Pulsar Symbion LRF DXT50 thermal imaging camera (binoculars)

Pulsar Symbion LRF DXT50 – The ultimate multispectral observation instrument

In the modern WildFor monitoring and security technology, "24/7 clarity" is no longer a luxury, but a requirement. Pulsar Symbion LRF DXT50 This sets new standards: Through the groundbreaking combination of high-resolution Thermal technology and digital 4K night vision This multispectral device offers unparalleled detail at any time of day or night and under the most difficult weather conditions.

Multispectral power: Thermal and digital channels combined

The core of the Symbion is its ability to merge two worlds. While thermal imaging technology makes hidden targets visible through thickets and fog, the digital channel provides the necessary detail for precise identification.

Top-class HD thermal imaging

The DXT50's thermal sensor operates at a massive resolution of 1280×1024 pixels and a fine 12µm pixel pitch.

• Extreme sensitivity: With a sensor NETD of less than 35 mK and a system NETD of <20 mK Even the smallest temperature differences are vividly depicted.
• Superior range: In thermal mode, the device achieves an impressive detection range of up to 2300 meters.

Digital 4K night vision for maximum detail

For final identification, the device uses a digital 4K CMOS sensor (3840×2160 pixels).

• Precise magnification: The digital magnification of 6,5x to 26x enables precise addressing over long distances.
• Infrared support: An integrated 850 nm LED IR illuminator It ensures a bright, clear image in the digital channel even in complete darkness.

Precision through integrated laser distance measurement (LRF)

Knowledge is power – especially when it comes to distances. Pulsar The Symbion LRF DXT50 integrates a powerful laser rangefinder for maximum safety in the field.

Measurement accuracy at a distance

• Power: The LRF measures distances of up to 1500 meters.
• Precision: With an accuracy of ±1m It provides reliable data that is essential for ballistic calculations and secure identification.

Optical performance and display technology

High-quality lens elements

The optics are crucial for the system's light-gathering ability. The DXT50 uses two specialized, high-end lenses:

• Thermal lens: F50/1.0 for maximum infrared transmission.
• Digital lens: F50/1.8 for sharp images.
• Large field of view: The thermal field of view of 30,7 m at 100 m It offers an excellent overview of the terrain.

AMOLED display with MicroLED technology

The high contrast MicroLED (AMOLED) Display with a resolution of 1920×1080 pixels This ensures a crystal-clear eyepiece image. The frame rate of 50 Hz Guaranteed absolutely smooth display without delays.

Robustness and service life for professional use

Magnesium alloy housing

Despite its complex technology, the Symbion is built for tough field use. The housing is made of a Magnesium alloy is extremely robust with a total weight of only approx. 1 kg. thanks IP67 certification It is completely waterproof.

Innovative energy concept

The dual battery system with two external APS5 batteries (4900 mAh) enables an operating time of up to 8hFor continuous operation, an external power supply is also available via USB Type-C are available to support you.

Smart features and connectivity

• Multimedia: An integrated memory of 64 GB It offers plenty of space for videos (.mp4) and photos (.jpg).
• connectivity: Dual-band Wi-Fi (2.4/5 GHz) enables seamless pairing with the StreamVision 2 App
• Ballistics: support for Stream Vision Ballistics for calculating precise stopping points.

Conclusion: Why this Pulsar Symbion LRF DXT50 sets standards

The Pulsar Symbion LRF DXT50 is the spearhead of multispectral observation. The combination of the currently highest Thermal resolution (1280px), digital 4K technology and a precise one Laser rangefinders This makes it an indispensable tool for professionals who make no compromises.