Product Overview

Introducing the Guide TN450L 2.0 Handheld Thermal Binoculars, your ultimate companion for all-weather optical imaging. Designed for the discerning outdoor enthusiast, these binoculars redefine precision and reliability. With a 400 x 300 @12μm thermal sensor and NETD <20mK sensitivity, you can spot your target with unparalleled clarity, even in the most challenging conditions. Whether you're hunting, on a tactical mission, or observing wildlife, the TN450L 2.0 ensures you never miss a moment. Experience the perfect blend of advanced thermal and visible light imaging technology, housed in a sleek, lightweight design that's 20% lighter than previous models. The built-in 1500m laser rangefinder, GPS, digital compass, and gyroscope provide pinpoint accuracy for target location, while the intuitive control system with customizable buttons makes operation a breeze. With up to 8 hours of battery life and a rugged IP67 rating, the Guide TN450L 2.0 is built to withstand the elements, ensuring you stay focused on your adventure.

Brand-New Housing Slim Body 

The TN 2.0 Series features a slim, aesthetic housing inspired by classic binocular design, ensuring a more comfortable grip and improved handling. Compared to the previous generation, it is 20% lighter for enhanced portability.

One-Handed Focusing Simple, Silent Operation

The minimalist, silent button layout features multi-functional rotary knobs and customizable buttons, greatly simplifying operation. Paired with an updated intuitive UI, you simply scroll to select and click to confirm.

Flexible Charging Unlimited Runtime

The new dual battery system brings a versatile charging solution: the built-in battery supports 18-watt fast charging, reaching 80% charge in just one hour. The replaceable standard 18650 battery supports hot swapping during operation, ensuring uninterrupted use.

Premium Visuals Algorithm-Optimized

The TN 2.0 Series utilizes a high-sensitivity detector with a 1920×1080 AMOLED display delivers razor-sharp clarity—further enhanced by the proprietary Hyper-light algorithm.