ATN ThOR 6 Elite 3.5-28x Thermal Scope | TIWST6335LRF

The ATN ThOR 6 Elite is a thermal riflescope that pairs a 384×288 thermal sensor with an integrated laser rangefinder and ATN’s sixth-generation thermal engine. It offers variable magnification up to 28×, a 35 mm F/1.0 objective, and a 0.49-inch 1920×1080 OLED display for clear imaging in low-light, fog, or dense cover. Onboard recording, Wi‑Fi, and a ballistic calculator provide data capture and real-time adjustments inside the optic.

Typical applications include long-range wildlife observation and tactical perimeter or property surveillance where thermal detection and integrated ranging speed decision-making without extra gear.

Product Specifications

• The sensor resolution is 384×288 for thermal imaging.
• The detector uses a 12 µm VOx uncooled focal plane array for high sensitivity.
• The thermal sensitivity (NETD) is ≤15 mK for fine detail in low-contrast scenes.
• The magnification range is 3.5–28× with step and smooth zoom options.
• The objective lens is a 35 mm F/1.0 lens for improved photon collection.
• The field of view is 7.53° × 5.65° (H × V).
• The refresh rate is 50 Hz for fluid image motion.
• The digital zoom options are 1×, 2×, 4×, and 8×.
• The display is a 0.49-inch OLED at 1920×1080 resolution.
• The built-in laser rangefinder measures out to 1000 m with about ±1 m accuracy.
• The LRF laser is specified as 905 nm Class 1 (eye safe) technology.
• The power system uses one internal and one replaceable 18650 Li‑ion battery with approximately ~9 hrs runtime.
• The unit includes 64 GB of internal storage for video and images and supports Recoil Activated Video.
• The housing is made from magnesium alloy and mounts to 30 mm rings (rings not included).
• The UPC is 658175956785.

Designed for demanding field use, the ThOR 6 Elite combines sensitive thermal detection, integrated ranging, and practical digital tools in a weatherproof magnesium body. Built-in recording, wireless connectivity, and a ballistic calculator help consolidate gear and reduce setup time in the field. The optic’s feature set supports ethical, precise long-range observation and detection tasks where environmental conditions may obscure conventional optics.

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