FLIR Scion OTM430 320x256 12um 36mm Thermal Monocular (9Hz) - 7TM-01-F140

The FLIR Scion OTM430 320x256 12um 36mm Thermal Monocular captures clear thermal imaging and leverages a refined user interface to quickly detect objects of interest in complete darkness and through glaring light or haze. Built around FLIR’s powerful Boson core, the Scion OTM230 produces 9 Hz thermal imaging and records geotagged video and still images for playback long after the day is done. Featuring a rugged, IP67-rated housing and intuitive controls allow single-hand operation in harsh weather conditions, maintaining reliable thermal imaging in the most demanding outdoor environments. The vivid OLED display offer superb, unwavering vision in challenging environments.

Onboard Video and Image Recording

Revisit every wildlife encounter in sharp, smooth thermal imaging. The Scion OTM is ready to capture any wildlife encounter with onboard video and image recording. Smooth 9Hz thermal imaging preserves details on moving objects while internal storage and a built-in microSD card slot provide enough memory for the most demanding trips. Additionally, the Bluetooth and Wi-Fi capabilities allow simple file transfer between devices.

Redesigned User Interface

The Scion OTM230’s polished user interface packs functionality into a rugged handheld optic. Intuitive controls and revamped internal menus allow quick thermal palette adjustments and provide easy access to new features such as picture-in-picture zoom, video recording, and GPS functionality. A rugged IP67-rated housing stands up to the elements and protects key hardware components.

Trusted Thermal Detection

Powered by FLIR’s breakthrough Boson thermal core, this Thermal Monocular is able to perform at any time of day. Thermal imaging pierces complete darkness, glaring light, and lingering haze to provide superior awareness in difficult conditions. The advanced image processing of FLIR’s Boson thermal core paired with a 9Hz image refresh rate provide smooth, unwavering vision in challenging environments.