Pulsar vs AGM: which thermal brand for hogs?

What this comparison is really about

Brand-versus-brand pages are usually useless, because a brand is not a product. This one is worth writing because Pulsar and AGM have genuinely different engineering priorities, and once you can see the pattern you can predict what any new model from either will do.

We are comparing four scopes we hold in our registry — two from each maker, one at the lower tier and one at the upper. Every figure below is the maker's own published number, re-read on October 12, 2026. We do not test optics, and we are not going to pretend a spec sheet is a field report.

The pattern, stated up front: AGM spends its money on the sensor, the lens and the battery. Pulsar spends its money on the chassis, the mounting system and the specification it is prepared to stand behind. Both are defensible. Which one you want depends entirely on whether your scope's hardest night is a long one or a rough one.

Sensor: AGM wins, and it is not a small win

Compare the two 384-class scopes, which sit in roughly the same money:

• AGM Clarion 384 Dual Focus: 384x288 at 12 µm, NETD <20 mK (AGM's page).
• Pulsar Talion XQ35 Pro: 384x288 at 17 µm, NETD <25 mK (Pulsar's page).
• Pulsar Thermion 2 XQ50 Pro: also 384x288 at 17 µm, NETD <25 mK (sNETD <18 mK) (Pulsar's page).

Smaller pixels on the same sensor count means a smaller detector area doing the same job, which in practice means a given lens produces a tighter, more detailed image. A lower NETD figure means the sensor resolves smaller temperature differences, which is what separates "there is something warm in the brush" from "that is a hog and it is quartering away". On both numbers AGM is ahead at the same tier. We explain what these figures do and do not buy you on thermal scope resolution: 256 vs 384 vs 640.

The Clarion also does something no Pulsar here does: a mechanical switch between a 25 mm and a 50 mm lens, giving a 10.5° field for scanning a sounder and a 5.3° field at 4.5x for identifying the animal you want — one scope covering both jobs without changing sensor resolution. That is a genuinely clever answer to the field-of-view-versus-reach problem we work through on Pulsar Thermion vs Pulsar Talion.

At the entry tier the comparison flips, but not in Pulsar's favor — Pulsar simply does not play there. The AGM Rattler V2 19-256 is a 12 µm 256 at <35 mK, and it is the cheapest scope on this page by a wide margin. Pulsar's entry into our registry starts a full tier up.

The four side by side

Read the recoil rating row. Two cells are filled and two are empty, and both empty ones are AGM's. That single row is the strongest argument in Pulsar's favor on this entire page, and we come back to it below.

Battery: not close, and AGM wins it

This is the difference you feel on the second night of a weekend.

• AGM Rattler V2: up to 11.5 hours on one replaceable NE-4400, with two batteries included.
• AGM Clarion 384: up to 11 hours on one NE-4400, again with a second in the box.
• Pulsar Talion XQ35 Pro: up to 9 hours on the APS 5T pack, plus USB-C power delivery.
• Pulsar Thermion 2 XQ50 Pro: up to 10 hours, across an internal APS5 plus an external APS2 pack, with USB-C input.

AGM gives you more hours per cell and a spare cell for free. Pulsar gives you fewer hours but, on the Thermion, a two-battery arrangement that lets you hot-swap the external pack without the picture going out — which at 2 a.m. is worth something a runtime figure does not capture. Both take USB-C external power, so with a bank in your pocket neither brand runs out.

Net: AGM wins the number, Pulsar wins the architecture, and AGM wins the practical case for anyone who does not want to carry a power bank.

The blank AGM leaves, and why we hold it against them

If you shoot a hard-recoiling rifle, this row is the comparison. If everything you own is an AR in .223 or 300 Blackout — which covers most hog hunting, and both calibers are on our 300 Blackout vs 5.56 page — the practical risk is lower and the sensor advantage may well be worth more to you.

Mounting and ergonomics, where the brands diverge again

AGM ships a custom ADM mount in the box with the Rattler V2. That is a real cost saving and it means the scope is on the rifle the day it arrives.

Pulsar splits. The Thermion 2 is a 30 mm tube that drops into ordinary 30 mm rings, so if you already own a one-piece mount or a cantilever you like, it goes straight in at a height you have already worked out. The Talion has no tube and uses Pulsar's own Weaver U, USQD or LQD mounts, so you are buying into Pulsar's system.

Weight runs AGM's way at the bottom and Pulsar's way at the top: the Rattler V2 is 1.06 lb, the Talion 0.7 kg without its battery, the Thermion 2 0.9 kg, and the dual-lens Clarion is the heaviest thing here at 1.65 lb — two lenses weigh what two lenses weigh. Mount and length on an AR-pattern rifle are covered across the registry on best thermal scopes for the AR-15.

Warranty and support

AGM publishes five years for US purchases under its current warranty terms. Pulsar publishes three years, five with registration (Pulsar warranty).

Effectively the same ceiling, with one difference worth noting: AGM's five years is the default and Pulsar's requires you to do something. Register the scope the day it arrives and the gap closes. Forget, and you are on three.

Which brand to buy

Our own rubric scores the two Pulsars higher overall — 8.6/10 and 7.9/10 against 8.1/10 and 7.1/10 — and that is mostly the durability and warranty-evidence weights doing the work rather than image quality. Read it as: Pulsar is the safer purchase on paper, AGM is the better picture per dollar. The full rubric and its weights are on how we choose, and both brands sit against everything else we hold on best thermal scopes for hog hunting.

One honest limit on all of it: a five-foot animal gets identified at a fraction of any detection figure either maker prints, and neither brand's claims are comparable with the other's because neither states a target size. We take that apart on thermal scope detection range.

Mistakes buyers make between these brands

• Treating 384 as one spec. A 12 µm 384 and a 17 µm 384 are not the same optic. Read the pixel pitch, every time.
• Buying on detection range. No target size, no conditions, not comparable across brands.
• Assuming the pricier brand is tougher. Pulsar publishes a recoil figure; that is a disclosure difference, not a measured comparison between the two.
• Forgetting to register a Pulsar. Three years becomes five for the cost of a form.
• Ordering a Talion with 30 mm rings on the bench. It does not have a tube.
• Ignoring what is in the box. AGM includes the mount and a spare battery on these models; price the Pulsars with a mount added.
• Buying the dual-lens Clarion for one kind of ground. If every shot is at a feeder at 80 yards, you are carrying 1.65 lb and paying for a 50 mm lens you will not use.