Product Description:

TS645 medium dual-light thermal sight adopts a multi-spectral imaging desgin to ensure perfect alignment of visible and infrared optical axes and fields of view, achieving it's miniaturization and lightweight. Equipped with a 12um high-sensitivity infrared detector and a 2-megapixel high-definition visible light sensor, it provides excellent imaging quality and smooth display effects, ensuring precise observation and search of targets in harsh conditions such as total darkness, smoke fog etc.

It is easy to operate, sturdy, durable, and can be installed on various device platforms. It is highly suitable for police force operations, counter-terrorism operations, civilian search and rescue, providing powerful technical support and significant advantages.

Main Features:

· Multi-spectral imaging: infrared, visible light, adapt to different environments
· High-performance devices: integrated third-generation infrared detector and 2-megapixel pixel high-definition visible light sensor, the image is delicate and smooth
· Long-distance detection: with long-distance target detection and recognition capabilities
· All-day work: support battery replacement without shutting down, to ensure 24-hour uninterrupted use
· Super durable: magnesium alloy shell, IP67 protection level, adapt to various harsh environments
· Blind operation advantage: single roller operation, simple and easy to use, no memory burden
· High reliability: withstand 1200g/0.3ms strong shock, adapt to cold / hot areas, plateaus, rainforests, jungles and other complex environments
· Forward reconnaissance: with direction information indication, photo taking, video recording functions, support 10000 images and 12 hours of video storage
· Wireless control: support Wi-Fi wireless image transmission and remote command control to improve operational flexibility
· Ballistic solution: integrate multiple distance scales and fine-position scales to optimize shooting accuracy.
· High compatibility: adapt to a variety of platforms to enhance tactical flexibility.
· Intelligent target recognition: automatically recognize typical targets to improve combat efficiency
· Quick disassembly and assembly: Integrated module design, stable locking, easy to deploy quickly

Technical Parameters:

About BeyondView:

Serving sectors such as industrial, security, law enforcement and outdoors since 2008, Beijing BeyondView Technology Co.,Ltd (BeyondView) has been providing advanced thermal imaging solutions, from IR/CMOS/Low Light modules to thermal binoculars, sights, and handheld thermal imagers.

As a global innovator in infrared and visible-light technologies, BeyondView delivers cutting-edge solutions that transform how industries see, analyze, and interact with the world.

At BeyondView, we engineer the future of imaging. We don't just capture images, we reveal critical truths hidden beyond human vision. We empower professionals with insights beyond visible light to improve safety, efficiency, and critical decision-making.

FAQs:

Q: How does a thermal sight work?

A: It detects infrared radiation (heat) emitted by objects, converts the temperature differences into electronic signals, and then processes them into a visible image displayed on the eyepiece or screen.

Q: What is the difference between thermal imaging and night vision?

A: Night vision requires ambient light (e.g., moonlight) to amplify an image, while thermal imaging relies solely on heat, allowing it to work in total darkness, smoke, or light fog.

Q: Can thermal imaging see through walls or glass?

A: No. Glass reflects infrared light, and walls typically block heat radiation, so thermal imaging cannot effectively penetrate these solid obstacles.

Q: Why are thermal images usually black and white?

A: Monochrome images more clearly distinguish temperature differences (hot areas appear white, cold areas black). Some devices offer color palettes (e.g., iron red/rainbow) to highlight specific temperature ranges.

Q: What factors affect the detection range of a thermal sight?

A: It depends on the target size, heat signature (e.g., human vs. vehicle), environmental temperature contrast, weather conditions (rain/fog attenuate the signal), and the device's resolution.