Expert Contributor:
Peter Gibbon
Here are the best Pulsar thermal monoculars for hunting in 2026 — covering compact options for beginners, balanced devices for active hunters, and premium long-range solutions for professionals:
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Thermal monoculars have become essential tools for modern hunters, offering the ability to detect heat signatures in complete darkness, heavy brush, or fog.
These handheld devices use advanced infrared sensors to deliver clear, real-time imaging where traditional optics fall short.
Whether you’re looking for a compact and lightweight monocular for quick scans, a budget-friendly entry-level option to start night hunting, or a professional-grade premium device with long-range detection and integrated rangefinder, today’s market has solutions for every hunter.
This guide highlights the top choices for 2026, helping you find the thermal monocular that best balances performance, features, and value for your hunts.
Compact spotters remain the darlings of hunters who want minimal weight and maximum mobility. Their small housings, pocket-friendly size, and now genuinely ergonomic operation make them easy to carry on long outings.
The newly released Axion XQ19 Compact embodies this class perfectly — light, quick to deploy, and delivering solid thermal performance without overcomplication.
We asked Peter Gibbon, a seasoned hunter from the UK, for his take on the newest compact monocular:
I have been using the Axion XG35 Compact for a few months now and it is a super capable little compact unit that fits in your hand, pocket or bag. It is easy to use and has a great battery life. It is perfect for identification of animals when I am out on the hunt or even just scanning to the ground to check for any signs of life. Its compact size means you are not worried about carrying something bulky about. It’s my go-to device if I am on the go these days.
For those wanting more reach, larger optics, and an integrated rangefinder without stepping up to the full-sized Telos platform, the Oryx sits in the sweet spot.
Stepping up in size, full-sized thermal monoculars bring the advantages of:
This class also comes with a corresponding bump in price and weight, but it’s ideal for those who prioritise top-tier thermal clarity, long-session reliability, and upgrade potential.
Pulsar’s Telos series stands out in this category — not just for optics, but for its hardware upgrade system that lets owners:
This future-ready design is ideal for hunters who want long-term value from their investment.
Peter Gibbon, a long-time thermal user and early adopter, shares why Telos is his current favorite:
The Telos is my work horse, and it is perfect. I currently use the LRF XG50 model, which gives me an intermediate sensor with a great field of view and longer range of detection.
The new Green colour palette has made this device so much better. This unit is bigger with its design, but battery life is good and the ergonomics work well.
It is a two-handed operation but coming from an old Quantum HD50S, this isn’t a problem. The image quality is extremely good.
The fact the unit has the ability to be upgraded in the future really is a plus point for me — if I decide I want a better sensor, I can arrange to do this without the need to buy a new device.
Related: Everything You Need To Know About Thermal Monoculars
The Axion Compact series delivers Pulsar’s most portable and lightweight thermal monoculars — ideal for:
Key attributes of the Axion Compact series include:
Power comes from a single APS 3 quick-change battery, delivering up to 8 hours of runtime and allowing seamless swaps for longer sessions.
Advanced features include:
Dive Deeper: For users comparing between monoculars and thermal binoculars, see our breakdown of thermal monocular vs binoculars
XQ19 Compact
XG35 Compact
XG30 Compact
XQ30 Pro Compact
| Model | Sensor / Pitch | Lens / Aperture | Detection Range | Primary Use Case |
|---|---|---|---|---|
| XQ19 Compact | 384×288 @ 17 μm | 19 mm F1.0 | Short | Entry-level, ultra-light |
| XG35 Compact | 640×480 @ 12 μm | 35 mm F1.0 | ~1,750 m | Mid-range hunting, versatile |
| XG30 Compact | 640×480 @ 12 μm | 30 mm F1.2 | Short-Mid | Wide FOV in dense terrain |
| XQ30 Pro Compact | 384×288 @ 17 μm (<20 mK) | 30 mm F1.2 | ~850 m | High-sensitivity, premium close-range |
Personal tip from Christian:
I am running the XQ30 Pro as a compact spotter during stalking when I need to pack minimum weight and space and distance is of little concern. This spotter was selected specifically due to the compact form factor, low weight at 310 g, and a wide 23 m horizontal field of view at 100 m distance. The Pro 384×288 pixel sensor gives ample sensitivity for the price but does not reveal great details when zooming digitally.
Explore in detail: the full range of the Pulsar Axion Compact devices
Read more: the in-depth review of the Axion XQ19 Compact
Unveiled at the IWA trade fair in early 2025, the Oryx LRF XG35 introduces a new compact series in the Pulsar lineup. Designed as the “big brother” to the Axion range, it’s built around a fresh chassis with a strong emphasis on true one-handed operation.
At its core, the Oryx LRF XG35 features:
The Oryx includes an integrated laser rangefinder with:
Its rear-mounted focus mechanism allows fast, precise adjustments — all without breaking grip, enabling true one-handed use.
Power is provided by Pulsar’s dual-battery system, combining internal and external cells for up to 12 hours of runtime — making it ideal for long field sessions.
The Oryx LRF XG35 is ideal for hunters who need a compact thermal monocular with built-in rangefinding and full one-handed control.
Have a closer look: the Pulsar Oryx LRF XG35
The Telos series sits at the very top of Pulsar’s thermal monocular lineup, combining:
Each unit is built around a robust housing featuring:
This design prioritizes comfort, control, and long-term reliability for serious hunters and professionals.
A defining feature of the series is the Pulsar Telos Upgradeability service, which allows users to:
This makes Telos one of the most future-proof thermal monocular platforms on the market — ideal for those who want to invest once and adapt over time.
Choose Telos if you want top-tier performance today with the flexibility to evolve as your hunting needs change.
The laser rangefinder is mounted at the base of the unit and provides quick, accurate measurements during stalking.
For field carry, the Pulsar monocular harness is the go-to solution:
While the Telos series is not optimized for one-handed use — focusing requires both hands via the front lens ring — its modular design and upgrade path make it an ideal long-term investment.
If one-handed use is critical (e.g., while tracking or scanning from a vehicle), consider the Oryx series instead.
We’ve already noted that Peter Gibbon uses one of the Telos monoculars almost daily. Here’s how he describes it in practice:
The Telos LRF XG50 is an excellent tool. It has a higher base magnification but when you use it for foxing or identifying deer at a longer distance, this is just perfect.
If I needed to do more close-up and detailed work, I would probably choose an XP or XL, but I feel for the work I do, it is a great value unit that will last a long time.
(All models are available with or without a built-in LRF; specifications below refer to the base units.)
| Model | Sensor / Pitch | Lens / Aperture | Magnification | Detection Range | Key Strengths |
|---|---|---|---|---|---|
| XL50 | 1024×768 @ 12 μm | 50 mm F1.0 | 2.5–20× | ~2,300 m | HD resolution, extreme detail |
| XP50 | 640×480 @ 17 μm (<15 mK) | 50 mm F1.0 | 2.5–10× (+4× digital) | ~1,800 m | Wide FOV (21.8 m @ 100 m), high sensitivity |
| XG50 | 640×480 @ 12 μm | 50 mm F1.0 | 3.5–14× | ~2,300 m | Higher base magnification for long range |
| XQ35 | 384×288 @ 17 μm | 35 mm F1.0 | 3–12× | ~1,300 m | Lightweight, versatile all-rounder |
Personal tip from Christian:
For long night stalking with a thermal spotter, I have been running the Telos LRF XP50 since it hit the market. It features a 50 mm F1.0 lens paired with a 640×480 @ 17 µm sensor to deliver exceptional thermal sensitivity that still today beats all other spotters with equal sensor size on the market.
Base magnification of 2.5× provides a generous 21.8 meter field of view at 100 meters for great situational awareness and good details. The 1024×768-pixel AMOLED display gives sharp image details even with low light settings for pitch darkness settings.
Dive deeper: Explore the Telos range
Find out more about Upgradeability here
Pulsar’s model codes provide a quick way to understand the intended performance of each unit.
Expert note: “Sensor choice is a very personal thing – sometimes, bigger is not always better. Everyone’s use of thermal is different: if you require a thermal to make fine detail identification, you will need an XL unit. However, if you are just trying to spot something, the XQ sensor will do perfectly. The XG and XP sensors offer a great identification and valve.” – Peter Gibbon, a hunter from the UK with 25+ years of experience.
Lens focal length — shown by the number in the model name — further defines performance. Larger lenses (e.g., 50 mm) give a narrower but more detailed view at long range, while smaller lenses (e.g., 19–35 mm) offer a wider field of view for scanning and close-to-medium range spotting.
Personal tip from Christian: When comparing thermal spotters across brands, models, lenses, and sensors, the single most useful figure for me is the horizontal field of view (HFOV) at 100 metres. This tells you exactly how much landscape you can see in a single glance — a far more meaningful measure than a long list of lens and magnification specs.
Once you know the HFOV, consider the sensor size: a larger sensor allows you to zoom in digitally while keeping more detail. For most of my own hunting, the thermal spotter is for the initial detection of game and rough species guessing — the fine identification work, such as gender and age, I leave to the riflescope, where a lower HFOV is preferable.
Read more: Everything about the Pulsar product names
Not sure which model suits your needs best? Use the table below to match your hunting scenario with the most appropriate thermal monocular from Pulsar’s 2026 lineup.
| Hunting Style | Recommended Model | Key Advantage |
|---|---|---|
| Woodland stalking | Axion XG30 Compact | Lightweight and wide FOV for scanning in dense cover |
| Mobile scouting & fast scanning | Oryx LRF XG35 | True one-handed operation and fast rear focus |
| Long-range foxing or deer ID | Telos XG50 / XL50 | High magnification and detection range |
| All-purpose / mixed terrain use | Axion XG35 Compact | Balanced range, resolution, and size |
| Budget-conscious beginner | Axion XQ19 Compact | Affordable with strong sensitivity for the price |
| Precision detail & future-proofing | Telos XP50 / XL50 | Upgrade-ready with premium imaging performance |
Dive Deeper: Compare all recommended models side by side
With Pulsar’s 2026 thermal monocular lineup covering everything from pocket-sized spotters to full-sized, upgradeable flagships, the question becomes: which model is right for you?
The answer depends on:
Before committing to a purchase, it’s worth considering a few key factors.
Assess your primary terrain and target species:
Thermal monoculars range from affordable entry-level models to high-resolution, full-featured systems.
Ask yourself:
Examples:
A technically capable monocular that’s awkward to use will cost you critical moments.
Look for:
The Oryx LRF stands out with a rear-mounted focus wheel — ideal for single-handed adjustments during active stalks.
Thermal technology moves fast — your investment doesn’t have to be left behind.
Pulsar’s Telos series offers:
This ensures your device evolves with your needs and Pulsar’s advancements.
Expert Advice: Buy for your needs, not just specs
When choosing the right device, it is not always about buying the biggest and most expensive unit.
Find the device that suits your needs. If you need super fine detail, go for the XL sensor.
If you need a general workhorse for finding game, a midrange sensor will do perfectly.
Budget can also be an issue — but with upgradeable units, you can buy what you can afford now and upgrade later.
I’ve had a Pulsar unit for over 10 years. The build quality is excellent, so you won’t have to worry about it falling apart.
Dive Deeper: How To Choose The Right Thermal Imaging Monocular for your needs
In 2026, the thermal monocular market has matured into two distinct but closely related categories: ultra-compact spotters and full-sized monoculars.
Across both, there’s a clear shift towards true one-handed operation — not just for menu navigation but also for fine focus adjustment. This means hunters can now operate their thermal without juggling grip and focus, making long stalks and quick observations far more practical.
The integrated laser rangefinder, once awkwardly placed for left-handed users, is now almost universally mounted beneath the lens, improving balance and accessibility for all shooters.
While each major manufacturer still brings its own quirks and refinements, the overall direction is towards a more uniform, user-friendly form factor — and that’s good news for anyone in the market for a new thermal.
On paper, most manufacturers now offer similar 640×480 thermal sensors and increasingly sophisticated image-processing algorithms.
While higher-resolution sensors like 1024×768 and 1280×1024 are available, they typically introduce real-world compromises:
Pulsar continues to stand out, especially through its balance of performance and field-tested reliability.
Pulsar Tip: Newer isn’t always better — refinement often trumps raw specs in real-world hunting conditions.
When hunters ask me about the best thermal monoculars, I always say it depends on what “best” means for your hunting style. Some of us prioritize compact size and portability, others need detection range and sensor resolution, while professionals often look for long-term upgradeability. In other words, there isn’t one single answer — the right choice is the one that matches your terrain, your target species, and your personal priorities.
From my experience, Pulsar’s 2026 thermal monocular range really does cover the full spectrum — from the pocket-ready Axion Compact, to the one-handed, all-round Oryx, to the modular, future-proof Telos. Each series reflects a clear market shift toward ergonomics, integrated rangefinding, and high-sensitivity sensors designed for real hunting conditions.
Choosing between them comes down to your terrain, your target species, and how much you prioritise features like:
If you need a compact companion for every stalk, the Axion Compact is hard to beat — offering essential performance in a jacket-pocket format.
If you’re looking for professional-grade thermal performance in a lightweight, single-handed device, the Oryx offers a well-rounded, field-proven option.
And if you want the last monocular you’ll ever need to buy, the Telos — with its sensor and lens upgrade path, modular design, and premium features — is the obvious long-term choice.
Whatever you choose, I can vouch for Pulsar’s combination of European engineering, proven LYNRED sensors, and hunter-focused design — every model in this lineup is built for the realities of the field, in 2026 and beyond.
Ready for the next step? Find your local dealer
Yes. Thermal monoculars are widely used by hunters for spotting game in low light, dense cover, and at night. They detect heat signatures rather than relying on visible light, making them effective in conditions where traditional optics fail.
Beyond hunting, they’re used for wildlife observation, search and rescue, security, property inspection, and pest control.
For many hunters, yes — especially in dense cover or at night. They can dramatically improve spotting efficiency, reduce missed opportunities, and aid in game recovery.
Lower base magnifications (2–3×) with a wide field of view are ideal for scanning. Higher magnification helps at longer distances but narrows the view, which can make tracking moving game harder.
Key factors include sensor resolution, sNETD sensitivity, lens size, field of view, ergonomics, battery life, and whether it has an integrated rangefinder.
The cost comes from the advanced thermal sensors, high-grade optics, image-processing electronics, and durable weatherproof housing. Manufacturing is complex, and many components — especially high-sensitivity European sensors — are costly to produce.
Christian Rysgaard brings a lifetime of hunting experience, holding certifications as both a rifle and shotgun instructor, along with a long-standing passion for archery, ballistics, and night optics.
As a hunting journalist with a strong engineering background, he delivers technical articles and in-depth gear reviews for the European hunting market.
Peter Gibbon has been immersed in shooting since the age of 10 and began hunting more than 25 years ago. With two decades of hands-on experience using thermal and night vision technology, he brings deep practical knowledge of modern optics.
Based in northeast Scotland, Peter spends much of his time outdoors, combining lifelong field skills with a passion for the latest gear.
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