Pulsar: Phenomenal Quality And Industry-Leading Innovation

If you prioritise performance, resolution, and efficiency, Pulsar devices should be at the very top of your wish list. With a focus on thermal binoculars, scopes, monoculars, attachments, and ground-breaking digital night vision technology, they embody design and manufacturing excellence. At Futurama, we are proud to present a vast and varied selection of Pulsar devices, catering to the needs of hunters, enthusiasts, and professionals alike.

In this quick read, we’ll investigate the features and design choices that set these devices a step above the rest and look into the processes Pulsar employs to ensure consistent superiority. Once you’ve experienced the immense difference that comes with using high-quality equipment, it’s incredibly unlikely that you’ll ever look back. Now that you know what to expect from this guide, we encourage you to continue reading and find out more about these game-changing devices.

The Pulsar Philosophy: How They Propelled Themselves To The Top

Pulsar began their manufacturing journey back in 1991 in beautiful Lithuania, where their head office remains to this day. They fall under the banner of Yukon Advanced Optics Worldwide, which is an accomplished and well-regarded conglomerate that aims to bring extraordinary quality to the mainstream. Their identity was formulated by a group of talented enthusiasts who, at first, used wooden observation tubes in the basement of a local residential building.

Of course, the company grew from strength to strength from this moment on, and after noticing a significant gap in the market, they began creating the finest thermal and digital night vision devices one could find anywhere. Now, with more than 1,200 employees scattered around the world, they have maintained the original passion that was instrumental to the brand’s inception. With each new product, device, feature, and technology, they have broken the mould and consistently achieved remarkable innovation in an ever-changing industry.

Pulsar managed to propel themselves to the pinnacle of a high-tech, niche sector, with a blend of knowledge, experience, talent, and a desire to empower outdoor adventurers, enthusiasts, and professionals alike. They have come a long way since 1991 and have shown no signs of slowing down. If this sort of technology is fascinating to you or important to your success, we highly recommend keeping your eyes peeled for any new releases from Pulsar, as they have yet to put a foot wrong when it comes to their devices.

What Makes Pulsar Devices So Effective?

Pulsar proudly flies the “Made in Europe” flag, which means that every aspect of their manufacturing, packaging, design, and development takes place in their European factories. By doing this, they essentially aggregate and streamline the whole process, guaranteeing ultimate quality and reliability throughout. Beyond this, every component, regardless of size, is fabricated using only the best available materials, which further ensures durability and overall efficiency.

However, these factors alone weren’t enough for Pulsar, hence why they decided to challenge certain industry norms and produce their own in-house software and firmware. This allows them to optimise every element of their devices’ functionality from the ground up, leaving no stone unturned when it comes to performance. If you have some experience in the manufacturing industry, you will understand how rare it is for a company to choose this route – perhaps this is part of the reason why their devices are so highly sought after.

A Few Pulsar Devices To Consider

Now that we’ve explored a few of the remarkable characteristics of this high-tech company, let’s have a quick look at some of its offerings. At Futurama, you could say that we have a great eye for quality, and we proudly curate and present a catalogue that includes some of the very best thermal riflescopes, monoculars, clip-ons, binoculars, and digital night technologies. Allow us to walk you through some of them:

Pulsar Telos XP50 Thermal Imaging Monocular – 1800m, Black

One of the newest and brightest additions to their already incredible range of products is the Pulsar Telos XP50 Thermal Imaging Monocular. This cutting-edge device draws from many past iterations, taking the best features and components and putting them together to create a game-changing handheld thermal device. With a fast aperture f/1.0 germanium lens, 64GB of internal memory, and IOS and Android Wi-Fi connectivity via the Stream Vision 2 application, the observational possibilities are truly limitless.

The 640x480@17µm image sensor, when combined with the long-distance objective lens, provides an impressive detection range of 1,800 m, even in complete darkness. As is the case with all their products, they have emphasised usability in extreme conditions, which includes mind-boggling performance in -25 to +50 °C. At only R72,499.00, you would be hard-pressed to find a better thermal monocular than this.

Pulsar Merger LRF XL50 HD Thermal Imaging Binoculars – Black

If you prefer the feel of a robust set of binoculars, we cannot recommend the Pulsar Merger LRF XL50 HD enough. Upon release and to this day, this device has made waves in the industry and blown away everyone lucky enough to get their hands on it. In line with Pulsar’s commitment to excellence, these binoculars boast top-of-the-line thermal imaging technology, which facilitates crisp, detailed images regardless of ambient lighting.

It comes standard with a built-in laser rangefinder, three levels of sensitivity amplification, eight distinct colour palettes, and an IPX7 submersion waterproof rating, among many other fantastic features and characteristics. No matter what sort of excursion you are planning, having equipment of this quality by your side makes adventuring a breeze. If performance and observational prowess are at the top of your list of priorities, we suggest investing in a set of these outstanding thermal binoculars.

Pulsar Thermion 2 LRF XP60 Thermal Imaging Riflescope

The Pulsar Thermion 2 LRF 60 series forms part of a premium line of thermal imaging riflescopes with 60 mm optics, perfect for long-distance shooting. The XP60 is particularly well-suited to humid conditions due to its high level of thermal sensitivity.

The Pulsar Thermion comes equipped with enhanced eyepiece optics with 65 mm eye relief, setting a new standard in its class while boosting overall safety. The device has been optimised for high-resolution micro-displays with a wide-angle eyepiece that improves viewing comfort.

The LRF XP60 stands out for its advanced features, making it one of the most powerful thermal scopes on the market. The high-quality optics are designed for optimal image detail, the lens capturing even the smallest of heat signals. Whether you’re out hunting in the early morning dark or working on your long-distance shot at the local range, the Pulsar Thermion 2 LRF XP60 is a great choice.

Keep Your Thermal Device In Good Shape

Now that we’ve had a look at a few of the options at your disposal, let’s shift our focus to the physical maintenance of these high-tech products. As thermal imaging technology tends to be an investment, it makes sense to take precautions to ensure that your device continues to function optimally for many years to come. These tips and tricks come directly from Pulsar, so this information is applicable to their range of offerings.

They recommend carrying out this form of maintenance at least twice a year, and it begins with a simple wiping down of the exterior plastic and metal surfaces. Ideally, this should be done with a microfiber or cotton cloth, and the goal is to remove any dust or debris that you may have accumulated during your outdoor adventures. Avoid using any chemically abrasive substances or solvents, and take care not to damage the paint coating.

Then, remove and clean the electric contacts of the battery pack and their respective slots using an organic solvent, which could be an acetone-based product or even household vinegar. As you can imagine, it is critical to make sure that the lens and eyepiece are in good condition in order to facilitate precise imaging. To do this, remove any dust, sand, or debris from the optics, if possible, using a non-contact method – blowing onto the lens should do the trick.

This helps to avoid any scratching of the sensitive optical surfaces that could become an issue down the line. Beyond these basic maintenance tips, Pulsar suggests performing a technical inspection each time you use the scope, monocular, or binocular. This involves ensuring that there are no cracks on the casing, body, lens, and eyepiece. Have a quick look at the battery pack – which should be charged to around 50–70%, at least – as well as the electric contacts inside to make sure that there is no sign of oxidation or salts. If you follow these quick maintenance suggestions, your device should continue to serve you well into the future.

Little-Known Facts About Thermal Imaging Technology

For Interest's sake, let’s delve into a few interesting facts about these thermal imaging devices:

It’s Almost Impossible To Hide From A Thermal Camera: If you are familiar with the “Predator” movies, you may remember the scene in which Schwarzenegger covers himself in mud to hide from the alien antagonist’s thermal vision. While the idea seems like it could work to reduce one’s body temperature, in reality, it wouldn’t affect effective thermal imaging technology in any way.

In such a situation, the target in question would still be lit up like a fire on a dark evening. This is why these devices are such useful tools for monitoring and surveillance, as it is practically impossible to mask your heat signature and avoid detection. This is also why thermal imaging cameras are unmatched outdoor companions. Regardless of environmental obstructions, weather conditions, ambient lighting, and even foliage, a thermal device is still capable of pinpointing heat signatures.

They Cannot See Through Glass: Curiously, one of the only ways to hide from a thermal camera would be to stand behind a glass pane or window. Thermal imaging devices are designed to read temperature data, as opposed to simply recording images in the way a normal camera would. With that in mind, when you point a thermal camera at glass, you are likely to see a reflection of yourself and other objects in the room around you, almost acting as a mirror. Glass reflects most infrared light, which ultimately renders thermal cameras ineffective when attempting to capture what’s on the other side.

Practically Everything Can Be Measured Using Thermal Cameras: A major misconception about thermal devices is that they are only useful for the detection of people, animals, and other heat sources. However, everything emits at least a minuscule amount of heat, unless it happens to be below -273°C, which seems rather unlikely. Of course, your ability to detect such temperature differences will depend on the sensitivity of your thermal device, but everything in an environment or landscape will produce a minor heat signature of its own.

At Futurama, we are experts in everything optics and outdoors. It doesn’t matter if you’re a seasoned hunter, a professional competition shooter, or an outdoor enthusiast, we have exactly what you need. Browse through the products on our website or give us a call at 021 851 3284 for any assistance!