The DJI O3 Air Unit is a powerful and reliable high definition video transmission system for drones. Equipped with DJI’s O3+ technology, this air unit offers snappy responsiveness and a clear, ultra-sharp live feed for the ultimate flying experience. The 2T2R omnidirectional antennas ensure stability and smoothness of the video transmission within a generous signal coverage range.
With a video transmission resolution of up to 1080p and a high frame rate of 100 fps, the DJI O3 Air Unit delivers stunning visuals that are further enhanced by its support for the H.265 video coding format. The extended 10km transmission range allows you to fly farther and explore more, with the air unit automatically selecting the optimal frequency band for the best signal. It also boasts excellent anti-interference performance, giving you peace of mind as you fly and a stable, long-range connection.
In addition to its impressive video transmission capabilities, the DJI O3 Air Unit features upgraded imaging specs including a 1/1.7-inch sensor and the ability to shoot 4K/60fps video with a 155° super-wide FOV. Its D-Cinelike color mode allows for greater creative freedom in color grading, and it can be used with the DJI Avata ND Filters Set for even more control over aperture and exposure.
The O3 Air Unit is also compatible with the DJI Goggles 2 and DJI FPV Remote Controller 2, giving you complete mobility and the ability to customize the on-screen display information with Canvas mode. With its vast compatibility and lightweight, compact design, the DJI O3 Air Unit is the perfect choice for elevating your drone creations to the next level.
Betaflight Canvas is a feature in the Betaflight flight controller software that allows you to customize the on-screen display (OSD) of your FPV goggles or display. It allows you to add, move, and resize various elements on the screen, such as flight data, battery voltage, and timers, as well as customize their appearance and behavior. This can be useful for an FPV pilot because it allows you to tailor the OSD to your preferences and display only the information that you find most relevant or important.
For example, you might want to display your current flight mode, battery voltage, and timer prominently on the screen, while hiding less important elements such as your GPS coordinates or altitude. You can also use Canvas to create custom layouts for different flying scenarios, such as racing, freestyle, or long-range flying. With Canvas, you have complete control over what information is displayed and how it is presented, which can help you stay focused and aware of your flight status during high-speed or complex maneuvers.
HD (high definition) FPV (first-person view) video transmission and analog FPV are both methods of transmitting a live video feed from a drone to the pilot’s goggles or display. While HD FPV is generally considered to offer higher resolution and clarity, with a wider color range and more detailed image, it does not necessarily have lower latency than analog FPV.
Latency, or delay, in video transmission can be caused by a number of factors, including the distance between the transmitter and receiver, the transmission frequency and bandwidth, and the processing power and efficiency of the transmission system. In some cases, HD FPV systems may have lower latency than analog FPV systems, but this can depend on the specific technologies and features of each system.
One advantage of HD FPV is its ability to transmit a higher resolution and frame rates, which can make the video appear smoother and more lifelike. This can be especially important for fast-moving or dynamic flight scenarios, where a lower frame rate can make it difficult to maintain control or navigate through obstacles. HD FPV may also offer additional features such as higher resolution and a wider color range, which can enhance the overall flying experience.
Overall, both HD FPV and analog FPV have their own unique features and benefits, and the best choice for a particular pilot may depend on their specific needs and preferences.
* When recording with a high resolution and high frame rate, the product may overheat and stop recording due to the relatively high power consumption. If this occurs, please return and land in time to cool down. Additionally, please take effective heat dissipation measures and avoid blocking ventilation holes.
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