Night Vision & Thermal Optics – Compare Prices

Last updated and checked October 29, 2026 · By Nick Hall

Night vision and thermal have gone from military-only gear to tools that hog hunters, predator callers and property owners buy every day. A digital night vision scope now starts at $599 at the maker, and a usable thermal riflescope at $895. The catch is that the specs are confusing and the price spread runs from a few hundred dollars to more than $9,000.

We compare night vision and thermal optics from 200+ retailers. Browse thermal scopes, thermal monoculars, clip-ons, digital night vision and tube night vision, and filter by brand, sensor and price. Below the finder, I’ve laid out how the two technologies work and what the spec sheet numbers mean, with every figure checked on the maker’s own site.

Table of Contents

Night Vision vs Thermal: The Short Version

Night vision amplifies light that’s already there. L3Harris describes the tube process: incoming light hits a photocathode, turns into electrons, gets boosted by a microchannel plate, then hits a phosphor screen and becomes visible light again. Digital night vision does the same job with a camera sensor and a screen. Both need some light, from the moon, the stars or an infrared illuminator.

Thermal doesn’t use light at all. Pulsar puts it plainly: “Thermal imaging detects heat signatures, not light.” It works in total darkness and through smoke, dust and light brush, but Pulsar also warns that thermal “cannot see through walls or thick terrain,” and contrast drops when an animal’s body temperature is close to the air around it.

	Night vision	Thermal
Works by	Amplifying light	Reading heat
Total darkness	Needs an IR illuminator	Works as-is
Best at	Identifying what you see	Spotting animals in the first place
Through smoke/fog/brush	No	Light cover, yes
Entry price at the maker	$599 (digital)	$895

A lot of serious hog hunters end up with both: a thermal monocular to scan, and a night vision or thermal riflescope to confirm and shoot. See best night vision and best thermal scopes for ranked picks.

Here’s how I run the two-device setup on a hog night. I scan slowly with the thermal monocular from the truck or a high spot, because heat jumps out at you long before shapes do. When something warm shows up, I hold the monocular on it, bring the rifle up, and confirm through the scope before my finger goes anywhere near the trigger. Never use a riflescope as your scanner; that’s how you end up pointing a loaded gun at a farmhouse window or a neighbor’s cattle.

Digital vs Gen 2 vs Gen 3 Night Vision

Gen 1 tubes lean on built-in IR illuminators, and Teledyne FLIR points out that makes “the user visible to others with night vision technology.” Gen 2 added the microchannel plate; L3Harris says it “can operate without IR in moonlight” with a tube life of 2,500 to 5,000 hours. Gen 3 switched to a gallium arsenide photocathode for better resolution and low-light performance, with 10,000+ hours of life, and auto-gated Gen 3 handles bright light sources better.

Digital night vision uses a camera sensor instead of a tube. Sightmark rates it as performing “between Gen 1 to Gen 2,” which is the honest trade-off. The upside is price, recording and daytime use: the ATN X-Sight 5 3-15x starts at $599 and the Sightmark Wraith 4K Max lists at $699.99 with an 850 nm IR illuminator in the box. For comparison, AGM’s PVS-14E monoculars run $3,195 for Gen 2+ green to $4,395 for Gen 3 auto-gated green.

Green vs White Phosphor

This is mostly preference. Exosens, which makes Photonis tubes, says there are no lab performance differences between P43 green and P45 white phosphor, and that soldier trials found no combat effectiveness difference. L3Harris says white gives a more natural view with better contrast. In my experience white is easier on the eyes over a long night, but it costs more: AGM’s white Gen 3 PVS-14E is $300 more than the green one.

Thermal Specs That Matter

Resolution is the number of heat-sensing pixels. AGM gives the math: a 384×288 sensor has 110,592 pixels and a 640×512 sensor has 327,680, “about three times as many.” AGM also cautions that 640 doesn’t double real performance, because lens focal length, pixel pitch, NETD, display and processing all matter. (Ignore spec sheets that call 640×480 “four times” the pixels of 384×288; it’s 2.78 times.)

Pixel pitch is the size of each pixel. Pulsar says 12 µm pixels “improve clarity and compactness,” while 17 µm pixels “can enhance sensitivity in low-contrast conditions.” NETD is the smallest temperature difference the sensor can see, in millikelvin; ATN puts it simply: lower is better.

Detection range is the number most buyers misread. AGM explains: “Detection means you notice that heat is present… Identification means you can make a more confident decision about what it is. A device can detect farther than it can identify.” When you compare scopes, compare at the same target size, and assume you’ll identify an animal at a fraction of the detection figure.

What a Thermal Scope Costs in 2026

Model	Sensor	Maker price
AGM Rattler V2 19-256	256×192	$895 list
Pulsar Axion XQ19 (monocular)	384×288, 17 µm	$1,049.97
AGM Rattler V2 25-384	384×288	$1,695 list
Sightmark Wraith 2 LRF 384	384×288, 12 µm	$1,999.97
ATN ThOR 6 384 2.5-20x	384×288	$2,195 MSRP
Pulsar Axion 2 LRF XG35 (monocular)	640×480, 12 µm	$2,999.97
Pulsar Thermion 3 LRF XR60	640×480, 12 µm	$4,699.97
Trijicon IR-HUNTER 35	640×480, 12 µm	$8,239 retail
Trijicon REAP-IR-50	1024×768, 12 µm	$8,999 retail

A few lineup changes to know: ATN’s ThOR 5 has been replaced by the ThOR 6, Pulsar marks the Thermion 2 LRF XG50 discontinued, and the new Thermion 3 hit Pulsar’s US store at the end of October 2026. Maker prices are list; the finder above shows what retailers actually charge.

Your First Setup, by Budget

Under $1,000: start digital or entry thermal. A digital day/night scope like the ATN X-Sight 5 ($599) or Sightmark Wraith 4K Max ($699.99) gets you shooting at night and doubles as a day scope. If you’d rather spot than shoot first, the AGM Rattler V2 19-256 ($895 list) is the cheapest way into a thermal riflescope.

$1,000 to $2,500: this is the 384-class thermal sweet spot. A 384×288 sensor with a good lens, like the Pulsar Axion XQ19 monocular ($1,049.97), Sightmark Wraith 2 LRF 384 ($1,999.97) or ATN ThOR 6 384 ($2,195 MSRP), is enough for most hog and coyote hunting inside 200 yards. Add a thermal monocular for scanning and you’ve got the classic two-device setup.

$2,500 and up: 640-class thermal and Gen 3 tubes. You’re paying for identification range and image quality: the Pulsar Axion 2 LRF XG35 ($2,999.97), Thermion 3 ($4,699.97 and up), or an AGM Gen 3 PVS-14E ($4,395 and up). At the top, Trijicon’s IR-HUNTER and REAP-IR run $8,239 to $8,999 retail.

Clip-On Thermal vs a Dedicated Scope

A clip-on mounts in front of your day scope and, as Pulsar puts it, “shares your scope’s reticle, magnification, and zero,” so you move from day to night without a second scope or a re-zero. That’s the appeal. It isn’t the budget option, though: Pulsar’s Krypton 2 XQ35 clip-on kit is $3,699.97, while its Thermion 2 XQ50 Pro dedicated scope is $1,999.97. If you already own good glass and want one rifle for day and night, clip-on. If you’re buying for night hunting only, a dedicated scope is cheaper.

IR Illuminators

An IR illuminator is a flashlight your eyes can’t see, and it’s what makes digital and Gen 1 night vision work in real darkness. Pulsar notes that digital units pair with illuminators “above 850 nm” to stay invisible to animals. An 850 nm emitter still shows a faint red glow to people; a 940 nm illuminator, like ATN’s IR940, hides better but throws less usable light. Thermal needs no illuminator at all.

Is It Legal to Hunt With Night Vision or Thermal?

It depends on the state, the species and the season, and the rules move. Three examples from the state agencies themselves:

• California: Fish and Game Code 2005(c) makes it unlawful to use night vision equipment to help take a bird, mammal, amphibian, reptile or fish, with narrow exceptions such as depredation.
• Pennsylvania: since November 2020, the Game Commission has allowed handheld and rifle-mounted night vision and thermal for furbearer hunting.
• Missouri: starting January 1, 2026, light, night vision and thermal are allowed for coyotes from January 1 through September 30, except during spring turkey season.

Check your state wildlife agency’s current regulations before every season, not a forum post from three years ago.

Export Rules: Don’t Take It Abroad Without Checking

Thermal and night vision are export-controlled. Pulsar and Sightmark label their products “controlled for export and in-country transfer under the Export Administration Regulations (EAR).” Under 15 CFR 742.6, thermal cameras with more than 111,000 sensor elements (640-class and up) need a license for every destination except Australia, Canada and the United Kingdom, and even 384-class consumer thermal needs one outside Country Group A:1. Auto-gated Gen 3 devices can fall under the State Department’s Munitions List. Buy for use in the US, and don’t hand one to a non-US person without checking.

Facts and Figures

• Entry digital night vision: ATN X-Sight 5 from $599, per ATN
• Entry thermal scope: AGM Rattler V2 19-256, $895 list, per AGM
• Gen 3 tube life: 10,000+ hours; Gen 2: 2,500 to 5,000 hours (L3Harris)
• Export threshold: thermal over 111,000 sensor elements needs a license outside Australia, Canada and the UK (15 CFR 742.6)
• 384×288 vs 640×512: 110,592 vs 327,680 pixels

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