Potensic ATOM 2 - Overview; Introduction; Drone Diagram

3.2 Drone Diagram
1. Charging indicator
2. USB-C charging po
3. Batte buckle
4. SD card slot
5. Tail indicator
6. Monocular visual module
7. TOF module
8. Bottom cooling hole
9. Power indicator
10. Power/pairing button
11. 3-axis gimbal and camera
12. Brushless motor
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13. Propeller
14. Arm
15. Antenna tripod
16. Arm shaft
•Test conditions of the max. ight time: at an ambient temperature of approximately 25℃ in a windless
environment, ying forward at a constant speed of 5 m/s, switched to 1080p/24 fps video recording
mode (without video recording operation during ight) from 100% batte charge until 0%.
•Power consumption will increase considerably when the drone is returning against the wind. If you
receive a prompt of encountering strong wind from the App, please make sure to lower the ight
altitude and return in time to ensure safety of the drone.
3. Oveiew
This chapter introduces the functional characteristics of ATOM 2, as well as the diagrams of the drone and the
remote controller.
ATOM 2 features foldable arms for convenient poability, with a lightweight body weighing only 245 g. The
drone possesses a Vision Positioning System, which allows for precise hovering in low-altitude indoor and
outdoor environments. Equipped with a GNSS sensor, the drone enables positioning and automatic return.
The camera utilizes a 1/2-inch Sony CMOS image sensor, capable of capturing high-denition 4K/30 fps video
and 48MP photos. The camera is mounted on a 3-axis gimbal, which allows the camera to acquire stable
footages while operating the drone.
ATOM 2's remote controller utilizes the PixSync 4.0 digital transmission technology, achieving a maximum
communication distance of up to 10 km and 1080p video transmission in ideal conditions. The controller
features a retractable and foldable design, providing a placement for your mobile device when unfolded.
When connected to the controller via a USB cable, you can operate and congure your drone through the
App, as well as view high-denition video transmission. The built-in lithium batte in the remote controller
has a maximum working time of approximately 4 hours.
ATOM 2 utilizes proprieta SurgeFly ight control technology, achieving a maximum ight speed of 16 m/s
（52 ft/s）and a maximum ight time of approximately 32 minutes, with resistance against wind up to Level 5.
3.1 Introduction
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