The AGM ObservIR LRF Thermal & Digital Day/Night Vision
binoculars are some of the most technologically advanced and
feature-packed optical devices in the world. The primary
engine behind these binocular lies within the main thermal
viewing channel, with its sub-15 milikelvin 12 micron detector.
Unlike other thermal binoculars on the market, the ObservIR LRF
also come outfitted with a digital day/night channel as well,
which is great for aiding in recognition of targets detected by
the thermal channel. The built-in 1,000m laser rangefinder
simply takes the ObservIR LRF to another level, and this is
without even mentioning its 64GB of internal memory and Wi-Fi
compatibility.
The ObservIR LRF binoculars also come packed with numerous
software improvements, and many features that have become
commonplace within the AGM thermal product assortment:
high-sensitivity thermal detector, 35 mm objective lens with a 1.0
aperture, 3840x2160 ultra-low light CMOS sensor, various viewing
modes, multiple color palettes, picture-in-picture mode, built-in
laser rangefinder, GPS module, long-range IR illuminator, up to 8
hours of battery life on removable, rechargeable 18650 batteries,
USB Type-C port for external power capabilities, IP67 waterproof
rating. The package includes four 18650 batteries, wrist strap,
tripod adapter and charger.
FEATURES
-
Dual-spectrum thermal and digital day/night system
- 12μm high-sensitivity thermal sensor
- 640x512 thermal resolution
- 3x – 22x thermal magnification
- Digital image processing technology
- Ultra-low illumination optical channel
- 3840×2160 optical resolution
- Built-in IR illuminator
- Eye-safe 1,000 m laser rangefinder
- 920×1080 resolution, 0.49-inch OLED display
- Digital Magnetic Compass
- Built-in GPS module
- Video/audio recording and snapshot capture
- Built-in 64 GB EMMC storage
- Wi-Fi hotspot
- Standby mode
- 8 hours continuous operation on a single charge
- Auto screen-off function to saving energy
- External power supply capability
- Waterproof and dustproof
- 5-year warranty
