RIX Titan-T6 Thermal Monocular LRF 35mm 640x480 Thermal Imaging Monocular with Laser Rangefinder (50 Hz) 1920×1080 OLED Display Ideal for Night Hunting, Safety Level-Class I, Power Output＜1mW
Book Details
Author(s)RIX
PublisherRIX
ISBN / ASINB0DZNNGH3P
ISBN-13978B0DZNNGH33
AvailabilityOnly 10 left in stock - order soon.
Sales Rank57
CategoryElectronics
MarketplaceUnited States 🇺🇸
Description
- RIX TIITAN T6 with a 35mm objective lens and a 640x480 resolution, 12μm pixel pitch detector, 1920×1080 0.49-inch OLED display, NETD＜20mK, Up to 1818 yards of detection.
- LRF & BALLISTIC CALCULATOR：TITAN is the RIX first thermal rangefinding monocular to offer free integrated ballistic calculation. This feature elevates Titan into a powerful spotting tool, providing detailed data to enhance hit probability, with the capability to measure distances up to 1312 yards.
- 1920×1080 OLED DISPLAY: TITAN features a 1920×1080 OLED display, offering 2.5 times the resolution of standard 1024×768 OLED screens. The increased pixel density provides an ultra-HD viewing experience with unparalleled target clarity, even in complete darkness.
- POWERFUL F0.9 LENS: Equipped with a 35mm F0.9 lens, TITAN gathers 20% more light than traditional F1.0 lenses, enhancing brightness and image quality. This ensures crystal-clear details, even in low-light or high-humidity conditions.
- ONE HAND OPERATION & EASY TO USE: TITAN allows you to handle nearly all functions with just one hand. The focus wheel, placed near the eyepiece, lets you fine-tune with a single finger. The buttons are also ergonomically placed, making them comfortable to use and easy to find.
- SMART IMAGE STABILIZATION: TITAN’s EIS (Electronic Image Stabilization) minimizes shake and blur using built-in motion sensors and smart algorithms. Whether you're moving or dealing with vehicle vibrations, TITAN delivers a stable viewing experience.
- ZOOM IN WITHOUT LOSING PIXELS: TITAN’s RET technology uses advanced AI to enhance pixel details during digital zoom, maintaining image clarity even at high magnifications—unlike traditional devices that suffer from pixelation.
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