Handheld multi-function reconnaissance instrument MFC6110

Product introduction:

HP-MFC6110-5K-W handheld multi-function reconnaissance instrument is a handheld infrared detection device with various functions and uses. It adopts a system composed of various advanced sensors, processing circuits and optical components. All-weather observation and detection of targets day and night. The product is equipped with an advanced 640×512 long-wavelength uncooled detector, which can provide high-quality high-resolution infrared images. The target can be searched and detected no matter in complete darkness, haze days or under the thick smoke ring mirror. Visible light adopts large-scale high-performance low-illumination CMOS low-light detectors, which can realize low-light imaging, or use with infrared detectors to help users find and compare hidden targets.

The multi-function reconnaissance instrument also integrates long-distance eye-safe laser ranging, Beidou/GPS positioning and digital electronic compass, which can help users locate the observation position and geographic information such as target coordinates and orientation, so as to quickly discover and dispose of the target. Advanced image compression algorithm records images, which can help users to perform synchronous sampling and video forensics.

The multi-function reconnaissance instrument is a high-quality product designed according to the scientific ergonomic structure. It has professional functions and simple control to meet the needs of different users. It can significantly reduce and reduce the number and weight of reconnaissance instruments and equipment carried by users. , and improve the ability to comprehensively process a variety of information and data in a timely manner and shorten the response time. The system has excellent water and dust resistance, is compact, lightweight, durable, shock and interference resistant, and can be used in all-climate environments.

The multi-function reconnaissance instrument is integrated with an industrial-grade wireless module. With the help of wireless network, it is easy to browse high-quality and smooth monitoring pictures on mobile terminals such as tablet computers and mobile phones. It is flexible, convenient and fast. Video pictures are collected and stored locally through a special APP The mobile phone, and then with the help of general WeChat/QQ/MMS and other general software, it is sent to remote users through public 4G communication. Due to the realization of full digital monitoring from video capture to storage, the anti-interference ability of signals in line transmission is greatly enhanced

Features:

1) It integrates long-distance laser ranging, GPS and digital electronic compass, which can locate the observation position, target coordinates and orientation and other geographic information;

2) Based on the fifth-generation miniaturized detection technology, the ultra-small design reduces the size and cost of the whole machine, and is easy to carry and use;

3) The whole machine adopts super strong aluminum alloy shell, strong shock resistance, IP67 protection, rainproof and dustproof;

4) Ergonomic structure design, compact structure and easy control;

5) The detection sensitivity (NETD) can reach 50mk, which is higher than conventional products, and can obtain more delicate picture quality, and is less affected by fog, rain and snow;

6) Unique AS optical design and high-precision opto-mechanical design, excellent imaging quality;

7) Excellent non-uniform image correction technology with good image uniformity and dynamic range;

8) SDE image detail enhancement technology, smooth image without noise, optional hot black and hot white polar image format, strong adaptability, easy to find low-contrast hidden targets;

9) The device supports WIFI transmission, and the mobile APP can browse, record and take pictures in real time.

Application scenarios:

Mainly used in the protection and patrol of important places, city, oil field anti-theft, railway anti-theft and other public security criminal investigation fields.