Recently TFB reviewed Pulsar’s new Thermal pocket rocket, the Axion XM30S. Just at the end-of-term for that evaluation Pulsar XQ38 and Pulsar XQ38 LRF arrived. These Axions are a little bit bigger but the performance for thermal detection and image quality is also enhanced. As a “total package” they provide a very interesting choice for anyone in the market.

Pulsar Axion XQ38 Thermal Spotter with the MP5 by MKE and B&T APC9.

In case you didn’t know, LRF stands for Laser Range Finder, which means that Pulsar added the possibility to range objects out to 1000 meters with an accuracy of ± 1. As it’s quite difficult to get a feeling for the depth in a thermal image this is a welcome feature. Unfortunately, at the same time, they removed the video recording function, the Wi-Fi and future firmware update for the LRF model. There is only so much that can fit in these small packages, so you have to chose which features are most important for you.

The LRF works just about as good as any other LRF, you don’t get readings all the time but most of the time. In fact, some may like the bulkier shape of the LRF model as it’s easier to hold and aim with two hands.

Below: Pulsar Axion XM30s, Axion XQ38 and XQ38 LRF.

A hunter is probably more interested in knowing the range to his target over the video recording, as he will have his hands busy on the rifle when it’s time to shoot anyway. In this case, the LRF model will be a good choice. Someone who shares his “thermal content” all the time will certainly go for the normal XQ38 model.

As the LRF version lacks recording, Riccardo Tamburini did an impression of what the Pulsar XQ38 LRF display looks like to the user. Thanks a lot for the possibility to use and share this image here on TFB.

Artist impression of what the Pulsar XQ38 LRF display looks like. (Photo by Riccardo Tamburini)

Two Axions and a USB stick for size comparison below.

Here is Pulsar’s picture, working through the menus to set the color palette. You don’t really have to read the manual to get started, but you might want to dig deeper into it as you learn more about how the device works and want to optimize the settings.


The sensor at the front is 384×288 pixels @ 17 µm with a NETD <40 mK. The NETD will tell you the sensitivity that the sensor can distinguish temperature differences at, and the lower the value the better. In poor conditions, this is an important factor. The AMOLED display is full-color and with a resolution of 1024×768, it provides a high-resolution image in combination with low power consumption. The frame rate is 50 Hz, so you won’t have an issue with animals or objects that move fast. Just look at the brass ejecting in some of the videos below.

The maximum detection range is 1350 meters and it should work well to detect and recognize Coyotes and hogs out to 3-400 meters/yards depending on the conditions. The magnification goes from 3.5 to 14 power and if you want to dig deeper into all the specifications check Pulsar’s product page. In my opinion, less magnification is better here, as you want a wide field of view for these applications. To compare, the Accolade 2 which is more than twice the price has a magnification between 2.5-20.

This is still The Firearm Blog and not The Thermal Blog, so of course, we brought the Axion XQ38 to the shooting range.

Shooting an AR-300 Blackout, with 7″ barrel (gas is too low so it needs manual charging). This is with a Surefire compensator.

We also tried a Ruger 10/22. Here you can see some of the muzzle flash as well as the empty case ejecting.

Below: the B&T APC9, a 9x19mm suppressed.

Below is an example of a roe deer at around 80-100 meters. The weather is cold, around +5C and the fog is starting to rise. The sun has just set and you can barely see the animal at this distance with your eyes.

The picture above is from the video just below. This is filmed from a car.

One thing you should be beware of is the conditions when the thermal image or video was taken, and also the distance to the object. Marketing material is usually taken in the best possible conditions, which means on a dry, sunny day. Below is an example from a fairly humid night, the fog is starting to rise from the ground and it’s been around +15C all day. Distances are from 100-500+ meters.

Below: Still picture from the video. It’s easier to see in the video when they move. These are three roe deer at about 250 meters in “medium-difficult” conditions.

The XQ38 LRF adds another 50 grams for a total of 400 grams (0,4 kg) and is bulkier than XQ38. But it is also easier to hold steady with two hands.

The battery system is a B-Pack mini APS5, and they were easy to use and good enough for one night out or longer. A power bank connected via a USB Type-C socket can be used as an external power source.

The Axion XQ38s are Made In Lithuania. They come with a 3-year warranty. The batteries have a 1-year warranty.

An outline of differences and similarities in the table below. The “minus” sign means the feature is not included in that model:

Feature Axion ХQ38 Axion LRF XQ38
Built-in video recorder +
8 Color palettes + +
Image Detail Boost function + +
3 Calibration modes + +
4 Preset observation modes + +
Display off function + +
Stadiametric rangefinder +
Built-in precise laser rangefinder +
«Picture in picture» function + +
Wi-Fi. Integration with iOS and Android devices +
Stream Vision application support +
Firmware update +

What other options do you have?

Pulsar have a lot of options, almost too many to keep track of, but if you want to step up the game from the XQ38s, your next option is going to be the upcoming Helion 2 XQ50F or the Accolade 2 Thermal Binoculars. If a smaller size is your priority, then check the Axion XM30S. You can also compare them to the new Zeiss DTI 3/35 Thermal Spotting Camera.

If you’re looking for a thermal sight, then the Pulsar Thermion or the Trail 2 is for you. We reviewed the Trail 2 LRF here (for Europe), but the Trail 2 LRF XQ50 and XP50 for the US market may be of more interest to you?

TFB is currently hard-testing Pulsar’s new Thermal Vision Front Attachment Krypton FXQ50. In fact, yesterday, we shot 300-meter groups with it with satisfactory results. There is also the Leica Calonox which we also hope to try soon.

You can find the Axion XQ38 here and the Axion XQ38 LRF model here. Next-up, TFB is doing reviews of the Pulsar Krypton FXG50 Front-attachment (which can also be used as a scanner with an option) and the Leica Calonox.


We as consumers always want more, but it’s easy to forget how quickly these thermal devices have developed just in the past year, and how good they have become. Both of these two devices offer outstanding performance for the price. Priced around €2,400, I think the XQ38 LRF is the most affordable thermal imaging monocular with LRF capability on the market at the moment. The XQ38 model is €2,000, just a tiny step up from the XM30S in terms of price, but with a much better performance. Unless the size is your primary concern, you should definitely go with the slightly bigger model (XQ38).  I’m looking to get one of these for myself, but the biggest problem seems for me to decide if I need the LRF over the video recording or not.

What are your thoughts about going with video recording or the LRF?

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