ATN THOR 4 2.5-25x Thermal Riflescope | 640×480

The ATN THOR 4 is a long-range thermal riflescope designed for nocturnal observation and precision field use. It pairs a Gen 4 640×480 60Hz thermal sensor with a 1280×720 microdisplay and an ATN Obsidian IV dual core for responsive image processing. The scope includes multiple digital tools — ballistic calculator, smart rangefinder, RAV (recoil-activated video), and wireless connectivity — to support extended operations in low-light conditions. Its 2.5–25x zoom range and 30 mm mounting system make it suitable for a range of optical setups.

Product Specifications

• The sensor is Gen 4 640×480 60Hz for thermal imaging.
• The magnification range is 2.5-25x for variable engagement distances.
• The field of view is 12.5 x 9.7 degrees as listed.
• The imaging core is the ATN Obsidian IV Dual Core T.
• The micro display is a 1280×720 HD panel.
• The eye relief is listed as 90 mm.
• The video record resolution is 1280×960 @ 30/60 fps.
• The unit includes a ballistic calculator for trajectory solutions.
• Smart features include WiFi (iOS & Android), Bluetooth, RAV, 3D gyroscope, 3D accelerometer, and electronic compass.
• The reticle options are multiple patterns & color choices.
• Recording and connectivity include a built-in microphone, Micro SD support 4 to 256 GB, and Micro USB Type-C.
• The mount supplied is 30 mm standard rings (included).
• The internal lithium-ion battery provides 16+ hours of runtime.
• Detection and sizing are listed as Human detection: 1950; recognition: 800; identification: 475 (units as provided).
• The UPC is 658175115144.

Ruggedly equipped with ATN’s software suite and a long-run battery, the THOR 4 balances advanced thermal imaging with field-ready features like the ballistic calculator and smart rangefinder. It suits users who need sustained nighttime observation and precise digital tools in a compact package. The digital reticle options and included 30 mm rings simplify integration into many setups while the 1280×720 display delivers clear on-axis viewing.

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