AGM Python 25mm Short Range Thermal Imaging Rifle Scope Review

Thermo Gears is reader-supported. When you buy through links on our site, we may earn an affiliate commission.

There is no doubt that from the hunting devices were developed, rifles occupied the major place.

It is noteworthy, however, that they are not ranked better by mere guns. Predators get a great result today with these riflescopes that allow the user to easily locate a target in the distance.

Thermal scopes are made with the aim of creating a new revolution in scopes as the technology for hunting and shooting markets continues to improve day by day.

These thermal scopes have accomplished what night vision technology can’t do in the last 30 years.

Okay, now we come to the point, most of the beginners in the tactical field are really confused about choosing the best rifle scopes with thermal technologygy for enhancing their experience.

We are here to solve your confusion and doubts. In this post, you are going to learn about the comprehensive review of AGM Python 25mm Short Range Thermal Imaging Rifle Scope.

AGM Python Short Range Thermal Imaging Rifle Scope

Arctic Silver 5 Thermal Paste
Magnification:  1X

Specifications

  • Sensor Resolution: 640×480 pixels
  • Sensor Type: FLIR Tau 2
  • Pixel Pitch: 17 micrometers
  • Lens System: 25 mm; F/1.0
  • Refresh Rate: 60 Hz
  • Display Resolution: 800×600 pixels
  • Digital Zoom: 1x, 2x, 4x, and 8x
  • Field of View: 25 – 20 degrees
  • Eye Relief: 45 mm
  • Exit Pupil: 10 mm
  • Focus Range: 2 m to Infinity
  • Brightness Settings: 8
  • Minimum Focus Distance: 2 m
  • Battery Type: CR123, CR123A
  • Battery Life: 4 hours
  • Attachment: Weaver, MIL-STD 1913, Picatinny

Arctic Silver 5 Thermal Paste
Magnification:  1.2X

Specifications

  • Sensor Resolution: 640×480 pixels
  • Sensor Type: FLIR Tau 2
  • Pixel Pitch: 17 micrometers
  • Lens System: 25 mm; F/1.0
  • Refresh Rate: 60 Hz
  • Display Resolution: 800×600 pixels
  • Digital Zoom: 1x, 2x, 4x, and 8x
  • Field of View: 25 – 20 degrees
  • Eye Relief: 45 mm
  • Exit Pupil: 10 mm
  • Focus Range: 2 m to Infinity
  • Brightness Settings: 8
  • Minimum Focus Distance: 2 m
  • Battery Type: CR123, CR123A
  • Battery Life: 4 hours
  • Attachment: Weaver, MIL-STD 1913, Picatinny

Construction

Python 1x25mm long-wave infrared thermal imaging rifle scope is engineered by the AGM manufacturer which is designed to provide 24X7 operation.

Due to the structure of this weapon sight, you need not dismount the thermal scope from the firearm.

The housing of the riflescope is made with the military-grade aluminum alloy (aircraft-grade material), thus the whole construction is fully lightweight but rugged to tolerate high recoil.

The materials of AGM Python have waterproof features to render ultimate performance even in worse weather and environmental conditions.

Thermal Core Sensor

A qualified thermal imaging sensor with a resolution of 640×480 pixels is configured with this thermal riflescope also it comes with a pixel pitch of 17 micrometers to provide clear images.

The AGM Python Short Range Rifle Scope provides stunning performance to the user to achieve the tasks with the feature of specified FLIR Tau 2 type detector.

In addition, 45mm of Eye Relief and 10mm of the Exit Pupil is fitted with this device to provide comfortable viewing ability.

AGM Python Short Range Thermal Imaging Rifle Scope
U.S military persons detecting the target using AGM Python Short-Range Rifle Scope in daytime

Objective Lens System

The optical system is built with durable coated germanium lenses with unique modifications so that you can select the best choice between a lens system of different diameters.

25mm diameter is considered to be the short- range of the lens, allowing the user to see the objects near you more clearly and accurately.

Next, the 50mm diameter is taken as the medium-range of the lens so that the user can easily target the target within the specified range.

The lens’s maximum range of 75mm is recommended for quick and precise detection of even the last far-reaching target. This long-range lens is often used in law enforcement, the military, and night hunting.

Magnification Range

Here the manufacturer wants to surprise you with the fact that the manufacturer has made two different scopes with similar features but distinguished only by their magnification.

Do you understand what I’m saying?

The AGM tactical device producer engineered two thermal riflescopes with the name of AGM Python 1x25mm Thermal Imaging Rifle Scope and AGM Python 1.2x25mm Thermal Imaging Rifle Scope.

AGM Python Short Range Thermal Imaging Rifle Scope
With optical zooming, AGM Python detects wildlife in pitch darkness

These two models are configured with the variable type magnification range. Both are having the same specifications including dimensions, but two factors have varied as magnification and price.

Yes! 1x25mm model has the magnification range of 1X and comes with $$$$ price limit, besides, 1.2x25mm model riflescope equipped with the magnification range of 1.2X and comes with $$$ price limit.

Focusing

You can gradually increase the digital zooming from 1X to 2X to 4X to 8X to get closer detection of the object.

There is a range provided to focus the rifle scope to detect the target, meaning you can view the target with the minimum focusing range of 2m and the maximum focusing range of infinity.

Image Process

Features a high refresh range of 60 Hz, and a Field of View angle from 25° to 20°.

With these image processing aspects, you can get high-quality images plus high-resolution videos simultaneously.

The scope doesn’t come with a reticle feature to offer vivid images, but instead of that, it has valid thermal imaging features of 4 MOA Dot, Line Dot, Cross, Crosshair, and Cross Center Dot.

With these progressive features, quality image output can be quickly obtained, which is definitely more accurate and clear than the output obtained by the reticle.

The amazing thing is that these optional reticle patterns are changeable depending on the user requirement.

The thermal riflescope from the AGM Python series is composed of a real-time HD display with a resolution of 800×600 pixels.

User Interface

For user convenience, AGM allows you to manually adjust the brightness level with 8 different settings.

Also, it consists of a standby mode to activate and deactivate the device within a single click, thus it can prolong the life of the device.

AGM Python Short Range Thermal Imaging Rifle Scope

The videos are downloaded by the PAL (composite angular video) format.

An S620 connector is included with this thermal device, it’s used for some significant functions such as analog video in/Out, power in, extended battery attachment, HD video recorder.

To reduce the hand operation, the unit comes with a remote control capability with this you can effortlessly access the device.

Power System

AGM grants you two options to power the device, to be clear, you can use two CR123A type batteries that are capable of 3V or alternatively, you can use two CR123 type batteries that are capable of 3.0V to 3.7V.

By using any type of batteries the thermal riflescope continuously run-up to 4 hours.

If you’re stuck in critical situations, you can charge the riflescope by connecting other power sources via USB.

And this micro-USB is used to connect for other additional purposes like a video recorder, power bank, and WiFi attachment.

The scope can be mounted on the rifle with the help of Weaver, Picatinny, MIL-STD 1913 attachments.

Arctic Silver 5 Thermal Paste
Magnification:  1X
Arctic Silver 5 Thermal Paste
Magnification:  1.2X

Final Words

The short-range thermal riflescope from Python series makes the applications and adoptions extremely simple.

With the variety of features like ergonomic buttons, different reticle patterns, distinct color palettes, brightness settings, user-friendly interface, programmed menus, ultimate digital zooming options you can be done more than you expect.

And battery power up using micro-USB will drastically improve the device’s operation, and prolong the life of the battery.