Eotech Mk2 ClipIR Thermal Imaging Scope 1-8x EOTCLPODT2B

SKU:
126513311
|
UPC:
672294470298
|
MPN:
EOTCLPODT2B
$12,645.20
Current Stock:
Min Magnification:
1x
Max Magnification:
8x
Battery Life:
8 hrs
Battery Size:
AA
Field of View:
11.60 Degrees
Focus Range:
10mm to Infinity
Resolution:
1280x1024, 12 Microns
Weight:
35.20 oz

The Eotech Mk2 ClipIR thermal imaging scope brings heat-signature detection to your rifle platform with the flexibility to mount, clip on, or use handheld. Built for hunters, tactical shooters, and professionals who need reliable thermal imaging across varying conditions, this 1-8x magnification optic combines adaptability with genuine thermal detection capability. The 1280x1024 sensor resolution and 12-micron thermal sensitivity give you the precision to identify targets in complete darkness, fog, and obscured light—situations where conventional optics simply fail.

What sets the Mk2 ClipIR apart is its genuine multi-role design. Whether you're mounting it as a primary scope on a rifle, clipping it over an existing day optic, or operating it as a standalone handheld thermal viewer, this unit scales to your setup. The variable magnification from 1x to 8x lets you assess a wider field at 1x for search-and-acquisition, then punch to 8x for precision shots or detailed target identification. Multiple reticle options mean you can dial in the aiming reference that works best for your shooting style and ammunition.

Thermal imaging has matured from specialty-only territory into a legitimate hunting and shooting tool, and the Mk2 ClipIR makes that technology accessible without requiring a complete optics overhaul. It's equally at home detecting a hog in the pre-dawn dark, scanning brushy cover for deer, or serving as a backup thermal device for law-enforcement or professional use. The versatility of clip-on, fixed-mount, and handheld operation means you invest once and adapt it as your needs evolve.

Key Features

  • 1280x1024 thermal sensor resolution for detailed heat-signature imagery
  • 12-micron thermal sensitivity for reliable target detection in zero-light conditions
  • 1-8x variable magnification—from wide search to precise engagement
  • Three operating modes: clip-on, rifle-mount, and handheld configurations
  • Multiple reticle options to match your preferred aiming method
  • Works in complete darkness, fog, smoke, and poor-visibility scenarios where conventional optics are blind

Specifications

Product NameEotech Mk2 ClipIR Thermal Imaging Scope
ModelEOTCLPODT2B
Magnification1-8x
Thermal Sensor Resolution1280 x 1024
Thermal Sensitivity (NEDT)12 Microns
Reticle OptionsMultiple
Operating ModesClip-on, Mountable (rifle), Handheld
ColorBlack

Frequently Asked Questions

Can I clip the Mk2 ClipIR over my existing scope?

Yes. The clip-on configuration allows you to mount it atop a conventional day optic, so you preserve your existing setup while adding thermal capability. This is ideal if you want to switch between thermal and traditional glass depending on conditions and hunting scenario.

What's the difference between 1x and 8x magnification, and when would I use each?

At 1x magnification, you get a wider field of view—useful for scanning and locating targets in thermal. At 8x, you zoom in for precision and detail, such as confirming a target's identity or making a precise shot. Most users employ 1x for the initial search, then dial up as needed for engagement.

Will this thermal scope work in complete darkness or fog?

Yes. Thermal imaging detects heat signatures, not visible light, so it operates equally well in pitch-black conditions, fog, rain, and smoke. It's blind to the conditions that render traditional optics useless—that's the core advantage of thermal technology.

Can I use the Mk2 ClipIR handheld without mounting it to a rifle?

Yes. The unit supports handheld operation, so you can use it for reconnaissance, spotting, or thermal scanning without a rifle mount. This flexibility makes it valuable for property assessment, wildlife observation, and situations where mounted operation isn't practical.