ATN ThOR 6 Elite 384 3.5-28x Thermal Scope | TIWST6335A

The ATN ThOR 6 Elite is a thermal riflescope built around a 384×288 uncooled focal plane array with a 12 µm pixel pitch and approximately 15 mK sensitivity. It provides an optical magnification range of 3.5–28× paired with a 35 mm f/1.0 objective and a 0.49-inch 1920×1080 OLED display for a detailed view and onboard recording. The scope includes SharpIR image processing, multiple color palettes, Recoil Activated Video and a built-in Wi‑Fi hotspot with smartphone app support. Typical applications include hunting and property surveillance where thermal detection and recorded documentation are required.

Product Specifications

• The magnification range is 3.5-28x for long-distance observation.
• The detector resolution is 384×288 providing the core thermal imaging capability.
• The thermal sensitivity (NETD) is ≈15 mK for improved detection of low-contrast heat signatures.
• The pixel pitch of the sensor is 12 µm for fine image detail.
• The objective lens is a 35 mm F/1.0 design to gather thermal energy efficiently.
• The field of view (H×V) is 7.53° × 5.65°.
• The refresh rate is 50 Hz for smooth real-time imagery.
• The display is a 0.49-inch 1920×1080 OLED for high-resolution screen output.
• The scope offers digital zoom steps of 1x, 2x, 4x, and 8x.
• The internal storage capacity is 64 GB for onboard video and image recording.
• The battery configuration is 1×18650 internal & 1×18650 replaceable with an approximate run time of ~9 hrs.
• Connectivity includes a built-in Wi‑Fi hotspot and support for the ATN Connect app (iOS & Android).
• Onboard features include Recoil Activated Video (RAV) and multiple color palettes with SharpIR image processing.
• The housing material is magnesium alloy and the unit is rated IP67 for weather resistance.
• The UPC is 658175923459.

Built for field work, the ThOR 6 Elite combines a high-sensitivity sensor, integrated recording and a rugged, weatherproof chassis to deliver repeatable thermal performance. Its blend of long-range magnification, onboard storage and smartphone connectivity makes it a practical choice for users who require reliable thermal detection and documentation in variable environmental conditions.

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