384 Thermal Rifle Scopes

A 384 thermal rifle scope is defined by its sensor: the 384-class resolution tier that gives you a clear, usable thermal image at the distances where most hunting actually happens. Every scope on this page uses a 384 sensor. This page collects all of them in one place and explains, in plain English, what that resolution gets you, when it is genuinely enough, and how to choose between the options once the sensor is settled.

Some of the scopes here add a built-in laser rangefinder, a larger objective lens, or higher magnification. Those are real advantages and we will point them out — but they are extras layered on top of the thing that defines this page. The sensor is the point. The rangefinder is the cherry on top.

What Does a 384 Thermal Sensor Actually Get You?

A 384 sensor gives you a clean, identifiable thermal image at close-to-mid range — enough detail to tell what an animal is, how it is standing, and where to place the shot. It is the resolution tier most hunters actually operate in. Across timber, creek bottoms, brush, field edges, and the mixed ground where the majority of night hunting happens, a current-generation 384 finds and identifies coyotes, hogs, and other predators without leaving you guessing. Today's 384 scopes also pair that sensor with far better displays and image processing than earlier generations did, which is why a modern 384 looks noticeably better than a 384 from a few years ago.

Is a 384 Thermal Scope Enough?

A 384 is enough when most of your shots are at close-to-mid range and identification is straightforward — which describes most hunting most of the time. The honest line is this: 384 covers the distances you actually shoot, and 640 buys margin beyond them. If you hunt wide-open country, routinely identify game far out, or lean hard on digital zoom, that margin is worth paying for. If you do not, a 384 puts more of your budget toward lens, features, and build quality you will use every night instead of resolution you will not.

Step up to a 640 scope.
How the resolution tiers compare.

What Should You Look for in a 384 Thermal Scope?

Once you are in the 384 tier, the sensor is settled — so the features that separate one scope from another are objective lens size, magnification range, refresh rate, and whether a rangefinder is built in. A larger objective lens gathers more thermal energy and extends usable reach. A lower base magnification gives you a wider field of view for picking up movement in cover; a higher one trades that width for reach. A higher refresh rate keeps fast-moving animals smooth as you track them. A built-in rangefinder removes a step in the field when distance is uncertain. None of these change the fact that it is a 384 — they shape how that 384 performs for your setup.

Which 384 Thermal Scopes Are Best for Most Hunters?

For most hunters, the best 384 scope is a balanced build that pairs the sensor with a versatile lens and a simple field workflow — capable where you actually hunt without being overbuilt. Three on this page fit that description as parallel options rather than a ranked order:

The Nocpix Bolt L35R mounts on standard 30mm rings like a familiar day scope and keeps the controls simple, with a built-in rangefinder for distance-to-target without a separate device. The RIX Storm S3R LRF is a lighter build with integrated ranging and a base magnification that balances field of view against reach, light enough to carry handheld for scanning before you shoulder the rifle. The AGM Adder V2 LRF 35-384 pairs a 35mm lens with onboard ranging in a straightforward package, a practical all-around choice for mixed terrain.

What's the Best Value 384 Thermal Scope?

The best-value 384 scopes get you into the tier without the largest lens or the longest feature list — the sensor is the same class, the build is leaner. If your goal is a current-generation 384 image at the most accessible point of the tier, these three are the way in:

The AGM Rattler V3 25-384 pairs the sensor with a low base magnification for the widest field of view on this page, which makes it easy to pick up movement in cover, and it does not include a built-in rangefinder — part of why it sits where it does on price. The Pulsar Talion XQ35 Pro is a straightforward rifle-mounted 384 from a brand hunters already know, without onboard ranging to drive the price up. The WAVE ATRIS 335 is a straight 384 scope without a rangefinder either, so you are paying for the sensor and the build and little else.

Which 384 Scopes Have a Built-In Rangefinder?

A built-in laser rangefinder gives you distance-to-target through the scope, without reaching for a separate unit. It is a convenience, not a capability tier — plenty of excellent 384 scopes skip it, and you can range separately or judge distance yourself on familiar ground. If you want it built in, these three are worth comparing:

The AGM Rattler V3 LRF 35-384 is the best-equipped 384 on this page, adding a high-resolution display, an in-lens rangefinder with ballistic calculator, and a shutterless image with no calibration pause. The Nocpix Rico 2 L42R LRF pairs a 42mm lens with integrated ranging for a bit more reach than the 35mm builds. The RIX Leap L3R LRF is a dedicated rifle-mounted 384 with ranging built into the platform rather than added on.

When to Skip a 384 and Buy a 640 Instead?

You should skip a 384 if you routinely hunt wide-open country and need to identify game at the far edge of your range, where a 384 starts to soften and a 640 holds detail. Hunters working large fields, pasture, and crop ground for coyotes — where the animal is small, cautious, and far out — are often better served by stepping up. The same is true if you lean heavily on digital zoom, since more sensor detail is what keeps a magnified image defined. Buy the resolution when your terrain and distances demand it, not because a bigger number sounds better.

It is also worth saying that a rifle scope may not be the first thing you need at all. If your real problem is finding animals rather than identifying and shooting them, a handheld scanner solves more of the night than a scope upgrade does.

Shop our 640 thermal scope collection.

Frequently Asked Questions

Is a 384 thermal scope good enough for hunting?

Yes. A current-generation 384 identifies coyotes, hogs, and other predators clearly at the distances where most hunting happens, and modern 384 units pair the sensor with much better displays and processing than older ones did. It stops being enough when your shots stretch into open country far enough that identification gets hard — that is where 640 earns its cost.

What is the difference between a 384 and a 640 thermal scope?

The difference is sensor resolution: a 640 sensor resolves more detail across the same scene, which shows up most as distance grows and as you zoom in. Up close, a 384 and a 640 can both give you a clear, identifiable image. The farther out and the more precisely you need to identify, the more the extra detail matters.

Do all 384 thermal scopes look the same?

No. Two scopes can share the same 384-class sensor and still produce noticeably different images. Objective lens size, magnification, refresh rate, display quality, and each brand's image processing all shape the final picture. The sensor sets the ceiling for detail; the rest of the optic determines how much of it you actually see.

Do I need a rangefinder on a 384 scope?

No — a built-in rangefinder is a convenience, not a requirement. It removes a step and speeds up the shot when distance is uncertain, which is why several scopes here include one. If you hunt familiar ground or already carry a separate rangefinder, skipping it is a fair trade that puts your money elsewhere.

Can you hunt hogs and coyotes with a 384 scope?

Yes — 384 scopes are well suited to hogs, coyotes, and other predators and varmints. The resolution is enough to identify the animal and place a clean shot at typical hunting distances, whether that is a sounder in heavier cover or a coyote working a field edge. For legal hunting uses in your area, always check your state's regulations before heading out.