Extra Long Range Handheld Thermal Binocular

The handheld thermal binoculars provides high resolution, night vision capability for tactical missions and other applications on land or at sea. Ideal for all security and civil operations, thermal binocular offers an unmatched combination of excellence and affordability. A highly versatile tool, it affords users GPS and LRF capabilities to establish the exact coordinates of your target. These binoculars allow for human target detection up to 2,800 meters and vehicle detection up to 6,700 meters. Thermal binocular provides brighter and sharper images day or night.

Product Features:

  • Human targets detection up to 2,800m; detects vehicles up to 6,700m
  • Provides night vision capability for tactical missions and other applications on land or at sea.
  • Fast startup: <8 seconds
  • Light weight: <1600 gr (3.52lb)
  • Long battery life (up to 9 hours)
  • Magnification x4
  • Easy detection during day or night operations
  • High accuracy in all weather conditions
  • Compact and lightweight
  • Simple to use
  • Energy efficient

Why Us?

Thermal binocular is an unmatched combination of excellent performance and affordability in a portable, lightweight device.

This article comes from opgal edit released

What is the best Thermal Imaging camera?

I you are a firefighter, then you should use a high-quality thermal imaging camera. But getting a high-quality thermal imaging camera is difficult because there are many types and varieties of this camera. Here are certain important facts that can be used for selecting a best thermal imaging camera.

The first thing is the need. The thermal imaging cameras are used in various places, they can be used for fire safety, detecting defects, hunting and even in security. So, first determine your need.

Find the range of thermal imaging camera. If you are using this camera for hunting,. then you should use a long range camera. Further, for defect detection, low range camera will be useful.


Determine the battery quality an capability. This should be checked in all type of thermal imaging systems. check weather the battery life is high with high life time. Also make a note weather rechargeable batteries are used.

The final fact to be considered is the price. refer completely about the quality and cost of the product and then afford the best of your choice.

This article comes from quora edit released

How Do Thermal Night Vision Work?

Whether on television or in the movies, you’ve probably seen spies or soldiers using special glasses to see in the dark. We call those special glasses thermal night vision goggles and today’s Wonder of the Day takes a closer look at how they work!

If you’re WONDERing whether thermal night vision goggles really work or are just the stuff of movies, the answer is a definite “Yes, they really do work!” The best thermal night vision goggles can help you see a person standing over 200 yards away on a cloudy, moonless night.

So how do they work? That depends upon what type of technology is being used. There are actually two types of technology that can be used, and they’re both very different.

Before we discuss the two types of technology, it’s important to understand something about light. Did you know that not all light is visible? It’s true! The light we can see — called visible light — is only a part of the overall electromagnetic spectrum (all types of light). There are other types of light, such as infrared and ultraviolet light, that can’t be seen by the naked eye.

If you want to see in the dark, there are a couple of ways you can go about it. The first way requires a type of technology called image enhancement. This basically means that equipment takes what is there and makes the most of it.

Even in the darkest of conditions, there are tiny bits of light present. Some of this light may be infrared light that isn’t visible to the naked eye. Thermal night vision goggles using image enhancement technology collect all the available light, including infrared light, and amplify it so that you can easily see what’s going on in the dark.

The other way uses a technology called thermal imaging. If you’re familiar with the word “thermal,” you know that this technology has to do with heat.

Hot objects, including human bodies, emit some heat in the form of infrared light. Thermal night vision goggles using thermal imaging technology capture the infrared light being emitted as heat by objects in the field of view. In this way, you can see an image of what’s going on in the dark based upon the amount of heat being generated by various objects.

Thermal imaging works well when trying to detect people in the dark. It’s also better suited for conditions approaching absolute darkness. Most thermal night vision equipment, however, uses image enhancement technology.

Thermal night vision technology has many uses for the military and law enforcement agencies. For example, it can be used to find people in the dark, as well as for navigation and surveillance. Thermal night vision can also be used for hunting and watching animals after dark.

If you’ve ever seen a thermal night vision image, you’ve probably noticed that it always has a green glow. That’s intentional. When available light is captured and amplified, it’s turned into electronic information that has to be transmitted to the eyes.

In essence, this electronic information is colorless. Why aren’t the pictures black and white then? Thermal night vision goggles are made with screens that produce green pictures, because human eyes are more sensitive to green light and it’s easier to look at green pictures for long periods of time than it is to look at black and white pictures.

This article comes from wonderopolis edit released

Launch new MicroCAM 2 range of thermal imaging cores

We have unveiled their new MicroCAM 2, ultra-low-power and high shock-resistant, OEM thermal imaging core.

User-specific overlays and boresight adjustable reticules add to the feature set. MicroCAM 2 IR cores are available with patented solid state, shutterless XTi ‘Always On–Never Blind’ Technology.

MicroCAM thermal imaging core are employed in numerous well known and high-end third party products including UAVs, thermal weapon sights, man-portable and long-range fixed surveillance devices, unattended ground sensors, driver aids, enhanced vision systems for aircraft and many other global products.

The MicroCAM range of long-wave thermal imaging cores is available in 384×288 and 640×480 resolution modules with a number of pixel pitch and lens options.

This article comes from security-news-desk edit released

Infrared Lens For Your Smartphone

See in low-light conditions AND in total darkness! It’s an infrared lens that attaches to your iPhone or Android phone to let you have night vision. You can take pictures and movies through the lens too. The lens doesn’t drain your battery – it is independently powered, so that’s cool too.

It’ll let you see the infrared dots that the Kinect displays, look at nocturnal animals, play tag at night, hunt, or just general tomfoolery.

This article comes from thecoolest-stuff-ever edit released

Outdoor Pan/Tilt Thermal Network Camera

With the added pan/tilt mobility, Thermal Network Camera reduces the number of fixed thermal cameras needed to cover an area. The pan/tilt head offers quick movements and getting from one preset to the next makes the video surveillance more efficient and secure. The 35 mm lens together with the VGA resolution (640×480) provide a large coverage of an area. The thermal camera is a great tool for detecting people and objects in 24/7 surveillance, from pitch dark areas to a sunlit parking lot. Thermal Network Camera is the ideal choice also when the installation of IR light is not feasible or when the recognition should reach above 150 meter (164 yards).

With the Arctic Temperature Control, the Thermal Network Camera can safely start up and operate in temperatures as low as -40C/F and up to 55C/131F.

Thermal Network Camera supports shock detection, a capability that sends an alarm to personnel during attempted vandalism, hence enhances the camera protection. The Video Motion Detection 3.1 is also supported by Thermal Network Camera and it enables detection in variable lighting conditions and works for installations such as parking lots and unattended shop areas.

This article comes from 123-security-products edit released

What is thermal driving night vision, how does it work, and do I really need it in my next car?


Car thermal driving night vision, now that it can reliably detect and alert you to pedestrians, cyclists and deer beyond the reach of your headlamps, is well worth considering when you’re looking to buy your next car. The newest and best systems employ algorithms that determine whether an infrared hot spot is a living, moving thing near the roadway, then swivels a headlamp element to alert the driver — and the person or animal.

How passive thermal driving night vision works: long range, simpler image

Thermal driving night vision systems use an infrared sensor typically in the grille to look for warm objects in the roadway. The sensor is a video camera that captures the infrared spectrum just above visible light. The sensor outputs the moving image to a dashboard display. Increasingly, that’s coupled with sophisticated algorithms that detect humans and large animals, and most recently, that sound an alert. This is the case for all thermal driving night vision technologies.

The majority are passive thermal driving night vision systems. Think of passive meaning efficient, not weak or submissive. They measure the heat generated by living objects without the need for additional illumination. Warmer objects show up as lighter images on the car’s LCD, colder objects show up as dark. In between dark grays are the road and rocks emitting heat from the sun into the evening hours.

Passive thermal driving night vision wins hands down for claimed range, up to 1,000 feet or 300 meters. (At 60 mph on a country road, that’s theoretically more than 10 seconds of travel time.) Passive systems work better in rainy and foggy conditions. The majority of cars use passive sensors, including Audi and BMW. On the downside, passive systems work less effectively at warmer temperatures. They sense polar bears against snow better than camels against sand. BMW for instance says the upper range for effectiveness is 98F (35C). They’re also mounted low in the grille or under the bumper, so much so that when you pull up to a traffic light, you’re almost looking up to the level of the exhaust system on the car ahead. Lugers would appreciate the view.

How active thermal driving night vision works: shorter range, lifelike images

Active thermal driving night vision systems use an infrared illuminator, sometimes part of the headlamp cluster, to light up the road in the IR spectrum. The image can be higher-resolution than passive. Roads and buildings show up better. That’s why drivers initially think they’re watching black and white TV of the road ahead.

With active thermal driving night vision, it’s possible to mount the camera higher in the car, in the rear view mirror cluster, for a better view. As with normal headlamps, the range of active thermal driving night vision systems is reduced in rain, snow or fog, and effectiveness falls off with the square of the distance. The lifelike image might induce some drivers to think they can steer by the thermal driving night vision display alone; it’s just not possible except maybe for a few seconds on country roads where the illuminator clearly shows the pavement centerline and edge markings.

How it works on the road: Auto detection and alerting makes all the difference

I’ve driven night vision cars off and on since the early 2000s, including the first in the US, the Cadillac DeVille and then the Hummer. Every one impressed me at the time, in the sense of a dancing bear: You’re so impressed the bear is “dancing” that you ignore the question of how well. About five years ago, thermal driving night vision got better with pedestrian then animal detection, where a light-colored rectangle outlines the hazard. That evolved to actually colorizing the moving objects, typically yellow for humans, orange for animals.

The real advance is the proactive warning, an audible alert and a warning icon in the instrument cluster, or even better in the head-up display. Several times on back roads of Cape Cod and rural New York State in thermal driving night vision-equipped BMWs, the alert sounded before I saw a person or moving animal. I reduced speed, tried to peer farther ahead down the road, and eventually made out the object, most of the time. A couple times after the alert, I never saw the person or animal, and I couldn’t tell if it was a false positive or if the object had moved outside the warning zone by the time it could be picked up on headlamps.

This article comes from extremetech edit released

Thermal Night Vision Weapon Sight, Water and Fog Resistant

We are excited to introduce its latest and most technologically advanced family of Thermal Night Vision Weapon Sights to the Sporting, Law Enforcement and Military markets. While primarily designed as a weapon scope, the product functions equally well in its collateral assignments as a magnified spotting scope or handheld thermal imager.

The product is a solid state, uncooled, long-wave infrared, magnified dedicated weapon scope intended for day and night engagements without the need to remove the sight from the rifle. The 24/7 mission capability is only one of the strengths. The Thermal Night Vision technology also allows you to detect targets by cutting through snow, dust, smoke, fog, haze and other atmospheric obscurants. Unlike the use of laser targeting or near-infrared illumination to augment night vision equipment, the Thermal Night Vision Weapon Sight is extremely difficult to detect with other devices as it emits no visible light or RF energy.

In addition to being the smallest and lightest in their class, Thermal Night Vision Weapon Sights are characterized by their simple and intuitive controls, functions and features that are layered among direct button adjustments, direct combination button functions and electronic menu selections. This “layering” of easy-to-understand control functions provides the operator with a framework for customizing his preferences and exploiting the robust variety of setting options available. The product has a series of selectable color modes based on a rich, upgradeable software package . A wireless remote switch is included to activate the Thermal Night Vision Weapon Sight when positioned in the “standby” mode. The product has the ability to record imagery and is equipped with a video-out capability in operator selectable NTSC or PAL formats. The product uses the same multi-pin connector to provide both video-in imagery, where there is a need for map or rangefinder display overlays and external power access.

The weapon installation is easy, repeatable and reliable based on a unique and highly user-friendly MIL-STD-1913/WEAVER/PICATINNY rail compatible quick-release locking mechanism. The solid state technology and software algorithms combined with a complimentary color reticle platform used in the Thermal Night Vision Weapon Sight ensure maximum reticle contrast, high level target accuracy and boresight retention that cannot be achieved with mechanical boresight adjusters and traditional ballistic drums. This level of accuracy is translated into the electronic zoom (e-zoom) function of the Thermal Night Vision Weapon Sights which can be progressively increased from 1x to 2x and 4x without changing the point-of-aim to point-of-impact relationship of the targeting reticle.

This article comes from adorama edit released

High Performance Thermal Imaging Core

We are a professional IR and UV systems manufacturer in China. We specialized in the design, R&D and providing of thermal imaging cameras; thermal imaging cores; thermal night vision cameras; thermal security camera and infrared lenses. Each of our product features of Creativity styling, reliable quality, and high stability. They are widely used for Power Industry, Petroleum and Chemical Industry, Railways Industrial, Firefight Industry, Medical care, Security monitoring Industry and Night Vision industry etc.

We possess a huge R&D team and a professional facilities; both allow our customers the benefit of world-class products that are designed with cutting-edge technology. As further commitment to its customers, annually reinvests 8% of its revenue into R&D for continued product innovation and improvement. With these efforts, we have passed ISO9001:2008 certification and all of our products comply with the SGS CE, RoHS,MIL standard internation certification, acquiring over 30 computer software copyrights and more than 100 patents. This enables us to serve our customers in all of the markets around world wide.

Advantages of An Infrared Lens


Infrared light is the waves of illumination between the visible and the microwave levels of the electromagnetic spectrum. Infrared light ranges from red to violet. Because infrared light is part of the visual spectrum that we can’t see without infrared lenses, infrared photography is literally opening our eyes to a brand new element of our world. Unfortunately, infrared photography has its limitations.


Cost can be both an advantage and disadvantage. For beginner photographers searching for a way to photograph infrared light, basic lenses are available for under $20. But the better the infrared lens, the more detailed the infrared light will be. High-quality infrared lenses often cost in excess of $200.

Capturing the Unseen

The biggest advantage of infrared photography is inherent in the infrared spectrum. Infrared lenses capture what the human eye literally cannot see. This means that any photo you take with your infrared lens won’t be seen in the same style by anyone without an infrared lens. The image will be unique.


The biggest advantage of infrared photography is also its biggest disadvantage; it is very nontraditional. Taking family photos, wedding photos, or any other photo of a person will distort the subject. Though the effect can be interesting, it most likely will not be viewed as flattering. Infrared photography does not show us what our eyes see and so we have to be far more open to the final product.

Learning Curve

Learning how to take visually appealing photographs is a learning process on any spectrum. Learning the best way to capture images with an infrared lens is a brand new experience. Though an infrared lens will install like any other lens on a camera, taking photos with it will not involve a what-you-see-is-what-you-get approach. Take time to experiment with the length of the exposure and different lighting levels. Come to infrared photography as if coming to photography new all together.

This article comes from photographyshared edit released