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FLIR SCION OTM266 Outdoor Thermal Monocular, 640x 480, 60Hz, 18mm, 24 degree, Green

$2,204.00

The FLIR SCION OTM266 is a high-performance outdoor thermal monocular with a 640×480 resolution sensor, 18mm lens with 24° field of view, and 60 Hz refresh rate, designed for long-range detection in all lighting conditions.

The FLIR SCION OTM266 is an advanced outdoor thermal monocular engineered for tactical, wildlife, surveillance, and search-and-rescue applications. Featuring a 640×480 thermal sensor and an 18mm lens with a 24° field of view, it provides high-resolution thermal imagery for detecting humans, animals, and objects in complete darkness, fog, or challenging weather. The 60 Hz refresh rate delivers smooth, real-time imaging, while the rugged, green-colored housing ensures durability and portability in outdoor environments. Ideal for hunters, outdoor enthusiasts, law enforcement, and professional operators, the SCION OTM266 enhances situational awareness and long-range observation, combining precision, durability, and ease of use in a compact monocular.

Key Features:

  • 640×480 thermal sensor for high-resolution imaging

  • 18mm lens with 24° field of view for wide-area coverage

  • 60 Hz refresh rate for smooth thermal visualization

  • Rugged and portable green-colored housing for outdoor use

  • Detects humans, animals, and objects in low-light or no-light conditions

  • Suitable for tactical, surveillance, hunting, and outdoor applications

Compatible Applications:

  • Outdoor wildlife monitoring and hunting

  • Tactical and security surveillance

  • Search-and-rescue operations

  • Long-range outdoor observation

Included Accessories:

  • Rechargeable battery

  • Carrying case

  • Lens cover

  • User manual

Compliance & Standards:

  • CE and RoHS certified

Benefits for Users:

  • Provides clear thermal imaging for outdoor and long-range applications

  • Smooth real-time detection of moving targets

  • Rugged and portable for reliable field use

  • Enhances situational awareness in all environments