There are many aspects that come into play when selecting the right optic, including form factor, features and price. Use our advanced filtering options below to narrow your search in finding your new Digital Optic

Thermal Rifle Scopes

Thermal Rifle Scopes allow you to harness the power of thermal imaging within the form of a Rifle Scope. Simply mount the scope in the desired position and see the difference!

Night Vision Rifle Scopes

Just because the sun has turned in for the night doesn't mean you have to! Night Vision Rifle Scopes give you the ability to hunt while game is at their most active.

Night Vision Rifle Scopes

Just because the sun has turned in for the night doesn't mean you have to! Night Vision Rifle Scopes give you the ability to hunt while game is at their most active.

Clip-On Digital Optics

Enhance your existing optic with clip-on Thermal and Night Vison Scopes.

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Magnum Sports has the largest online selection of Thermal Scopes, Night Vision Scopes, Digital Monoculars & Binoculars.
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Thermal & Night Vision Glossary

Struggling to figure out what features are important to you? Use our Thermal & Night Vision glossary to get a full breakdown of each feature and what it has to offer!

Thermal Imaging Sensors often vary in the amount of pixels that can be displayed, which directly impacts the quality of image that a sensor can display. Similarly to other devices, such as TV's, Phones, etc, Thermal Sensor Sizes can be quantified by pixel count ; the higher the pixel count, the better image quality. For example, a 640x512 sensor will provide a drastically clearer image than a 256x192 sensor.

Pixel pitch of the thermal imaging sensor (also known as microbolometer) refers to the size of the pixels being displayed by the sensor. The lower the number, the smaller the pixel. Smaller pixel sizes display thermal imagery with more detail when compared to sensors that display a higher resolution.
For example, a sensor displaying at 12µm will provide better image quality than a sensor displaying at 17µm.

The expression stands for “Noise Equivalent Temperature Difference”. It is a measure for how well a thermal imaging detector is able to distinguish between very small differences in thermal radiation in the image. NETD is typically being expressed in milli-Kelvin (mK).
To simplify, the lower number mK, the more sensitive to Thermal Signatures the optic will be.

Whilst the term Detection Range may seem obvious, it does have slight differences depending on the type of optic in use.
For Thermal Optics, Detection Range refers to the range that the optic can detect and display Thermal Signatures.
For Night Vision Optics, Detection Range refers to the operational range of Night Vision display.

Hotspot allows the Optic to connect wirelessly to another device, usually a phone or tablet. This allows the user to review recorded media, update software and modify various other customisable options.

The PiP function (Picture-in-Picture) allows you to see both a magnified image in a particular dialog box and the main unmagnified image at the same time.

The refresh rate is critical for aiming at moving objects. It refers to the number of times the frame of an image changes per second. The principle here is that the more a scope refreshes to capture a scene, the more it is able to deliver a clear picture of the scene. It's just like playing games on a screen - the higher the frame rate, the more information it is able to get to you.

When entering Standby Mode, the Optic turns off it's main display whilst the remaining powered on, allowing the user to quickly turn the display back on when needed without the delay of a full power up. This feature can be incredibly useful to reduce battery consumption when not in use without sacrificing time to power up.