With the increasing popularity of public works projects, 4K time-lapse photography has become the latest focus, and the ATL-800 4K project Timelapse Camera has attracted a great deal of attention in the video industry in the past year since its launch. In the past, it was commonly used in private construction projects, but this year, it has started to gradually enter into the scenes of public projects, such as the National Palace Museum, Taoyuan Airport T3 Terminal Office Building, etc., and the use of Kaohsiung Jiu Ru Bridge demolition project has demonstrated the trend of popularization of 4K time-lapse photography.
This project is especially noteworthy. In addition to purchasing the ATL-800 project version of the Timelapse Camera, the customer also purchased a special 4x power USB waterproof battery box kit made by O2O, which contains a number of original Panasonic 18650 lithium batteries. This combination gives the ATL-800 camera a 10-month battery life, making it an important video recording device for this project.
Afidus ATL-800 engineering Timelapse Camera is the first camera in the world with a battery life of up to 2 months, which has been well received by the industry in both marketing and global sales. However, in real-world engineering applications, users are looking forward to a further increase in the camera's endurance. O2O has introduced two IPX7 rated waterproof battery packs (2.6x power and 4x power), which are connected via the ATL-800's built-in waterproof USB port, dramatically increasing the camera's battery life. Now with a battery life of up to 7.2 months or even up to 10 months, the ATL-800 has once again established itself as a global leader.
The use of the ATL-800 4K Timelapse Camera and the application of O2O's exclusive technology brings great convenience and benefits to engineering photographers and professional users. Whether shooting the Kaohsiung Jiuru Bridge demolition project or other engineering fields, the ATL-800's outstanding performance will bring a new revolution in video recording.
