Description
Pulsar Symbion LRF DXT50 Multispectral Thermal & Digital Binoculars
(2-16x Magnification & 2,515 Yards of Detection)
The Pulsar Symbion LRF DXT50 Multispectral Thermal & Digital Binoculars redefines observation performance for serious hunters, wildlife professionals, and field users who demand maximum clarity at any hour. Combining a premium 1280×1024 thermal sensor with a 4K digital imaging channel, this advanced binocular delivers crisp thermal detection and vibrant daylight detail in one rugged, all‑weather platform. Its wide‑angle 50 mm F/1.0 objective lens and flexible 2–16× magnification let you scan terrain quickly and identify targets with confidence, whether you’re scouting dense forests or open fields. Housed in a rugged, IP67‑rated magnesium alloy body and powered by a removable APS5 battery system, the Pulsar Symbion LRF DXT50 is built for extended field sessions in any environment.
Pulsar Symbion LRF DXT50 Features:
Precise Laser Rangefinder with 1600+ Yard Range
Knowing the exact target distance is key to making informed decisions in the field. The Symbion LRF DXT50’s integrated laser rangefinder, with a range of up to 1,600 yards, enables precise distance measurements with both single measurement and continuous scanning modes, providing fast, reliable situational awareness without guesswork.
New HD 1280×1024 Thermal Sensor
The Symbion LRF DXT50 brings thermal imaging to an entirely new standard. Its stunning 1280x1024px thermal sensor produces ultra-high-definition images, brimming with fine detail and clarity—perfect for flawless animal identification. Every silhouette, anatomical feature, and subtle movement comes into sharp focus, empowering you to observe wildlife with unparalleled precision.
High Image Detail Across the Entire 2-16x Range
Achieve exceptional image detail throughout the entire 2-16x magnification range. The variable 2-16x zoom enhances focus and delivers outstanding object recognition at extended distances, while the HD sensor preserves high-definition clarity at every level of magnification. Enjoy smooth, customizable zoom control, with options for gradual 2x increments or continuous adjustments, ensuring an ideal field of view and magnification ratio tailored to each unique observation.
Classic Binocular Design
The Symbion LRF DXT50 embodies the timeless look and feel of classic binocular design, combining a compact form with ergonomic excellence. These thermal imaging binoculars fit naturally in your hands, boasting a sleek, attractive exterior that complements their functional design. Eight conveniently placed buttons are effortlessly accessible, allowing instant activation of essential functions with a single touch for an intuitive, seamless user experience.
Extra-Long Detection Range
The Symbion LRF DXT50’s advanced objective lens, combined with its powerful 1280×1024 12µm thermal imaging sensor, delivers extraordinary detection performance. Capable of spotting a standard 6-foot-tall object at distances reaching up to 2,500 yards, this device ensures unmatched observation capabilities across vast distances.
Multispectral Picture-in-Picture Modes
Combined multispectral Picture-in-Picture modes allow thermal and digital imagery to be viewed simultaneously within a single display. This integrated view enhances situational awareness and enables faster, more confident target detection and confirmation by combining heat signatures with fine visual detail.
Day or Night Use
The Symbion LRF is engineered for continuous 24/7 use, delivering reliable performance in daylight, twilight, and complete darkness. Whether observing in bright daytime conditions or navigating low-light environments at dusk and night, the device adapts seamlessly to ensure clear, consistent imagery whenever it matters most.
Multispectral
The Symbion LRF DXT50 combines advanced digital imaging with high-performance thermal sensing to deliver a true multispectral viewing experience. Seamlessly switch or blend between night vision, digital and thermal imagery to adapt to changing environments and mission requirements. This dual-spectrum capability enhances target detection, identification, and situational awareness, day or night ensuring you never miss critical details regardless of lighting or weather conditions.
Stream Vision 2. Wi-Fi Integration with iOS and Android Devices
The Symbion LRF’s built-in Wi-Fi seamlessly connects to Android and iOS smartphones through the Stream Vision 2 mobile app, unlocking a host of powerful features. Enjoy wireless device software updates, real-time image streaming directly to your smartphone, and easy sharing of photo and video content on social media or via messaging apps. The app also provides remote control over key device functions and access to the latest Pulsar news. Registered users gain an additional advantage with 16 GB of free cloud storage, ensuring safe, convenient access to photos and videos recorded on the device.
A Selection of 8 Color Palettes
With a selection of 8 color palettes, the Symbion LRF can be tailored for specific tasks and changing observation conditions. White Hot, Black Hot, and Red Hot are ideal for quick object detection, while Rainbow and Ultramarine enhance recognition and identification. For extended nighttime observation, Red Monochrome, Sepia, and Violet provide comfortable, strain-free viewing, making it easy to adapt to any scenario.
Built-in Photo and Video Recorder
The Symbion LRF is equipped with a built-in video recorder and 64GB of internal memory, capable of storing hours of video and tens of thousands of photos. Capturing a photo or recording video is as simple as pressing a button, and footage can be easily transferred to a computer via USB-C. Additionally, Merger LRF owners receive 16 GB of free cloud storage in Pulsar’s secure platform. Just install the Stream Vision 2 mobile app, log in, and connect the device to a smartphone via Wi-Fi for seamless storage and access to your captured moments.
Pulsar Symbion LRF DXT50 Specifications:
| Model |
DXT50 |
| SKU |
77456 |
| Microbolometer |
|
| Type |
uncooled |
| Resolution, pixels |
1280×1024 |
| Pixel Pitch, µm |
12 |
| Sensor NETD, mK |
< 40 |
| System NETD, mK |
< 20 |
| Frame rate, Hz |
50 |
| Digital Sensor |
|
| Type |
CMOS |
| Resolution, pixels |
3840×2160 |
| Optical Characteristics |
|
| Thermal imaging channel: |
|
| Lens |
50 mm F/1.0 |
| Magnification, x |
2 – 16 |
| Field of view angle (horizontal), °/m@100 |
17.5 / 30.7 |
| Detection distance (deer-type object), m |
2300 |
| Digital channel: |
|
| Focal length |
50 mm |
| Magnification, x |
6.5 – 26 |
| Digital zoom |
x1, x2, x4 |
| Field of view angle (horizontal), °/m@100 |
5.8 / 10.2 |
| Minimum Focus Distance, m/yd |
3 / 3.28 |
| Eye relief, mm/inch |
13 / 0.51 |
| Exit pupil diameter, mm/inch |
5 / 0.2 |
| Diopter adjustment, D |
-5/+5 |
| Interpupillary distance adjustment, mm / inch |
62.5 – 74 / 2.46 – 2.91 |
| Display |
|
| Type |
AMOLED |
| Resolution, pixels |
1920×1080 |
| Operational Characteristics |
|
| Power supply, V |
3.7 |
| Battery type / Capacity / Output voltage |
Li-Ion Battery Pack APS 5 / 4900 mAh |
| External power supply |
5 V, 9 V (USB Type-C Power Delivery) |
| Operating time from 2 APS 5 battery packs at t=22 °C, hours* |
8 |
| Degree of protection, IP code (IEC60529) |
IP67 |
| Operating temperature range, °С /° F |
-25 … +40 / -13 … 104 |
| Dimensions, mm / inch |
207x132x72.5 / 8.2×5.2×2.9 |
| Weight (with battery), kg / oz |
1 / 35.3 |
| Video Recorder |
|
| Video / photo resolution, pixel |
1440×1080 |
| Video / photo format |
.mp4 / .jpg |
| Built-in memory |
64 Gb |
| Wi-Fi Channel** |
|
| Frequency |
2.4/5 GHz |
| Standard |
IEEE 802.11 b/g/n/ac |
| Bluetooth |
|
| Wireless Protocol |
BLE 4.2 |
| Laser rangefinder |
|
| Wavelength, nm |
905 |
| Max. measuring range, m/yd*** |
1500/1640 |
| IR-Illuminator |
|
| Type |
LED |
| Wavelength, nm |
850 |
* Actual operating time depends on the degree of use of Wi-Fi, video recorder, built-in laser rangefinder, Bluetooth, IR illuminator, active observation channels and activated power saving mode.
**The reception range may vary depending on various factors: obstacles, other Wi-Fi networks.
***Depends on the characteristics of the object under observation and environmental conditions.
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