Potensic ATOM SE Drone User Manual

1. Disclaimer and Precautions

1.1 Disclaimer

Drones are complex and potentially hazardous products. Read this User Manual thoroughly to understand drone concepts and basic functions before use. For first-time users, it is recommended to familiarize yourself with the drone's operation outdoors in GPS mode.

To ensure safe and correct use, strictly follow the operating instructions and precautions in this manual. Users under 14 years of age must operate this product under adult supervision. Keep this product out of reach of children when not in use.

The company is not responsible for direct or indirect losses (including property damage and personal injury) caused by user violation of safety operating instructions. In such cases, warranty services will not be provided.

Do not disassemble or modify any parts other than propellers. Doing so may result in consequences for which the user is responsible. For questions regarding use, operation, or maintenance, contact your local distributor or Potensic customer support. Potensic reserves the right to final interpretation of this document and related product documents, subject to change without notice. Visit www.potensic.com for the latest news.

1.2 Safety Precautions

• Keep Away from Obstacles and Crowds: When flying, maintain a safe distance from crowds, tall buildings, and high-voltage power lines. Avoid flying in adverse weather conditions such as strong winds, rain, or lightning to ensure the safety of the pilot, bystanders, and property.
• Keep Away from Humid Environments: The drone contains electronic components and precise mechanical parts. Prevent moisture from entering the drone to avoid malfunction or damage.
• Safe Operation: Avoid operating the drone when tired, unwell, or inexperienced, as this increases the risk of accidental hazards. Use original parts for modifications or repairs. Operate within the product's permitted range and comply with local safety regulations.
• Keep Away from High-Speed Rotating Parts: Keep the drone away from people and animals when propellers are spinning at high speed to prevent scratches or disturbances. Never touch spinning propellers with your hands.
• Keep Away from Heat: The drone is made of metal, fiber, plastic, and electronic components. Keep it away from heat sources and avoid high temperatures to prevent abnormal operation, deformation, or damage.

1.3 Warnings and Suggestions

1. Keep the packaging and user manual for important information.
2. Users are responsible for ensuring their equipment use does not cause harm to others or their property.
3. Potensic and its distributors are not liable for economic loss or personal injury from improper use or operation.
4. Follow manual instructions for drone assembly and debugging. Maintain a distance of 1-2 meters from people during flight and landing to avoid injury.
5. Adult assembly is required for some parts. Children under 14 must not operate alone. Batteries must be charged under adult supervision and kept away from flammable materials.
6. Contains small parts; keep out of reach of children to prevent accidental ingestion.
7. Do not use the drone over roads or in stagnant water to prevent accidents.
8. Except for propellers, do not disassemble or modify other parts, as this may cause malfunction.
9. Use a USB charger compliant with FCC/CE standards for the intelligent battery.
10. The remote controller has a built-in 3.7V lithium battery that does not require replacement.
11. Do not short-circuit or puncture the battery to prevent explosions.
12. Do not short-circuit, disassemble, or throw the battery into fire. Do not place the battery in heated or high-temperature locations.
13. Maintain a safe distance from high-speed rotating propellers and avoid flying in crowds to prevent entanglement or cutting risks.
14. Do not fly the drone in environments with strong magnetic fields (e.g., high-voltage lines, metal buildings, cars, trains) as this can affect flight.
15. Understand local laws and regulations to avoid illegal drone use.
16. Do not operate the remote controller during periods when state authorities issue radio control orders or in restricted flight areas.
17. Do not fly too close to the water surface.
18. Keep the drone away from airports, airlines, and other exclusion zones.

2. Reading Reference

2.1 Symbol Explanation

• Prohibited: ❌
• Important Notes: ℹ️
• Usage Tips and Operation: ?
• Glossary, Reference Information: ?

2.2 Usage Suggestions

1. It is recommended to watch the instructional video and the "Quick Operation Guide" before reading the "User Manual".
2. It is recommended to read the Disclaimer and Precautions first.

2.3 Instructional Video / PotensicPro APP

Scan the QR code on the right to:

• Download the PotensicPro app.
• Watch instructional videos.
• Get the latest user manual version.
• Find Frequently Asked Questions (FAQ).

2.4 Registration and Help

To ensure better service, please register a personal account in the app before first use. Potensic promises not to obtain unauthorized user information.

How to Register: Enter your email address, set a password, agree to the terms, and click to register. After successful registration, you can log in to the app. (Note: Keep your mobile phone connected to the internet during registration.)

How to Get Help: Thank you for purchasing the Atom SE drone. Please read the User Manual carefully. For assistance, contact Potensic support at support.es@potensic.com and provide your order number.

2.5 Glossary

3. Brief Product Description

This chapter introduces the main functions and features of the Atom SE, along with the names of each part of the drone and remote controller.

3.1 Introduction

The Atom SE drone features a foldable arm design and a lightweight body weighing under 250g, making it portable and usable in most countries without real-name registration. It is equipped with a visual positioning system for precise hovering in low-altitude indoor and outdoor environments, and GPS for positioning and automatic return. The camera uses a 1/3-inch Sony CMOS sensor, capable of 4K/30FPS video and 12-megapixel photos, enhanced by Potensic's ShakeVanish Electronic Image Stabilization technology for clear, stable images.

The Atom SE remote controller utilizes PixSync 2.0 2.4G digital image transmission technology, offering a maximum communication distance of 4 km and 720P HD image transmission in ideal conditions. It has a foldable, detachable design to hold your mobile device. After connecting the controller and mobile device via USB, you can operate and configure the drone through the app, displaying HD images. The built-in lithium battery provides approximately 2 hours of operation.

The Atom SE uses Potensic's proprietary SurgeFly flight control technology, supporting a maximum horizontal flight speed of 16m/s (52ft/s), a flight time of approximately 31 minutes, and resistance to winds up to Level 5.

Flight Time Test Method: At 25°C ambient temperature, constant speed flight of 5m/s without wind.

Max Distance Test Method: In an open, interference-free environment, flying at a height of 120m, without considering return-to-home situations.

To complete a flight, the user must have: 1. Drone, 2. Fully charged intelligent battery, 3. Remote controller, 4. Smartphone, 5. Mobile data cable.

3.2 Drone Parts Diagram

The drone features the following parts:

• 1. Charge indicator light
• 2. Type-C charging port
• 3. Battery buckle
• 4. SD card slot
• 5. Rear indicator light
• 6. Monocular vision module
• 7. TOF module
• 8. Bottom heat dissipation hole
• 9. Battery level indicator
• 10. Power/pairing button
• 11. One-axis gimbal camera
• 12. Brushless motor
• 13. Propeller
• 14. Arm
• 15. Antenna bracket
• 16. Arm rotating shaft

3.3 Controller Parts Diagram

The remote controller has the following parts:

• 1. Power button: Press and hold for 2 seconds to turn the drone on/off.
• 2. Battery level indicator: Shows the controller's battery status.
• 3. Stick storage slot: For storing control sticks.
• 4. Type-C interface: For charging the controller and connecting to a mobile device.
• 5. RTH/pause key: Press and hold for 1 second to return the drone home automatically. Short press to pause automated flight.
• 6. Control stick: For controlling drone movement.
• 7. Dual foldable antenna: For signal transmission.
• 8. Mobile device holder: For placing your mobile device.
• 9. Camera button: Short press to take a photo.
• 10. Recording button: Short press to start/stop recording.
• 11. Left wheel: Adjusts the camera's tilt angle (up/down).

4. Preparing for Flight

3.4 Preparing the Drone

The drone is shipped folded and retracted. Before flying, unfold the drone:

First, unfold the front arms, then the rear arms. Ensure the propellers are also unfolded.

[Diagram showing the drone being unfolded: arms extending outwards.]

3.5 Preparing the Remote Control

Place your mobile device and install the control sticks.

1. Unfold the antenna.
2. Connect your phone using a USB cable.
3. Insert the USB cable end into the remote controller's slot.
4. Pull the controller outwards from both sides with both hands to ensure the phone is securely fitted.
5. Plug the other end of the USB cable into the controller.
6. Remove the control sticks.
7. Turn clockwise to install the control sticks.
8. Installation is complete.

[Diagram showing the remote controller with a phone attached via USB cable, and control sticks being installed.]

5. Charging and Powering On/Off

3.6 Charging/Powering the Drone On and Off

The battery needs to be awakened before the first flight or it will not power on. Connect the Type-C charging port of the battery and a USB charger to an AC power source for charging. (Note: This product does not include a USB charger; users can use a charger compliant with FCC/CE standards.)

The red indicator light stays on during charging and turns off automatically when charging is complete.

Charging Methods:

• Method 1: Connect the battery to the drone and charge via Type-C.
• Method 2: Use a parallel charging hub (sold separately) for simultaneous charging of multiple batteries.

[Diagrams illustrating Method 1 and Method 2 for charging.]

Charging via Type-C port takes approximately 1 hour and 25 minutes with a 5V/3A charger. The charging hub can charge 3 batteries simultaneously.

For safety, it is recommended to charge the battery separately. The drone cannot be powered on while the battery is charging.

If the drone is powered on and the charging cable is plugged in, the drone will automatically shut down before charging.

Allow the battery to cool down after flight before charging to prevent damage. Charge the battery every 3 months to maintain its activity.

Use the original data cable or one supporting over 3A for charging via Type-C; otherwise, charging may fail or the battery may be damaged.

Powering On the Drone

• Drone: Ensure the battery is correctly inserted. Press the drone's power button briefly twice, then press and hold until all power indicator lights turn on, then release to complete startup.
• Remote Controller: Press and hold the power button until all power indicator lights turn on, then release to complete startup.

Powering Off the Drone

• Drone: Press the drone's power button briefly twice, then press and hold until all power indicator lights turn off, then release to complete shutdown.
• Remote Controller: Press and hold the power button until all power indicator lights turn off, then release to complete shutdown.

6. About the Drone

The Atom SE drone comprises a flight control system, communication system, positioning system, power system, and intelligent battery system.

4.1 Positioning

The Atom SE uses Potensic's SurgeFly flight control technology, supporting two positioning modes:

• GPS Positioning: Uses the GPS module for precise positioning, enabling stable hovering, intelligent flight, and automatic return.
• Visual Positioning: Utilizes the bottom vision system for high-precision positioning in low-altitude environments, even without GPS signal.

Mode Switching: The flight control system automatically switches modes based on the environment. If neither GPS nor visual positioning is available, the drone enters Attitude mode. In Attitude mode, the drone cannot hover stably and requires manual control. Operating in Attitude mode significantly increases control difficulty. Fly cautiously and within visual range in this mode.

Users can also manually switch to Attitude mode via the app. Intelligent flight features may be limited in Visual Positioning mode.

Note: Visual positioning is an auxiliary function. Always monitor flight environment and positioning mode. Do not rely solely on the drone's automatic judgment. Manual control is always required.

4.2 Bottom Vision System

The Atom SE is equipped with a bottom vision system consisting of a monocular camera and a TOF module. The TOF module measures precise altitude by timing infrared signal reflection. The monocular camera calculates precise low-altitude position for accurate positioning.

• Observation Range: Working height range is 0.3-10m; precise positioning is available from 0.3-5m.
• Usage Scenarios: Suitable for areas with weak or no GPS signal, rich surface texture, and sufficient lighting, within the 0.3-5m height range. Accuracy may decrease outside this range.
• Activation: Automatically activates when conditions are met; the rear drone light will flash cyan.
• Speed Limit: Flight speed is limited to ensure positioning accuracy and safety.

Surfaces where Visual Positioning may not function correctly:

1. Solid color surfaces.
2. Highly reflective surfaces (e.g., smooth metal).
3. Transparent surfaces (e.g., water, glass).
4. Moving textures (e.g., pets, vehicles).
5. Scenes with drastic lighting changes (e.g., indoor to bright outdoor).
6. Very dark or very bright environments.
7. Repetitive textures (e.g., uniform tiles).
8. Uniformly striped surfaces.

Ensure the camera and TOF transponder are clean before flight. Contact after-sales service if damaged.

7. Drone Status Indicators and Battery

4.3 Drone Status Indicators

The drone's indicator lights provide information on its status:

4.4 Intelligent Battery

4.4.1 Function Introduction

The Atom SE intelligent battery uses high-energy cells and an advanced management system. Key parameters include:

Functions:

• Voltage Adjustment Protection: Automatically balances cell voltages for battery health.
• Self-Discharge Protection: Discharges to 50%-70% after 5 days of inactivity to protect cells.
• Overcharge Protection: Stops charging automatically when full.
• Temperature Protection: Prevents charging if battery temperature is below 0°C or above 50°C.
• Current Limit on Charging: Limits charging current to protect the battery.
• Over-discharge Protection: Cuts off power in non-flying state when battery voltage is low, entering sleep mode. Recharge as soon as possible.
• Short-circuit Protection: Cuts power to protect the drone and battery if a short circuit is detected.
• Battery Status Monitoring: Monitors battery health; alerts the user via the app for damaged cells or anomalies.
• Communication Function: Allows real-time communication with the drone for checking cycle count, battery level, etc., via the app.

Note: If the battery is not used for a long time, charge it every three months. Store in a cool, dry place away from children.

4.4.2 Battery Mounting and Dismounting

Mounting: Slide the battery horizontally into the drone's compartment until it clicks into place.

Dismounting: Press the battery buckle, then hold the top cover and pull out the battery.

[Diagram showing battery insertion and removal.]

Important: Ensure the battery buckle has popped back into place after insertion for flight safety.

Always turn off the drone before removing the battery.

4.4.3 Charging

Refer to section 3.6 for charging steps.

4.4.4 Checking Battery Level

With the battery inserted, briefly press the drone's power button to check the battery level via the LEDs:

[Diagram showing the drone with LED indicators.]

4.4.5 Intelligent Battery Instructions for High/Low Temperatures

At temperatures below 5°C, the app will warn of low battery temperature, and the drone cannot fly until warmed up.

At temperatures above 60°C, the app will warn of high battery temperature, and the drone cannot take off.

Note: Battery discharge capacity is reduced in low temperatures, affecting flight time. Avoid prolonged use in low temperatures to preserve battery life.

8. Propellers and Flight Data

4.5 Propellers

The Atom SE propellers are marked (clockwise rotation) and unmarked (counter-clockwise rotation). Ensure propellers match the motor arms.

Installation:

• Use the included screwdriver and spare propellers/screws.
• Hold the motor firmly while installing/removing propellers.
• Ensure the side with letters faces upwards during installation; otherwise, the drone may not fly.
• If a propeller is damaged, replace all propellers and screws for that motor with new ones from the same package.
• Be careful not to scratch yourself on the thin propeller edges. Avoid deforming them by using hard objects.
• Propellers are consumables; they can be purchased separately.
• Keep away from spinning propellers and motors to prevent injury.
• If the drone shakes, loses speed, or battery life decreases, check propellers for damage and replace if necessary.
• Ensure motors are free of debris and rotate smoothly. Contact customer service if motor issues arise. Check propellers and motors before each flight.
• Avoid inserting sharp objects into motor ventilation holes during installation/removal, as this can severely damage the motor.

[Diagram showing marked and unmarked propellers and their installation.]

4.6 Flight Data

The Atom SE records flight data, which can be viewed in the app. Flight logs detail user operations. Report anomalies in the app and upload logs for assistance. All flight data is stored on the user's mobile device; Potensic does not access this data unless actively uploaded by the user.

9. Camera and Storage

4.7 Camera Servo

4.7.1 Servo

The Atom SE camera has a one-axis gimbal with a tilt adjustment range of +20° to -90° (0° is horizontal). The gimbal angle can be adjusted using the left dial on the remote controller. Upon restarting the drone, the gimbal automatically returns to -9°.

Warnings: Avoid collisions or forcefully moving the lens. Ensure the gimbal and lens are clean before takeoff. Do not pull the elastic support mechanism forcefully. Do not attach objects to the gimbal, as this may damage the drone.

[Diagram showing gimbal tilt angles.]

4.7.2 Camera

Basic Parameters:

• Sensor Brand: SONY
• Sensor Size: 1/3 inch
• Effective Pixels: 1200W
• Aperture: F2.2
• FOV: 118°
• Focus Range: 3m~∞
• ISO Range: 100~6400
• Shutter Speed: 1/30s ~ 1/25000s
• Storage Method: Micro SD card
• Distortion: < 1% (after correction)

Photo and Video Capacity:

• Photo Size: 12M (4608*2592)
• Photo Format: JPG / JPG+RAW(DNG)
• Video Specifications: 4K@30fps, 2.7K@30fps, 1080P@60fps, 1080P@30fps
• Video Format: MP4 (H.264)
• Max Video Bitrate: 40 Mbps

Warnings: The lens area can become hot after long recording sessions; avoid touching to prevent burns. Do not record video while the drone is stationary, as it may trigger overheat protection. In 1080P60 mode, the field of view is approximately 66°.

4.7.3 Saving Your Photos and Videos

Photos and videos are stored on the SD card, not in the app or phone's gallery. Insert the SD card before flying to enable recording. (SD card not included in the product package.)

You can preview and download media via the app when the drone is connected. For high-definition videos, use a computer to read the SD card.

About the SD Card:

• File System: FAT32, exFAT
• Capacity: 4GB-256GB
• Speed Requirement: Recommend SD card U1 (UHS Speed Class 1) or C10 (Class 10) or higher.

Warnings: Using certain SD cards may cause recording interruptions due to slow write speeds. Back up important data. Do not insert or remove the SD card while the drone is powered on, as this can cause data loss or damage the card. Potensic is not liable for data loss due to improper SD card usage.

10. Controller

5.1 General Description

The DSRC02A remote controller is designed for the Atom SE drone. It uses PixSync 2.0 image transmission technology for operations and configurations up to 4 km away in ideal conditions. The app displays real-time HD images from the drone's camera.

PixSync 2.0 features a dual-band 2.4G high-gain antenna design for stable HD image transmission. The controller has a built-in 2200 mAh lithium battery providing approximately 2 hours of operation. It uses a Type-C interface for charging and connecting to mobile devices (5V/500mA).

5.2 Stick Modes

The controller supports two stick modes:

• Mode 1 (Mode American): Left stick controls ascent/descent and yaw (left/right rotation). Right stick controls pitch (forward/backward) and roll (left/right).
• Mode 2 (Mode Japanese): Left stick controls ascent/descent and yaw (left/right rotation). Right stick controls pitch (forward/backward) and roll (left/right).

[Diagrams illustrating Mode 1 and Mode 2 control stick functions.]

11. Controller Functions

5.3.1 List of Functions

5.3.2 Indicator Light

The controller has 4 white LEDs indicating battery level and status:

Charging Indication:

Battery Level (In Use):

Status Indication:

[Diagram showing LED indicators on the controller.]

5.3.3 Remote Controller Pairing

The Atom SE and its controller are factory-paired. If you need to replace either, re-pair them:

1. Turn on the remote controller and connect to your mobile device. In the app's controller settings, tap "Re-pair the drone" to enter the pairing interface.
2. Turn on the drone. Press and hold the drone's power button until the indicator flashes green, then release. The drone enters pairing mode.
3. Wait about 7 seconds. A beep from the controller indicates successful pairing. The app will then show real-time video transmission.

Tips: Keep the controller and drone close during pairing. If pairing fails, check for interference, other drones in pairing mode, distance, or obstructions. Retry after resolving issues. Do not move or operate the controller or drone during pairing.

5.4 Antenna Angle

Adjust the antenna angle based on the drone's altitude and distance for optimal communication. Aiming both antennas towards the drone provides the best communication range. If the drone is directly overhead, adjust antennas for optimal communication.

[Diagrams showing different antenna angles and their effect on communication range.]

Warning: Do not cross antennas. Do not place antennas over your mobile device.

12. PotensicPro APP

6.1 App Home Page

The PotensicPro app home page provides access to tutorials, user manuals, flight logs, and model switching. It displays the connection status and allows entry into the flight interface. The "Personal Center" section allows users to report issues, manage accounts, read agreements, log out, and find lost drones. The "Gallery" section allows viewing content stored on the drone's SD card when connected.

[Diagram of the PotensicPro App home screen with key areas highlighted.]

6.2 Flight Interface

The flight interface displays critical information and controls:

• 1. Return Button: Returns to the app's home page.
• 2. Navigation Indicators Bar: Shows drone status and flight mode.
• 3. Flight Speed: Select Video, Normal, or Sport mode.
• 4. Headless/With Head Mode: Switch between modes.
• 5. Positioning Mode: Displays current positioning mode (GPS, Visual, Attitude).
• 6. GPS Status: Shows GPS signal strength and satellite count.
• 7. HD Image Transmission Quality: Indicates signal strength of the drone-controller connection.
• 8. Intelligent Battery Level: Displays drone battery level and estimated flight time.
• 9. Configuration Button: Accesses settings for main controller, calibration, remote controller, battery info, and general settings.
• 10. Recording Information: Displays photo size, exposure compensation, remaining shots/recording time.
• 11. Photo/Video Switch Button: Toggle between photo and video modes.
• 12. Photo and Video Keys: Take photos or start/stop video recording.
• 13. Shooting Settings Menu: Adjust photo/video settings, grid, watermark, formatting.
• 14. Gallery: Preview or download photos/videos from the SD card.
• 15. Flight Speed and Distance Display: Shows horizontal distance, altitude, horizontal speed, and vertical speed relative to takeoff point.
• 16. Attitude Ball/Mini-map: Click to switch between attitude ball and mini-map view.
• 17. Intelligent Flight: Access modes like Headless, Orbit, Follow Me, Waypoint, and RTH.
• 18. One-Click Takeoff/Landing: Initiate takeoff or landing with a single tap.
• 19. Important Drone Information/Status: Displays critical alerts and status updates.

Configuration Options:

• Main Controller Settings: Beginner mode, return altitude, flight fence, speed gear, environment settings.
• Calibration Settings: Manual compass and remote controller calibration.
• Remote Controller Settings: Joystick modes (Mode 1, Mode 2), drone pairing.
• Intelligent Battery Information: View current battery status and health.
• General Settings: Units, decoding method, SN code, firmware version, firmware updates.

[Diagram of the flight interface with numbered controls.]

13. Flight Environment and Operations

7.1 Flight Environment Requirements

1. Do not fly in adverse weather (strong wind, rain, snow, dense fog).
2. Choose open areas away from tall buildings, which can interfere with compass and GPS signals.
3. Maintain visual line of sight and stay clear of obstacles and crowds.
4. Avoid flying near high-voltage lines, communication base stations, or transmission towers.
5. Flying above 3000m may degrade battery and system performance due to environmental factors.

7.2 Pre-flight Precautions

1. Ensure controller, battery, and mobile device are fully charged.
2. Check drone body and propeller installation.
3. Verify camera function.
4. Ensure the app is functioning correctly.
5. Check SD card insertion and clean the camera lens.
6. Take off from a flat, hard surface, avoiding sand or bushes that might cause takeoff vibrations.
7. Be cautious when taking off from moving objects like vehicles or boats.
8. GPS positioning and waypoint flight may not work in polar regions.
9. Avoid extreme cold or heat.

7.3 Connection

Follow these steps to connect:

1. Prepare the remote controller (Section 3.5) and power it on.
2. Prepare the drone (Section 3.4) and power it on.
3. Open the app and verify the connection status (indicated by ?).
4. Tap "Enter Device >" to access the flight interface.

[Icon indicating successful connection.]

For the first use, it is recommended to watch the instructional video.

7.4 Flight Speeds

The Atom SE supports three flight speeds, switchable via the app:

• Video Mode: Ascent 2m/s, Descent 1.5m/s, Horizontal 6m/s. Default for beginners.
• Normal Mode: Ascent 4m/s, Descent 3m/s, Horizontal 10m/s. Default after disabling beginner mode.
• Sport Mode: Ascent 5m/s, Descent 4m/s, Horizontal 16m/s. Offers maximum maneuverability for experienced pilots. Use with caution due to longer braking distance.

14. Compass Calibration

7.5.1 When to Calibrate the Compass

1. Required for the first flight.
2. Required if the drone has traveled over 50 km since the last calibration.

Calibration Environment: Do not calibrate near strong magnetic fields, large metal structures, high-voltage cables, or other electronic devices. Maintain a distance of over 1 meter from buildings. Calibration is not required for indoor flights.

7.5.2 Calibration Steps

1. When calibration is needed, the app will prompt. Tap to start; the drone's rear lights will flash red and green alternately.
2. Rotate the drone horizontally 2-3 times. The app will then switch to vertical calibration, and rear lights will flash blue and green alternately.
3. With the drone's head up, rotate it horizontally 2-3 times until calibration is complete.

Manual calibration is also available in the app's settings.

[Diagrams showing the compass calibration process in the app.]

Warning: If calibration fails, the app will suggest changing the calibration site. Pay attention to environmental magnetic field indications. Do not calibrate with folded arms.

7.6 Beginner Mode

Beginner mode is the default for the first flight. It limits flight distance to 0-30m and speed to Video Mode. It is recommended for beginners to familiarize themselves with drone operations in this mode.

15. Intelligent Flight Modes

7.7 Takeoff/Landing/Hovering

7.7.1 Manual Takeoff/Landing

Takeoff:

1. Unlock Motors: Press the left and right control sticks down and inwards (or as shown in diagram) for ~1 second until motors spin at idle speed.
2. Takeoff: Gently push the throttle stick upwards. Release when the drone lifts off and hovers.

Landing:

Pull the throttle stick down until the drone lands and motors lock automatically. Release the stick.

Warnings: Avoid takeoff with low battery. If the drone does not lock after landing due to abnormal conditions, pull the throttle stick down for 3 seconds to force lock.

[Diagrams showing manual takeoff and landing stick movements.]

7.7.2 One-Click Takeoff/Landing

One-Click Takeoff: Tap the takeoff button (⬆️) in the app and slide to confirm. The drone will unlock and hover at 1.2m.

One-Click Landing: Tap the landing button (⬇️) in the app and slide left to land directly, or slide right to initiate Return to Home.

[Diagrams showing app interface for one-click takeoff and landing.]

7.8 Intelligent Flight

7.8.1 Headless Mode

In Headless Mode, the drone's orientation is ignored. The drone moves relative to the controller's stick inputs. The throttle and yaw controls function normally. This mode is active when GPS signal is strong and horizontal flight distance is over 3m. Tap the Headless icon (?) in the app to switch.

[Icon for Headless Mode.]

7.8.2 Orbit Mode

Activate Orbit Mode in the app. The drone flies in a circle around the current position or a set point. Users can adjust radius, speed, and direction. If the drone's altitude is below 5m, it will ascend to 5m before starting. The drone does not have obstacle avoidance; fly with caution.

[Icon for Orbit Mode.]

7.8.3 Follow Me Mode

Activate Follow Me mode in the app. The drone follows the user's mobile device at a set distance. Altitude and heading can be adjusted. Requires strong GPS signal and a horizontal distance between 5m and 50m. Tap the Follow Me icon (?) in the app to activate. Tap again to exit. Accuracy depends on GPS and mobile device positioning. App requires location permission.

[Icon for Follow Me Mode.]

7.8.4 Waypoint Flight

Set one or more waypoints on the app map. The drone will fly to these points in sequence. Activate by tapping the Waypoint icon (?) in the app, selecting points on the map, and confirming. Up to 30 waypoints can be set. Users can delete, save, or reuse routes.

[Diagram showing map interface for setting waypoints.]

Tap the exit icon (❌) to leave Waypoint mode.

16. Return to Home (RTH) and Emergency Stop

7.9 Return to Home (RTH)

RTH consists of three steps: Ascend to set return altitude, fly level to the origin, and land automatically.

RTH Requirements: Drone must be in GPS mode and have successfully recorded the HOME point.

How to Initiate RTH: Press the RTH button on the controller for 1 second, or tap the RTH icon (?) in the app and slide to confirm.

Automatic RTH: Triggers if the drone's battery is low, connection is lost, or other anomalies occur.

How to Cancel RTH: Tap the exit icon (❌) in the app or briefly press the RTH button.

RTH Conditions:

• Drone must take off in GPS mode and record HOME point.
• If the drone enters GPS mode during flight after taking off in OPTI mode, RTH may not work.
• Return altitude can be set in the app (default 30m). Altitude can be adjusted during RTH.
• High buildings or obstacles can block signals. Avoid flying behind obstacles exceeding return altitude.
• If the drone enters ATTI mode due to GPS issues, RTH will not function.
• Strong headwinds may reduce flight efficiency. Adjust altitude accordingly.
• The drone does not have obstacle avoidance. If it collides with an obstacle during RTH, it will crash.
• If GPS signal is lost during RTH, the drone will hover in Attitude mode until the GPS signal is restored.

7.10 Emergency Propeller Stop

Refer to section 5.3.1 for operation. This function is designed to prevent accidental injury from propellers in unexpected situations. The drone may be damaged if it falls after activation.

17. Appendix: Specifications

8.1 Specifications

About the Drone:

• Takeoff Weight: < 249g (includes propellers and battery)
• Folded Size: 88x143x58 mm
• Unfolded Size (with propellers): 300x242x58 mm
• Unfolded Size (without propellers): 210x152x58 mm
• Diagonal Wheelbase: 219 mm
• Max Flight Speed (Sport Mode): Ascent 5m/s, Descent 4m/s, Level 16m/s
• Max Flight Time: 31 minutes (at constant 5m/s speed, no wind)
• Wind Resistance Level: 5 (MAX: 10.7m/s)
• Max Flight Altitude: 120m
• Working Temperature: 0°C ~ 40°C
• Satellite Positioning System: GPS + GLONASS
• Operating Frequency: 2.400 ~ 2.4835 GHz
• Transmission Power: 2.4 GHz: < 24 dBm
• Hovering Accuracy: Vertical: ±0.1m (Visual), ±0.5m (GPS); Horizontal: ±0.3m (Visual), ±1.5m (GPS)
• Extra Payload Capacity: Not supported

Bottom Vision System:

• Precise Hovering Altitude Range: 0.3 ~ 5m (ideal), Effective Altitude 0.3 ~ 10m
• Scenarios where Visual Positioning is not available: Solid color, highly reflective, transparent surfaces, moving textures, drastic lighting changes, very dark/bright environments, repetitive textures, uniform stripes.

Camera:

• Lens Rotation Range: +20° ~ -90°
• CMOS: 1/3 inch
• Effective Pixels: 1200W
• ISO Range: 100 ~ 6400
• Electronic Shutter Speed: 1/30s ~ 1/25000s
• FOV: 118°
• Aperture: F2.2
• Photo Resolution: 4608*2592
• Photo Format: JPG/JPG+RAW(DNG)
• Video Resolution: 4K@30fps, 2.7K@30fps, 1080P@60fps, 1080P@30fps
• Video Format: MP4 (H.264)
• Max Video Bitrate: 40 Mbps
• Compatible File System: FAT32, exFAT
• Compatible Memory Card: Micro SD, 4GB-256GB
• SD Card Speed: Class 10 or U1 standard or higher

Controller Remote:

• Operating Frequency: 2.402 ~ 2.483 GHz
• Max Transmission Distance: 4 KM (no interference/obstructions)
• Working Temperature: 0°C ~ 40°C
• Battery: 2200 mAh Lithium Battery, 1S
• Equivalent Isotropic Radiated Power (EIRP): 2.4 GHz: ≤20 dBm
• Charging Interface: Type-C
• Charging Specification: 5V/1A
• Image Transmission Scheme: PixSync 2.0
• Image Transmission Quality: 720P
• Image Transmission Delay: 200 ms
• Max Supported Phone Size: Length: 160mm, Width: 100mm, Thickness: 6.5mm-8.5mm

Intelligent Battery:

• Model: DSBT02A
• Capacity: 2500 mAh
• Voltage: 7.2V
• Battery Type: Li-ion 2S
• Power: 18 Wh
• Battery Weight: 103g
• Working Temperature: 0°C ~ 40°C

18. Warnings and Compliance

WARNING: This product is for adults and children over 14 years. Adult supervision is required for children under 14.

DANGER: Only suitable for ages 14+

Drone FCC ID: 2AYUO-DSDR04B

Remote Control FCC ID: 2AYUO-DSRC02A

This device complies with Part 15 of the FCC Rules. Operation is subject to two conditions: (1) no harmful interference, and (2) acceptance of any received interference.

This equipment has been tested and found to comply with Class B digital device limits, providing reasonable protection against harmful interference in residential installations. It generates, uses, and can radiate radio frequency energy. If not installed and used per instructions, it may cause interference. If interference occurs, try reorienting the antenna, increasing separation, connecting to a different circuit, or consulting a technician.

This equipment complies with FCC radiation exposure limits. Install and operate with a minimum distance of 20cm between the radiator and your body. The transmitter must not be co-located or operating 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: DST Co.,Ltd. Fifth Floor 3 Gower Street, London, WC1E 6HA, UK

[Logos for CE, UKCA, FCC, etc.]