Super Lowest Price Drone Action Camera Module - 4MP 10x UAV Mini Zoom Camera Module – Huanyu

Product Description

• This mini zoom module can be assembled into various special applications of drones and robot systems, adapting to various application scenarios such as pipeline inspection, high-altitude patrol, night inspection, etc. The established interface and software protocol are convenient for users to integrate Work
• The extremely light weight provides greater possibilities for customer drone battery life
• 3-stream Technology, Each Stream Can Be Independently Configured With Resolution And Frame Rate
• ICR Automatic Switching, 24 Hours Day and Night Monitor
• Backlight Compensation, Automatic Electronic Shutter, Adapt to Different Monitoring Environment
• 3D Digital Noise Reduction, High light Suppression, Electronic Image Stabilization, 120dB Optical Width Dynamics
• 255 Presets, 8 Patrols
• Timed Capture and Event Capture
• One-click Watch and One-click Cruise Functions
• One Channel Audio Input and Output
• Alarm Linkage Function with Built-in One Channel Alarm Input and Output
• 256G Micro SD / SDHC / SDXC
• ONVIF
• Optional Interfaces for Convenient Function Expansion
• Small Size and Low Power, Easy to Inset PT Unit, PTZ

This module support network interface. With the support of 4 MP sensor and 10x lens, with the excellent algorithm which is developed by us, this mini module can be competent for the reconnaissance of various UAVs, creates great procurement value both for military and civil use.

Service

We usually think and practice accordingly and grow as the environment changes. We aim to achieve a richer body and mind, and we are also one of the most popular camera module manufacturers in China. You will get high-quality products and excellent services and prices here! Please do not hesitate to contact us!
The core component of China’s telephoto camera, the zoom camera module, in order to meet more market needs and long-term development, the research and development team will be expanded to hundreds of people. Then, we will have a large amount of production capacity and R&D capacity. Of course, we will continue to improve the service system to meet customer needs.

Solution

Current status of drone countermeasures technology
At present, the mainstream anti-UAV technology system is mainly composed of detection, tracking and early warning technology, damage technology, jamming technology, camouflage and deception technology. Generally, the specific technical composition of each part of the existing anti-UAV system is as follows.
Detection tracking and early warning technology.
Although it is possible to use technical means to counter and protect drones based on the detection, identification, and tracking of drone targets, this type of system has relatively large limitations and is not dependent on external communications for flying. The controlled drone has a poor suppression effect and cannot be effectively suppressed. .
At present, anti-UAV systems based on laser weapons are widely used, first of all, their response time is short, the irradiation speed is fast, and the hit accuracy is high. Secondly, the radiation intensity is high and the destruction power is great. Furthermore, it has no pollution and is not susceptible to electronic interference. It is a relatively clean weapon with a new killing mechanism. At present, this type of system is limited by the attack methods used, and generally focuses on the military field, and it is hoped that it will become an important role in the future unmanned battlefield environment.
Interference technology.
Although the interference blocking anti-UAV system is simple to operate, low cost, and some systems are easy to carry, it mainly uses electromagnetic interference means and has relatively high environmental requirements. It is easy to use radio signals in cities or densely populated areas. The normal use environment causes adverse effects.
Disguise and deceive technology.
When the geographic coordinates of the target area to be protected are known, non-cooperative drones can use the method of shielding external remote control and image transmission signals, and achieve intrusion into the target area only by relying on navigation signals. This type of system mainly transmits deceptive navigation signals to deceive and block non-cooperative UAV navigation components. At the same time, it can also combine the technology with the regional electromagnetic environment control system, and enhance the navigation signal in the launch area to ensure that the authorization is not authorized. While the man-machine is flying normally, the non-cooperative drones can be driven away and forced to land.

Specifications

Dimension