Paiement 100% sécurisé par la Caisse d'Epargne ou Payplug
Livraison en point relais offerte à partir de 99€
Satisfait ou remboursé !
Always at the forefront of technological innovations, Pulsar unveils a new generation of thermal imaging devices equipped with an ultra-sensitive sensor.
The thermal sensor is undoubtedly the most important component for this type of optic. It is what allows the detection of a heat source and contrasts it on the image. The temperature difference between subjects is called NETD. This is measured in millikelvins (mK). The lower this indication, the more sensitive the device. The new generation Helion 2 monocular has a thermal sensor with a noise difference of 40 mK, compared to 50 to 70 mK on previous models. This results in better detection of the smallest heat sources. During surveillance in the rain, fog, or dark forest, this new thermal sensor can distinguish the smallest temperature differences.
The new generation Pulsar sensor offers a high-definition image. This is transmitted on a new HD AMOLED screen that offers a sharp, contrasted field of view with vivid colors. Its resolution of 640 x 480 px and the 50Hz refresh rate of the Pulsar Helion 2 XP50 provide a very smooth image, even on a subject in full motion. The monocular features Image Boost technology. This is a digital image processing by algorithms designed to increase the overall clarity and detail of the image. Once activated, Image Boost will allow you to identify the observed subject without any ambiguity.
The enhanced thermal sensor and professional-quality lens of the Helion 2 XP50 offer extended detection capabilities. A standard-sized subject (180 cm) can be observed at a distance of 1,800 meters in total darkness. At such a distance, the progressive zoom from 2.5 to 20x will be a valuable ally in identifying the subject.
The Pulsar Helion 2 XP50 monocular has a palette of 8 colors. These different modes improve visualization in various conditions. The "White Hot" mode displays a gray and dark image with heat sources in white, which is the most commonly used all-purpose mode. The "Black Hot" mode is the opposite of the previous one, the image is in light tones and heat sources in black, a display particularly suitable for wildlife observations at night. The "Red Monochrome" mode offers a completely red image with different saturations depending on the heat emitted, this mode reduces the backlight of the eyepiece. The "Sepia" or "Violet" modes help in observing objects at great distances and in motion. Finally, the "Red Hot", "Rainbow", and "Ultramarine" modes provide a distinct vision of temperature differences of various object attributes.
Becoming a true standard at Pulsar, the new Helion 2 XP50 monocular does not deviate from the rule of advanced connectivity. Thanks to its integrated Wi-Fi connection, the device can be controlled from a smartphone or tablet. The Stream-Vision app allows real-time reception of sequences captured by the device, it also offers the possibility to remotely operate the monocular and even live stream your observations on YouTube.
Activated Wi-Fi is relatively energy-consuming, it necessarily reduces the monocular's autonomy. If you are thus on the move in the field without the possibility of recharging the device, it is better to disable this function. No worries, however, the Helion 2 XP50 has internal photo and video recording functions. Wi-Fi is not essential for capturing observation sequences, these media can be stored on the device's internal memory. You will simply need to download them to a computer or connect the monocular to Wi-Fi once back to view and share the recorded media.
Box contents:
Data sheet
Helion 2 XP50 Pro Thermal Imaging Monocular
Monoculaire à Imagerie Thermique Helion 2 XQ50F
Monoculaire de vision Thermique Liemke Merlin 42
Helion 2 XP50 Pro Thermal Imaging Monocular
Monoculaire à Imagerie Thermique Helion 2 XQ50F
