Sightmark Wraith Mini SM17001 | 35mm Thermal Scope | 384×288
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Sightmark Wraith Mini SM17001 thermal riflescope with 35mm objective, 384×288 @ 50Hz sensor, 1024×768 OLED, multiple reticles, built-in video/audio recording and microSD support.
The Sightmark Wraith Mini SM17001 is a compact thermal riflescope designed for observation and field use. It uses a 384×288 thermal sensor and a 1024×768 OLED display to deliver clear thermal imagery for low-light and night conditions. The unit offers on-board video and audio recording along with configurable reticles and multiple weapon profiles for mounting flexibility. Built with an aluminum housing and weather resistance, the Wraith Mini is intended for hunters and wildlife observers who need dependable thermal performance in the field.
Product Specifications
- The model is Wraith Mini (SM17001).
- The objective measures 35mm.
- The sensor provides a resolution of 384×288 at a 50 Hz frame rate.
- The OLED display resolution is 1024×768.
- The reported detection range is 1400 yards.
- The field of view is 13 degrees.
- The unit weighs approximately 19.30 oz.
- The unit is powered by CR123A batteries and battery life is reported as up to 4 hours, while manufacturer’s copy lists 3.5 hours (video) and 4.4 hours (preview).
- The optic offers multiple reticle options and manufacturer copy references nine reticle colors.
- The scope supports on-board recording and accepts up to 256 GB microSD for video and audio capture.
- The housing is made from aluminum and is rated for operation from -4°F to 122°F.
- The unit mounts to a Picatinny rail.
- The UPC is 810119010469.
The Wraith Mini is well suited for nighttime hunting and long-range wildlife observation where thermal imaging and onboard recording are beneficial. Its compact footprint and configurable profiles make it practical for users who need a durable, field-ready thermal optic with recording capability. The combination of a 384×288 sensor and an OLED display provides a clear viewing experience for identifying heat signatures in varied environmental conditions.
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