2.5 Technical Terms
IMU (inertial measurement unit), the most important core sensor of the drone.
TOF (time of flight), the period from transmission and receiving of detection infrared
signal, in order to determine the target distance.
The sensor system, which lies at the bottom of the drone and consists of camera and
TOF module.
High-accuracy positioning, which is realized through Downward Vision System.
Identify direction for geomagnetic sensor and the drone.
Atmospheric pressure sensor, which enables the drone to determine the altitude
through atmospheric pressure.
Switch the drone motor from static status to idle running.
Once unlocked, the motor will start revolving at a fixed speed, but it has insufficient
lifting force to take off.
The drone will return to HOME point automatically based on GPS positioning.
Electronic Image Stabilization; the camera will detect the data of high-frequency
vibration and eliminate picture flutter through algorithm.
Position of the drone camera.
Ascend or descend the drone.
Fly the drone to front or back.
Fly the drone to left or right.
Enable self-rotation of the drone to left or right.
IMU
TOF (Time of Flight)
Downward Vision
System
Vision Positioning
Compass
Barometer
Lock/unlock
Idling
Auto return
EIS
Drone head
Throttle control stick
Pitch control stick
Roll control stick
Yaw control stick
3. Overview
This chapter introduces the functional characteristics of Atom SE, as well as the component
name of the drone and the remote controller.
With foldable arms and weight below 250g, the product is portable, and easy to use. The product
is equipped with a vision positioning system, to realize precise hovering at low altitude indoor
and outdoor environment. Meanwhile, the product is equipped with a GPS sensor to realize
positioning and auto return. With 1/3" Sony CMOS image sensor, the product can shoot
4K/30FPS HD video and 1.2-megapixel pictures. Atom SE uses self-developed ShakeVanish
electronic stabilization technology to make the picture clear and stable.
By using the brand new PixSync 2.0™ 2.4G digital image transmission technique, the Atom SE
remote controller can realize 4 km communication distance and 720P HD image transmission
maximally at ideal conditions. Open the pull-type and the foldable remote controller to contain
your mobile device. Connect the remote controller and mobile device with USB data cable, to
operate and set the product through App and display HD image transmission picture. The built-in
lithium battery of the remote controller can work for approx. 2.3h maximally.
Atom SE uses proprietary SurgeFly™ flight control technology, with a maximum horizontal flight
speed of 16m/s (52ft/s), a maximum flight time of about 31 minutes, and the ability to withstand
winds of up to level 5.
3.1 Introduction
04
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