We recommend ordering item 2520 (see optional accessories) if you want to benefit from a free battery pack worth €240.

The FLIR Scion OTM366 is a top-of-the-line thermal imaging camera featuring a 640x480 BOSON detector (12µm/60Hz), manual focus, and a magnification range of 1.3x to 10.4x. The OTM366 is specifically designed for long-range thermal observations, making it an ideal accessory for numerous (semi-)professional applications.

The thermal camera offers three observation modes. You can use the standard Scouting Mode to observe as usual. A new feature is Lock-Span Mode , which filters out unwanted temperatures you don't want to be visible. Think of very cold or hot temperatures, or bright objects like the sky and fire. This only colors the objects you want to focus on; filtered objects are displayed in black. The third mode is Picture-in-Picture , which allows you to zoom in on a specific object (2x) without losing the rest of the field of view. Furthermore, the camera has many indispensable features such as GPS, inclinometer, Wi-Fi, and much more.

Using the six included batteries, you can use the FLIR Scion OTM366 for up to five hours. Using an optionally available The rechargeable battery allows you to use the thermal imaging camera for up to 10 hours. The camera also features an auto-shutdown function. The device is IP67 certified, making it waterproof and impact-resistant.

Application

The OTM366 is the top-of-the-line model in the Scion OTM series. This camera allows you to easily locate hidden people and animals, even in extreme conditions such as complete darkness, fog, rain, snow, and more. The manual focus also allows you to fine-tune the focus to your preference. This makes it an indispensable tool for tactical applications—police, security, and rescue services—but also highly suitable for nature researchers and any type of private use.

This thermal imaging camera falls under the Dual-Use Regulation. You need a permit to (temporarily) export these products to countries outside the European Union.