Description
Product highlights:
1. Quick disassembly structure: The integrated design for quick disassembly allows for quick and easy disassembly of small 10x universal joints. This convenient installation process ensures unobstructed operation and quick load replacement.
2. Zoom ability: Use 10x continuous optical zoom to capture every image with stunning clarity. This feature allows you to smoothly zoom in and out, providing multiple perspectives for the flight shooting task process.
3. AI human vehicle recognition function: With its advanced AI passenger vehicle recognition function, this universal joint camera takes the device to a new level as a whole.
4. 360 ° infinite cycle rotation: Experience the 360 ° infinite cycle rotation function of the quickly detachable mini 10x Gimbal, achieving seamless panoramic shooting.
Parameters
Dimensions
How it works:
Connect the quick detachable mini 10x Gimbal to your drone using a quick release port for easy installation. Turn on the power supply of the universal joint and it will start working. The direction and zoom setting of the universal joint can be adjusted according to your requirements.
Frequently asked questions:
Q: Can clear images be captured from a long distance?
A: Of course. The universal joint can achieve 10x zoom, allowing high-quality images to be captured even at long distances.
Q: Is the installation process of the universal joint complex?
A: Not at all. The universal joint adopts a quick disassembly structure design, making installation quick and convenient.
Q: Does the universal joint have 360 ° rotation capability?
A: Yes, the universal joint provides 360 ° periodic rotation, complete coverage, and no blind spots.
Q: Will the universal joint add a lot of weight to my drone system?
A: No, the design of the universal joint is lightweight and compact, with little impact on the overall weight of the drone system.
Q: How high is the power consumption of a universal joint?
A: The design of the universal joint considers low power consumption, maximizing the efficiency of expansion tasks.
