Pulsar Merger Duo NXP50 Multispectral Binoculars

Introducing the Pulsar Merger Duo NXP50 Multispectral Binoculars. Combining the latest in thermal and digital night vision imaging, making them an exceptional tool for enhanced detection, recognition, and identification capabilities. With the ability to capture high-quality images in various wavelength spectrums-including visible, near-infra-red, and long-wave infra-red ranges-these binoculars provide versatility for observation under any condition, day or night. Users can easily switch between thermal, digital, and combined viewing modes, allowing for effective detection with thermal imaging and detailed evaluation with digital night vision.

At the core of the Merger Duo NXP50 is a highly sensitive 640×480 pixel thermal imaging sensor with a 17 m pixel pitch and a NETD of less than 25mK. This sensor ensures stunning thermal image quality, even in challenging weather conditions where thermal contrast is minimal, such as during rain, fog, or cold mornings. Additionally, the binoculars feature advanced Pulsar Image Boost technology, which enhances detail, clarity, and contrast. This technology employs original image processing algorithms to render complex scenes in a wide range of half-tones, sharpening objects at different distances and improving animal detection quality under deteriorating observation conditions.

Equipped with a fast aperture F50/1.0 thermal lens, the Merger Duo NXP50 excels at capturing low radiation levels, providing the best quality, detailed, high-contrast imagery even when the temperature contrast is low. The device also includes an invisible 940 nm IR illuminator to increase image detail in digital channels at night. The three-step power adjustment feature allows users to choose their preferred viewing distance and illumination levels, ensuring the highest level of detail in a desired area of the field of view.

The binoculars offer a selection of eight color palettes in thermal mode, including White Hot, Black Hot, and Red Hot for object detection, and Rainbow and Ultramarine for increased recognition and identification. Red Monochrome, Sepia, and Violet are designed for extended nighttime observation. The high-contrast HD AMOLED displays ensure a vivid, crisp, and richly contrasted field of view, while AMOLED technology guarantees a flawless, fluid, high-resolution image with power-saving benefits.

Built for durability and performance, the Merger Duo NXP50 features a magnesium alloy housing, IPX7 submersion waterproof rating, and operation in extreme temperatures ranging from -25C to +50C. It comes with a dual battery system comprising a 3200 mAh external APS 3 battery and a 4000 mAh internal battery, offering a combined operating time of up to 7.5 hours. The ergonomic and functional carrying case, dual Wi-Fi waveband support (2.4/5 GHz), Stream Vision 2 Wi-Fi integration with iOS and Android devices, and a proximity sensor for covert use make these binoculars an excellent choice for serious observers and professionals.

Overall, the Pulsar Merger Duo NXP50 Multispectral Binoculars provide a comfortable viewing experience with their classic binocular design, advanced imaging capabilities, and rugged construction, making them a top-tier choice for demanding outdoor observation tasks.

 

Features

• 8 colour palettes in thermal mode
• AMOLED HD Display
• Highly sensitive thermal sensor
• Built-in photo and video recorder
• 1800m thermal detection range
• Magnesium alloy housing
• Ipx7 submersion waterproof rated
• Dual battery system
• Operation in extreme temperatures -25 to +50c
• Ergonomic and functional carrying case
• Dual Wi-Fi waveband support 2.4 / 5 GHz
• Stream vision 2. Wi-Fi integration with iOS and android devices
• Proximity sensor for covert use
• Extra low-light full-hd digital night vision
• IR illuminator
• Advanced pulsar image boost technology
• Fast aperture f50/1.0 thermal lens
• Invisible IR illuminator for image detail increase in digital channel
• High-contrast HD AMOLED displays
• Comfortable viewing experience
• Convenient classic binocular design

 

Specifications