Weighing under 249g (8.8oz/0.55lbs), the ATOM SE supports 4K-resolution video capture at 30fps and 12MP stills and offers up to 31 minutes of flight time. The folding design that packs up small enough to fit into a jacket pocket, makes it ideal for any on-the-go trip.
The ATOM SE uses the latest Potensic PixSync 2.0™ technology for low-latency digital video in HD. With the help of the upgraded SurgeFly™ Flight Control System and ShakeVanish™ Technology, drone pilots will get a terrific flying experience and be able to make every aerial shot smooth and steady.
<249g/0.55lbs
31-Minute Max Flight Time
4K 30FPS with EIS
4KM Transmission Range
Downward Vision Sensor & TOF 
SurgeFly™ Flight Control
Equipped with a Sony 12MP CMOS sensor, it's capable of shooting 12MP photos in JPG and RAW(DNG) formats and 4K HD video at 30fps. The 118° FOV and vertical +20° to -90° camera adjusting angle allow you to capture more of the scene. The unique ShakeVanish™ electronic image stabilization technology helps cut out the wobble from the outer environments, making aerial photography more stable and smooth.
Weighs less than 249g and measures 300x242x58 mm in its unfolded form, it's small enough to fit in the palm of your hand or put in the backpack. The weight gets it in just under the wire in most countries for avoiding the need to register with the local Aviation Administration, like FAA. You can easily carry it around with you.
Configured with a larger 2,500mAh battery, which enables the ATOM SE to fly for up to 31 minutes per charge. This lets you fly more and charge less, giving you more freedom to capture the creative moment as it happens.
The Upgraded SurgeFly™ Flight Control System offers pilots a reliable flying control experience. It has 3 flight modes - Video, Normal, and Sport, and can accelerate to the top speed of 16m/s in just 2.8s, so you can challenge your skills as you become a better pilot.
The SurgeFly™ Flight Control System provides optimized navigation to the aircraft, in combination with a Downward Vision Positioning Sensors and a ToF sensor to help achieve high-precision positioning and more stable control when flying indoors or in a GPS-denied environment.
