AGM Adder TS50-640 thermal imaging riflescope OLED 12-μm, 50mm front lens, 50Hz

AGM Adder TS50-640 thermal imaging riflescope OLED 12-μm, 50mm front lens, 50Hz.

This is AGM's top of the line thermal imaging scope.

The thermal imaging telescope designed for continuous operation in all weather and environmental conditions. The 50mm lens model is ideal for long-range missions.

The rifle scope has a 640×512 high-sensitivity thermal detector and a 1024×768 OLED monitor, which provides a clear image in harsh environmental conditions such as darkness, fog, smoke, dust, rain, snow, wood, camouflage, etc.

The rubber tube on the back serves to exclude the last ambient light, but can also be removed.

The rifle scope is equipped with a unique dual power system. Two built-in 18650 batteries with a replaceable CR123A lithium battery provide up to 15 hours of continuous operation. The internal batteries can be charged via a standard USB cable, so you can easily charge them in your car, a hotel room, etc. And for even more recording time, you can carry additional CR123A batteries.

The device has a fast 64GB EMMC memory for integrated video recording and image capture. With the Shot Activated Recording (SAR) feature, you don't have to worry about having to start recording manually every time. Wi-Fi module for live video streaming and video/image recording via application are also available.

The Adder can be mounted on the weapon using standard 30mm scope mounts or rings. Two 30mm Picatinny mounting rings are included. With an extreme detection range of up to 2600 meters, the rifle scope meets the needs of professional hunters who value traditions combined with technological superiority.

* 640×512 thermal resolution
* Highly sensitive 12μm detector
* Fast 50Hz refresh rate
* High resolution OLED display
* 1x, 2x, 4x, 8x digital zoom (equivalent to 2.5x, 5x, 10x and 20x magnification)
* Integrated video and audio recording
* Shot Activated Recording (SAR)
* Wi-Fi data transfer
* Fast built-in 64GB EMMC storage
* Different reticle types and colors
* Adjustable color palettes
* Standby mode
* Waterproof and shockproof
* Dual power system
* Up to 13 hours of continuous operation
* External power capability
* Limited 3-year warranty

Specifications
Color Palettes: Black Hot, White Hot, Red Hot, Fusion
Reticle: 5 types, 4 colors, on/off
Boresight setting: Digitally controlled
Boresight increment: 0.15 mil / 0.51 MOA
Distance measurement: Yes (stadiametric)
Scene mode: jungle, detection
Picture-in-picture mode (PIP): Yes
Video recording: Yes
Pixel Error Correction (DPC): Yes
Uniformity Correction: Auto, Manual, External Correction
Detector type: 12 μm, uncooled, 50 Hz, < 35 mK (25 °C, F# = 1.0)
Standby mode: Yes
Resolution: 640×512
Zoom: 1x, 2x, 4x, 8x digital zoom (equivalent to 2.5x, 5x, 10x and 20x magnification)
Detection range: 2600 m/ 2843 yd
Lens system: 50mm; F/1.0
Field of view (H × X): 8.8° × 7.0°
Diopter adjustment range: -5 to +5 dpt
Eye relief: ≥ 60 mm
Display: 1024 x 768, 50 Hz, OLED
Memory: 64GB EMMC
Battery Type: Two 18650 rechargeable batteries (built-in) and one CR123 battery (replaceable)
CVBS output: Yes (via USB)
Battery life (operating): Up to 13 hours
Power supply: 5VDC/2A, USB Type-C Supports QC3.0
Operating temperature range: -30°C to +55°C (-22°F to +131°F)
Protection class: IP67
Weight: 970g (2.14 pounds)
Overall dimensions: 420 × 78 × 82 mm (16.5 × 3.1 × 3.2 inches)

How does thermal imaging work?

Thermal imaging technology amplifies the infrared heat emitted by objects and assigns different shades of color to the different heat areas through the integrated processor. This allows you to easily compare/contrast different objects, animals and other heat signatures. Due to the different heat, you may have shades of color as well as shades in a grayscale tone. The main aspects to focus on with thermal are the resolution and hertz of the unit. Resolution deals with how many pixels are displayed in each area within the image. Because Thermal uses internal processors and cores, it is very comparable to other electronics that give you high-resolution images. The higher the resolution on a thermal imaging device, the better the clarity and quality of the image. Hertz refers to how quickly an image/image is updated per second. The higher the Hertz number, the smoother an image appears when you scan a horizon or field.

Thermal imaging has a very practical element for use in the field, in particular there is no hiding from the heat. You can track where animals have been and see through the bushes where they are hiding. Finding blood trails or even downed animals with thermals is exceptionally easy, as the animals' heat signatures can be visible through a thermal device for up to several hours. Thermal imaging also offers significant benefits in the law enforcement and protection markets. Especially when spotting hidden objects or people, but also when determining the amount of heat radiated by tires, engines or even people. Several thermal options have built-in recording that allows you to capture images and videos, as well as GPS and WiFi activation. Thermal imaging optics can come in a monocular, goggles, or a weapon-mountable device.