return: See 7.8
- Pause: When the drone is in automatic flight (e.g., auto-return, circle flight), briefly press the return/pause button to pause the current flight. The drone will hover in place, and pressing it again will resume the previous flight.
- Propeller Emergency Stop: In emergency situations during flight, simultaneously press the "Photo" and "Video" buttons for about 2 seconds. When you hear a beep from the remote controller, the drone's motors will stop immediately, and the drone will fall freely.
- Take Photo: Briefly press to take a photo. If the camera is in video mode, briefly press to switch to photo mode.
- Video: Briefly press to start/stop recording. If the camera is in photo mode, briefly press to switch to video mode.
- Gimbal Dial: Rotate right to increase pitch angle (head up). Rotate left to decrease pitch angle (head down).
- Remote Controller Pairing: See 5.3.3
5.3.2 Indicators
The remote controller has 4 white LED indicators showing power and other statuses.
Charging Indication:
| LED 1 | LED 2 | LED 3 | LED 4 | Current Battery Level |
|---|---|---|---|---|
| ? | ? | ? | ? | 0%-25% |
| ? | ? | ? | ⚫ | 25%-50% |
| ? | ? | ⚫ | ⚫ | 50%-75% |
| ? | ⚫ | ⚫ | ⚫ | 75%-99% |
| ⚫ | ⚫ | ⚫ | ⚫ | 99%-100% |
Battery Indicator (In Use):
| LED 1 | LED 2 | LED 3 | LED 4 | Current Battery Level |
|---|---|---|---|---|
| ? | ? | ? | ? | 0%-10% |
| ? | ? | ? | ⚫ | 10%-25% |
| ? | ? | ⚫ | ⚫ | 25%-50% |
| ? | ⚫ | ⚫ | ⚫ | 50%-75% |
| ⚫ | ⚫ | ⚫ | ⚫ | 75%-100% |
Status Indication:
| Status | LED 1 | LED 2 | LED 3 | LED 4 | |
|---|---|---|---|---|---|
| Frequency Pairing | ? | ? | ? | ? | Flashes slowly simultaneously |
| Update Mode | ? | ? | ? | ? | Sequential lighting |
| Start Calibration | ? | ? | ? | ? | Flashes slowly simultaneously |
5.3.3 Remote Controller Pairing
The ATOM remote controller and drone have already completed factory frequency pairing and can be used after powering on. If the remote controller or drone is replaced for other reasons, you need to re-pair the remote controller and drone before use. Proceed with frequency pairing between the drone and the remote controller by tapping "Re-pair the drone" in Calibration under App Settings. Refer to 8.5 Remote Controller Calibration for detailed procedures.
5.4 Antenna Angle
Adjust the antenna angle along with changes in the drone's altitude and distance to ensure optimal remote controller communication.
In this mode, a wider communication angle at close range is guaranteed.
Keep both antennas pointed directly towards the drone to achieve a greater transmission distance.
When the drone is directly above the remote controller, the transmission signal is drastically weakened due to the poor antenna angle. Please lower the flight altitude or fly the drone horizontally for a certain distance, and try to keep the remote controller's antenna facing the drone, as shown in the image.
Please do not cross the antennas under any circumstances.
Under no circumstances should the antenna rest on your mobile device.
6. PotensicPro App
6.1 App Home Page
Tap ☰ to view flight logs and Potensic Academia.
Tap to select the corresponding model. The drone model will be automatically paired if the user has connected the remote controller to the mobile phone.
View connection status.
Click "Access" to enter the flight interface.
The personal center allows you to report issues, modify account information, browse user agreements, find a lost drone, close your account, and access other settings.
App Gallery (Connect the drone to view content on the drone's SD card).
6.2 Flight Interface
1. Return Button: Tap to return to the home page.
2. Navigation Message Bar: Displays drone status and flight mode.
3. Gimbal Angle: Displays the current gimbal angle.
4. Flight Speed: Video, Normal, Sport.
5. Positioning Mode: GPS (GPS Positioning), OPTI (Visual Positioning), Atti (Attitude Mode without positioning).
6. GPS Status: Displays GPS signal status and number of satellites searched.
7. Image Transmission Signal Quality: Displays the current signal strength of the video transmission between the drone and the remote controller.
8. Drone Intelligent Battery Power: Displays remaining flight time.
9. Settings: Tap to view information on Safety, Calibration, Control, Camera, and About.
- Safety: Enable/disable Beginner Mode. If Beginner Mode is active, the drone will be limited to flying within a 30m radius and 30m altitude cylinder and limited to Video Mode only. Set measurement system (metric or imperial) and speed (Video/Normal/Sport). Set drone behavior in case of signal loss: Return/Land/Hover. Return: Drone ascends to 120m and returns to HOME point after losing signal. Landing: Drone lands at the point where signal is lost. Hover: Drone hovers at the point where signal is lost. Set minimum return altitude and virtual fence. Enable/disable silent return. If enabled, the remote controller will not emit an audible signal when the drone re-enters return status. (Briefly press the remote controller's power button to interrupt this audible signal). Enable/disable flight safety and tips. Battery Information: Check temperature, current, voltage, and other intelligent battery information.
- Calibration: This interface includes compass calibration, gimbal calibration, gimbal fine adjustment, remote controller calibration, and drone re-pairing.
- Control: Remote controller settings: Tap to change control stick mode (Mode 1: Left Hand Throttle; Mode 2: Right Hand Throttle).
- Gimbal Settings: Tap to set maximum gimbal tilt speed, gimbal angle (0°/-90°), and switch between stable gimbal mode and FPV mode.
- Camera: General Settings: Tap to set white balance, grid, segment recording, etc. Tap to check microSD card capacity and format. Other Settings: Tap to set watermarks and add GPS coordinates to photos.
- About: View device information, firmware information, App version, etc.
10. Shot Information Display/Settings
- Photo Mode: Displays photo format, EV (exposure value), and remaining photos or current microSD card capacity.
- Automatic Mode: Tap to switch between remaining photo count and available microSD card capacity. Tap to set EV. Tap to set photo format to JPG or RAW+JPG.
- Manual Mode: Tap WB 5000K to set white balance. Tap SS 1/100 to set shutter speed. Tap ISO 800 to set ISO (light sensitivity).
- Video Mode: Displays video resolution, EV (exposure value), and remaining video recording time or microSD card capacity.
- Automatic Mode: Tap to switch between remaining video recording time and microSD card capacity. Tap to set EV.
- Manual Mode: Tap 4K 30 to set video resolution and frame rate. Options: 4K: 30/25/24fps; 2.7K: 30/25/24fps; 1080P: 60/50/30/25/24fps. Tap WB 5000K to set white balance. Tap SS 1/100 to set shutter speed. Tap ISO 800 to set ISO (light sensitivity).
11. Manual/Automatic Camera Mode
Automatic Camera Mode
Manual Camera Mode: Tap to manually adjust ISO, shutter speed, white balance, and set parameters while observing the exposure value (EV).
12. Interval Shooting Mode
In Interval Shooting Mode, the camera will continuously take photos at the selected time interval. Conditions for activating Interval Shooting Mode: camera set to photo mode and image format set to JPG. Press and hold the icon to activate the timer dial. Select the time interval, then tap or click the photo button on the remote controller to start shooting. Tap to stop shooting, then tap again to exit Interval Shooting Mode.
13. Digital Zoom Mode
The icon displays the current zoom setting. Tap to quickly switch between 1x, 2x, or 3x zoom in or out. For more precise zoom, touch and hold the zoom icon, then drag the dial up and down. You can also pinch to zoom in and out on the screen.
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).
14. Photo/Video Switch Button
Switch from photo to video.
Switch from video to photo.
15. Photo and Video Button
Video Mode: Click to record.
Click to cancel during recording.
Photo Mode: Click to take a photo.
16. Intelligent Flight Modes
QuickShots: Includes Backward, Rocket, Circle, Spiral, and Boomerang. The drone tracks the target based on the selected shooting mode and automatically generates a short video saved to the Micro SD card.
Visual Tracking: The drone automatically tracks the target subject for recording and generates a short video saved to the Micro SD card. Please watch tutorial videos for detailed instructions!
17. Gallery
You can preview or download videos or photos taken on the drone's SD card.
18. Flight Safety and Tips
Users can enable/disable flight safety and tips in App Settings -> Safety. Once enabled, flight tips or suggestions will be displayed in the lower right part of the flight interface.
19. Flight Speed and Distance Display
D: Horizontal distance from the drone to the HOME point.
H: Relative altitude of the drone to the HOME point.
: Horizontal speed of the drone to the HOME point.
: Vertical speed of the drone to the HOME point.
20. Attitude Indicator / Mini-Map
Tap the top-right corner to switch to attitude indicator mode. Click the mini-map to switch to the full-screen map.
Legend: Wind Speed Scale, Drone, Remote Controller, Home Point, Drone Tilt Angle.
The attitude indicator shows the drone's direction, tilt angle, remote controller direction, HOME point, and more. The attitude indicator can display the drone's angle and direction in real-time, as shown below:
Direction of Drone Tilt:
- 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 Right: The horizon line tilts towards the right side.
- Tilt Left: The horizon line tilts towards the left side.
Different Attitude Indicator Colors:
- Green: Indicates the drone is flying with a small tilt angle, allowing for high-precision gimbal control and optimal video quality.
- Yellow: Indicates the drone is flying with a large tilt angle; gimbal control precision may be affected, and video quality may be reduced.
- Red: Indicates the drone is flying with a very large tilt angle. If the attitude indicator frequently turns red during flight, the drone may encounter strong winds, compromising video quality. Please return the drone and land it as soon as possible.
When the drone and remote controller icons both turn green, it indicates the remote controller is facing the drone, ensuring optimal communication signal.
After the drone powers on and enters GPS mode, the current GPS coordinates will be updated as the HOME point. Pay attention to the HOME point update prompt.
If the drone takes off in OPTI mode and switches to GPS mode during flight, it will not be able to return to the takeoff point.
Pay attention to the HOME point's position on the map and the prompts in PotensicPro App.
21. One-Tap Takeoff/Landing/Return
The App will display different buttons based on the drone's status. Click the buttons to complete operations such as one-tap takeoff, one-tap landing, and one-tap return as instructed.
- Tap to unlock, take off, and hover at 1.2m.
- Click to select direct landing or automatic return.
22. Display Important Drone Information or Status
❗ Ensure your mobile device is fully charged before flying. Although the remote controller can charge the mobile device, the mobile device's battery may still be consumed.
When using the App, cellular data is required. Contact your mobile data provider for the latest data plan information.
When using the App, be sure to read and understand the instructions and warnings displayed by the App and always be aware of the drone's current status.
If your mobile device is too old, it may affect the App user experience and even pose a safety risk. It is recommended to replace the mobile device. Potensic is not responsible for user experience and safety issues caused by old equipment.
7. Flight
This chapter introduces flight environment requirements, precautions, and flight operation steps.
7.1 Flight Environment Requirements
- Do not fly in bad weather, such as strong winds, rain, snow, or dense fog.
- Choose an open area without tall buildings nearby for flying. Buildings with a large number of steel bars will affect compass operation and block GPS signals, leading to poor or impossible drone positioning.
- During flight, maintain control within your line of sight and stay away from obstacles, crowds, etc.
- Do not fly in areas with high-voltage lines, communication base stations, or transmission towers to avoid interference with the remote controller.
- When flying at altitudes above 3000m, the drone's battery and power system performance will degrade due to environmental factors, affecting flight performance. Please fly with caution.
7.2 Flight Precautions
- Verify that the remote controller, intelligent flight battery, and mobile device are fully charged.
- Check if the drone is intact and the propellers are installed correctly.
- Verify if the camera functions normally after powering on.
- Verify if the App functions normally.
- Check if the SD card is inserted and ensure the camera is clean.
- Choose relatively flat and hard ground for takeoff; do not take off on sand, bushes, or other surfaces, as the drone may not unlock if it experiences strong vibrations.
- Be cautious when taking off from moving objects like cars and ships.
- The drone will not be able to use GPS positioning and waypoint flight within the Antarctic Circle and the Arctic Circle.
- Do not use the product in extremely cold or hot locations to avoid hazards.
7.3 Connection
Please follow the steps below:
- Complete the steps shown in "3.5 Remote Controller Preparation" and turn on the remote controller.
- Complete the steps shown in "3.4 Drone Preparation" and turn on the drone.
- Open the App to check the connection status. When (A) is displayed, the connection is complete.
- Click "Access" to enter the flight interface.
It is recommended for beginners to tap and follow the animated guide for operation.
7.4 Flight Speed
The ATOM has three flight speeds: Video/Normal/Sport, which can be switched via the App.
Video Speed: Ascent speed: 2m/s, Descent speed: 2m/s, Horizontal flight speed: 6m/s. The drone defaults to Beginner Mode for its first use, limiting flight speed to Video speed to help you familiarize yourself with the controls.
Normal Speed: Ascent speed: 4m/s, Descent speed: 3m/s, Horizontal flight speed: 10m/s. You can exit Beginner Mode after becoming familiar with flight operations, and the drone will default to Normal Speed.
Sport Speed: Ascent speed: 5m/s, Descent speed: 4m/s, Horizontal flight speed: 16m/s. For aerial photography, Video Speed is recommended. For a more dynamic flight experience, use Sport Speed. In this mode, the drone achieves maximum maneuverability. Fly cautiously in Sport Speed as the drone's responsiveness significantly increases, meaning small stick movements translate to large drone movements.
Stay vigilant and maintain adequate maneuvering space during flight, as the drone's responsiveness is greatly enhanced in Sport Speed. The drone's maximum speed and braking distance also increase significantly in Sport Speed. For safety, a minimum braking distance of 30m (100 feet) is required in windless conditions. The gimbal may vibrate in Sport Speed or strong winds, which is normal.
7.5 Beginner Mode
The drone is automatically set to Beginner Mode for its first use. In beginner mode:
- Flight distance and altitude are limited to 0-30m.
- Flight speed is limited to Video Speed.
- Beginners are advised to practice and become proficient with the drone in beginner mode first.
7.6 Takeoff/Landing/Hovering
7.6.1 Manual Takeoff/Landing
Takeoff:
Step 1: Start Motors
Use a combined command to start the motors. Push both sticks to the bottom inner or outer corner (depending on stick mode) to start the motors. Release both sticks simultaneously once the motors are spinning.
Step 2: Push Throttle Control Stick to Take Off
Gently push the throttle control stick upwards as shown in the image. Release the control stick once the drone lifts off the ground; it will then hover.
Landing:
Pull the throttle control stick until the drone lands on the ground. Release the throttle control stick when the motors stop spinning.
❗ Take off the drone from a stable, level surface. Do not take off or land on your palm or hand.
It is not recommended to take off when the battery is low, as it will affect battery life. If forced takeoff is necessary, operate with caution and accept the corresponding consequences.
When the drone is not stationary, push both sticks to the bottom inner or outer corner for 2 seconds to forcefully unlock it. For safety, remain at least 5 meters away from the drone before operation.
When very close to the ground, due to airflow effects, it may not achieve good hovering. Ensure the drone is above 0.5m in height.
In case of abnormal conditions, the drone may not lock after landing. In this situation, you can lower the throttle control stick to the limit for 3 seconds, and the drone will be forcefully locked.
7.6.2 One-Click Takeoff/Landing
One-Click Takeoff: Tap the one-click takeoff button in the App, then swipe right in the pop-up window to automatically take off the drone, ascend to 1.2m, and hover.
One-Click Landing: Tap the one-click landing button in the App, then swipe left in the pop-up window to land the drone or swipe right to initiate return.
7.7 Intelligent Flight Modes
7.7.1 QuickShots
QuickShots modes include Backward, Rocket, Circle, Spiral, and Boomerang. The drone records the target based on the selected shooting mode and automatically generates a short video saved to the Micro SD card.
How to Start:
- Tap in the App to start QuickShots.
- Choose a shooting mode on the right side of the App interface and set parameters.
- Tap or manually select the target (recommend choosing a human subject over a building), then tap GO to start recording.
How to Exit:
- Press in the App or move a control stick to end recording. The drone will hover in place.
- Tap on the right side of the App to exit QuickShots mode.
| Mode | Description | Adjustable Parameter | |
|---|---|---|---|
| Backward | The drone flies backward while moving upward, with the camera locked onto the target for shooting. | Return to starting point after recording? (Yes/No) | Flight Distance |
| Rocket | The drone flies vertically, with the camera locked onto the target for shooting downwards. | Relative Altitude | |
| Circle | The drone takes the target as the center, flying around the target from the current position to shoot. | Direction of Flight (Clockwise/Counter-clockwise) | |
| Spiral | The drone takes the target as the center and circles around the target to shoot. | Number of Turns (Choose 1-3) | |
| Boomerang | The drone flies in an elliptical orbit around the target, gradually ascending to the farthest point and then gradually descending to return to the starting point. |
Conditions for activating QuickShots:
- The drone is in flight with a strong GPS signal.
- The SD card is inserted and has sufficient memory space.
- The battery level is sufficient.
- The drone is not in an automatic flight state (return, landing).
- The drone must be at least 2m above the ground.
- When locking onto a target in QuickShots, the gimbal tilt angle must be between -75° and -15°.
Use QuickShots in open areas free of buildings and other obstacles. Ensure there are no humans, animals, or other obstacles in the flight path.
Before familiarizing yourself with QuickShots flight paths, try a shorter flight distance first.
Be prepared to take control of the drone at any moment in an emergency by moving the joystick; the drone will exit QuickShots and hover in place.
Pay attention to objects around the drone and manually operate the remote controller to avoid accidents (like collisions) or when the drone is locked.
DO NOT use QuickShots near buildings or where the GPS signal is weak, as this can lead to unstable flight paths.
Ensure compliance with 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 has no available memory space.
- Battery level is low.
- Current drone altitude is insufficient.
- Drone reaches the virtual fence.
- Gimbal is horizontal or tilted upwards.
DO NOT use QuickShots in any situation where the downward vision system may not function correctly:
- When the subject is locked or out of view for an extended period.
- When the subject is more than 50m away from the drone.
- When the subject has a color or pattern similar to the surrounding environment.
- When the subject is in the air.
- When the subject is moving rapidly.
- When ambient lighting is extremely low or high.
QuickShots does not support video recording in 1080P@60/50fps.
After locking the subject in QuickShots, the gimbal tilt angle cannot be adjusted.
7.7.2 Visual Tracking
Description: The drone automatically tracks the subject to be recorded and generates a short video saved to the Micro SD card.
How to Start:
- Tap in the App and tap to start Visual Tracking.
- Tap or manually select the target and choose the recording time (1, 3, 5 min, or ∞).
- Tap GO to start Visual Tracking.
How to Exit:
- Tap on the right side of the flight interface during shooting to interrupt Visual Tracking; the drone will hover in position.
- Tap to exit Visual Tracking mode.
Visual Tracking is not available 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 position.
When the tracked subject approaches the drone, the drone will hover in place and not move backward.
When locking onto a target in Visual Tracking, the gimbal tilt angle must be between -75° and -25°.
The drone must be at least 4m above the ground to activate Visual Tracking.
During Visual Tracking, the tracked subject should not move at a high relative speed (recommended speed below 4m/s).
Use Visual Tracking in areas free of buildings and other obstacles. Ensure there are no humans, animals, or other obstacles in the flight path.
DO NOT use Visual Tracking near buildings or where the GPS signal is weak, as this can lead to unstable flight paths.
Be prepared to take control of the drone at any moment in an emergency by moving the joystick; the drone will exit Visual Tracking and hover in place.
Visual Tracking is not available when the drone is flying near the distance limit, altitude limit, or the boundary of a restricted flight zone.
Ensure compliance with local privacy laws and regulations when using visual tracking.
Be extremely vigilant when using visual tracking in any of the following situations:
- The tracked subject does not move on a horizontal plane.
- The tracked subject drastically changes shape during movement.
- The tracked subject is blocked or out of view for an extended period.
- The tracked subject is moving at a high speed.
- The tracked subject has a color or pattern similar to the surrounding environment.
- Ambient lighting is extremely low or high.
It is recommended to maintain a distance of 5-10m and an altitude of 4-10m when tracking people. It is recommended to maintain a distance of 20-50m and an altitude of 10-50m when tracking vehicles or vessels. Operating the drone outside the recommended range may not detect the intended subject well.
7.7.3 Waypoint Flight
Description: When Waypoint Flight is enabled, you can lock 2 or more waypoint coordinates on the App map, and the drone will fly over the corresponding waypoints in sequence.
How to Start: When the GPS signal is strong, tap the map in the bottom-left corner of the App to access the map interface, and tap on the right to access Waypoint Flight mode. Tap on the map to lock a waypoint, then tap GO to start Waypoint Flight.
It is possible to pre-set 2 to 30 waypoints on the map; the icon indicates the flight sequence. You can also delete specific waypoints, save the current Waypoint Flight activity, or choose from saved Waypoint Flight activities.
How to Exit:
- Tap or move a control stick (except the throttle control stick) to interrupt and exit the current Waypoint Flight activity; the drone will hover in place.
- Tap on the right side of the App to exit Waypoint Flight.
During Waypoint Flight, you can adjust flight altitude using the throttle control stick and gimbal tilt using the gimbal dial.
DO NOT fly the drone near the virtual fence during Waypoint Flight.
7.8 Return (RTH)
7.8.1 Normal Return
Normal return is divided into three phases:
- Ascent: The drone ascends to the set return altitude (this phase is skipped if the drone's altitude is already above 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 Point (RTH): Must be in GPS mode.
How to RTH:
- One-Click Return: Press the RTH button on the remote controller for 1 second or tap in the App to view the menu and swipe right to initiate return (see 7.7.2).
- Automatic Return: When the drone's battery level is low, the signal between the drone and remote controller is lost, or the drone encounters other anomalies, it will return automatically.
If there are obstacles in the surrounding environment and it is not suitable for return, it is recommended to keep the drone hovering or land it after losing signal in Settings to avoid collision with obstacles during RTH.
How to Cancel RTH:
- Method 1: Click on the left side of the App to exit return.
- Method 2: Briefly press the RTH button.
Conditions for RTH:
- 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 during flight, it will not be able to return to the takeoff point.
- Pay attention to the HOME point's position on the map and the suggestions in PotensicPro App.
To ensure return safety, set the appropriate return altitude in the App based on the flight environment.
During the return journey, users can still adjust the flight altitude using the throttle stick.
The drone will return when 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 may collide with obstacles and crash when returning automatically. If the drone enters Attitude 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. Appropriately lowering the flight altitude can help reduce energy consumption. If energy is insufficient, the drone will perform a forced landing on the spot. Pay attention to the prompts in the App. Do not initiate return if there are overhead obstacles, such as under a large tree, otherwise, the drone may crash during ascent.
7.8.2 Descending Return
How to Activate: After 10 seconds of RTH path, if the flight altitude is above 150m and the flight distance is over 300m, the App will display a message to confirm whether to initiate descending return. Once confirmed, the drone will begin descending return (the drone will descend in altitude as it approaches the HOME point). When its altitude drops to 120m, the drone will switch to normal return, maintaining its current altitude until it reaches the HOME point and lands automatically.
How to Exit: Click on the left side of the App interface or continue to push the accelerator joystick upwards for 2 seconds to exit descending return. The drone will switch to normal return, maintaining its current altitude.
In case of strong winds, descending return can save energy and ensure a more successful return.
If the drone disconnects from the remote controller during descending return, it will exit descending return mode and enter normal return.
❗ This product does not have obstacle avoidance functionality. Please pay attention to flight safety during return.
7.9 Emergency Stop
For operation method: see 5.3.1 - Propeller Emergency Stop.
The propeller emergency stop function is designed to prevent propellers from accidentally injuring pedestrians or valuable objects in unforeseen situations like an uncontrolled drone. The drone may be damaged after falling, so please use it with caution.
8. Calibration
This chapter primarily introduces calibration-related functions in Settings, including compass calibration, gimbal calibration, gimbal fine adjustment, remote controller calibration, and drone re-pairing.
8.1 Compass Calibration
8.1.1 When to Perform Compass Calibration
- Compass calibration is required for the first flight.
- The distance from the last calibration site is over 50km.
Do not perform calibration in areas with strong magnetic fields or near large metal objects, such as metal mines, parking lots, large reinforced concrete buildings, high-voltage cables, etc., and do not approach other electronic products during calibration.
Please keep the drone at an altitude of over 1.5m during calibration.
No calibration is required for indoor flight.
8.1.2 Calibration Steps
- When calibration is required, the App will automatically open the calibration interface. Tap "Start Calibration," and the drone's status indicator will flash alternately red and green.
- Hold the drone horizontally and rotate it 360° until the App shows vertical calibration, and the drone's status indicator flashes alternately blue and green.
- Hold the drone vertically and rotate it 360° around a vertical axis until the App prompts for calibration completion.
You can also manually activate compass calibration in the App: Settings -> Calibration -> Compass Calibration.
❗ If the message "Calibration failed" repeatedly appears in the App, change the location and try the calibration procedure again.
Please do not calibrate the compass with the drone's arms retracted.
8.2 Gimbal Calibration
8.2.1 When to Perform Gimbal Calibration?
- When the drone is powered on and not taking off, if the gimbal cannot be started or shows an obvious tilt after starting, it needs to be calibrated before takeoff.
- When the gimbal is unstable or cannot remain level during flight, 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 flat table with its bottom facing upwards.
- Tap "Start Calibration." The gimbal will begin calibrating automatically. At this point, the calibration interface will display the drone's video transmission screen.
- When the progress bar is fully loaded and the App prompts "Calibration successful," calibration is complete.
❗ Do not move the drone significantly during the calibration process, otherwise, calibration may fail.
8.3 Gimbal Fine Adjustment
Gimbal fine adjustment is used to manually calibrate the gimbal and adjust the roll and yaw offset angles. You can adjust the angle with reference to the live transmission display on the App interface.
8.3.1 When to Perform Gimbal Fine Adjustment?
When the drone is placed on a horizontal plane and the gimbal cannot be kept horizontal, and there is a slight tilt, fine adjustment can correct it.
8.3.2 Introduction to Gimbal Fine Adjustment Function
- Click Settings in the App, select "Gimbal Fine Adjustment," enter the gimbal fine adjustment interface, adjust the pan-tilt level and yaw angle. The adjustment range is ±10°. Each click of "+/- " will adjust the pan/tilt angle by "+0.1°/-0.1°." You can also directly enter the angle value via the keyboard for adjustment.
- Roll Adjustment: Click + to scroll right, click - to scroll left.
- Yaw Adjustment: Click + for right yaw, click - for left yaw.
- Click "Default" to reset the gimbal to its default angle (both are 0°).
8.4 Remote Controller Calibration
8.4.1 When to Perform Remote Controller Calibration?
- When there are no operations on the remote controller, the drone moves automatically in one direction.
- When the drone rotates automatically in one direction continuously.
- When the remote controller's joystick sensitivity is abnormal.
8.4.2 Calibration Procedure
- Turn on the remote controller and connect the mobile device. In the App's Settings, tap "Remote Controller Calibration."
- Ensure the joysticks are in the center position and do not operate them before tapping to start calibration.
- Tap "Start Calibration," then follow the on-screen instructions, moving the joysticks in all directions until 100% is displayed in the App interface. Then, move the knob forward and backward to the maximum.
- When the App prompts "Calibration successful," the remote controller calibration is complete.
8.5 Drone Re-pairing
8.5.1 When to Perform Drone Re-pairing?
After replacing the drone or remote controller, you need to re-pair the drone.
8.5.2 Frequency Pairing Procedure
- Turn on the remote controller and connect to the mobile device. In the App's "Calibration" interface under settings, click "Re-pair the drone" to access the frequency association interface.
- After powering on the drone, press and hold the power button until the drone's indicator light turns green and flashes rapidly, then release the button. The drone will enter frequency pairing mode.
- Wait for about 7 seconds. When you hear a "Di" beep from the remote controller, it means frequency pairing was successful. At this point, the App's flight interface will display the drone's video transmission screen.
Ensure the distance between the remote controller and the drone is within 1m and away from other 2.4G frequency interference during the frequency pairing process.
If pairing fails, check for interference from the current location, if other drones are pairing, or if the distance between the remote controller and the drone is excessive, or if there are any obstructions between them. Otherwise, try the pairing procedures again.
Do not move or use the drone and controller during the frequency pairing process.
9. Appendix
9.1 Specifications and Parameters
Drone
- Model: DSDR04C
- Takeoff Weight: < 249g (takeoff weight including propellers and battery)
- Folded Dimensions: 88x143x58 mm
- Unfolded Dimensions (including propellers): 300x242x58 mm
- Unfolded Dimensions (without propellers): 210x152x58 mm
- Diagonal Wheelbase: 219 mm
- Max Flight Speed (Sport Mode): Ascent: 5m/s, Descent: 4m/s, Horizontal Flight: 16m/s
- Max Wind Resistance Speed: 38km/h (Level 5)
- Max Flight Altitude: 120m / 393.7ft
- Operating Temperature: 0 °C ~ 40 °C
- GNSS: GPS+GLONASS+Galileo+BeiDou
- Operating Frequency: 2.400 ~ 2.4835 GHz
- Transmission Power: 2.4 GHz: < 24 dBm
- Hovering Accuracy Range: Vertical: ±0.1m (with visual positioning), ±0.5m (with GPS positioning); Horizontal: ±0.3m (with visual positioning), ±1.5m (with GPS positioning)
- Additional Payload: Not supported
- Max Flight Time: 32 minutes (measured at constant speed without wind at 5 m/s)
- Max Hover Time: 29 minutes (hovering indoors)
Downward Vision System
- Precise Hovering Altitude Range: 0.3-5m (ideal environment); Effective Altitude: 0.3-10m
- Scenarios where visual positioning is unavailable:
- 1. Solid color surface.
- 2. Highly reflective surfaces, such as smooth metallic surfaces.
- 3. Transparent surfaces, such as water surfaces and glass.
- 4. Moving structures, such as running pets and moving vehicles.
- 5. Scenes with drastic lighting changes, such as suddenly flying from indoors to brightly lit outdoors.
- 6. Environments with very dim or very bright light.
- 7. Surfaces with highly repetitive structures, such as floor tiles with the same texture and small area.
- 8. Surfaces with very uniform striped patterns.
Camera
- Lens Tilt Range: +20° ~ -90°
- CMOS: 1/3 inch
- Effective Pixels: 12MP
- ISO Range: 100 ~ 6400
- Electronic Shutter Speed: 1/24s ~ 1/25000s
- FOV: 78°
- Aperture: F2.2
- Photo Resolution: 4608*2592
- Photo 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)
- Video Bit-rate (max.): 50 Mbps
- Supported File Formats: FAT32, exFAT
- Supported Memory Card Type: Micro SD Card; 4 GB ~ 256 GB; SD Card Transfer Speed ≥ Class 10 or U1 standard
Remote Controller
- Model: DSRC02A
- Operating Frequency: 2.402 ~ 2.483 GHz
- Max Transmission Distance: 6 KM (without obstacles or interference)
- Operating Temperature: 0 °C ~ 40 °C
- Battery: 3000 mAh, Lithium Battery, 1S
- Transmitter Power (EIRP): 2.4 GHz: ≤20 dBm
- Charging Interface: TYPE-C
- Charging Specifications: 5 V / 1 A
- Video Transmission System: PixSync 3.0™
- Video Transmission Quality: 720 P
- Latency (depending on environmental conditions and mobile device): 200 ms
- Supported Mobile Device Dimensions: Length: 170 mm, Width: 100 mm, Thickness: 6.5 mm-8.5 mm
Intelligent Flight Battery
- Model: DSBT02B
- Capacity: 2230 mAh
- Voltage: 7.7 V
- Battery Type: Li-Po 2S
- Energy: 17.18 Wh
- Battery Weight: 84 g
- Working Temperature: 0 °C ~ 40 °C
Compliance and Warnings
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.
Hinweis: Dieses Produkt ist für die Erwachsene und die Kinder ab 16 Jahren. Die Kinder unter 16 Jahren müssen von Erwachsenen beaufsichtigt werden.
Avertissement: Ce produit est destiné aux adultes et aux enfants de plus de 16 ans. Les enfants de moins de 16 ans doivent être surveillés par des adultes.
Avvertimento: Questo prodotto è destinato all'uso per i adulti e bambini di età superiore ai 16 anni. I bambini di età inferiore ai 16 anni devono essere sorvegliati da un adulto.
Advertencia: Este producto es para adultos y niños mayores de 16 años. Los niños menores de 16 años deben ser supervisados por adultos.
WARNING: NOT SUITABLE FOR CHILDREN UNDER 3 YEARS DUE TO SMALL PARTS
COUNTRY OF ORIGIN: CHINA
Drone FCC ID: 2AYUO-DSDR04B
Remote controller FCC ID: 2AYUO-DSRC02A
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: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation.
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 co-located 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
