ThermTec Thermal Imaging Monoculars
ThermTec Wild 325 Thermal Imaging (384x288) Monocular - 25mm. A highly sensitive thermal imaging sensor with NETD?18mK, in combination with larger aperture optics which allows for more radiation, ensures stunning thermal image quality and perfect detail recognition even in the hardest weather conditions.
ThermTec Wild 335 Thermal Imaging (384x288) Monocular - 35mm. A highly sensitive thermal imaging sensor with NETD?18mK, in combination with larger aperture optics which allows for more radiation, ensures stunning thermal image quality and perfect detail recognition even in the hardest weather conditions.
ThermTec Wild 635 Thermal Imaging (640x512) Monocular - 35mm. A highly sensitive thermal imaging sensor with NETD?18mK, in combination with larger aperture optics which allows for more radiation, ensures stunning thermal image quality and perfect detail recognition even in the hardest weather conditions.
ThermTec Wild 650 Thermal Imaging (640x512) Monocular - 50mm. A highly sensitive thermal imaging sensor with NETD 18mK, in combination with larger aperture optics which allows for more radiation, ensures stunning thermal image quality and perfect detail recognition even in the hardest weather conditions.
ThermTec Wild 335L Thermal Imaging (384x288) Monocular w/LRF - 35mm. A highly sensitive thermal imaging sensor with NETD 18mK, in combination with larger aperture optics which allows for more radiation, ensures stunning thermal image quality and perfect detail recognition even in the hardest weather conditions.
ThermTec Wild 635L Thermal Imaging (640x512) Monocular w/LRF - 35mm. A highly sensitive thermal imaging sensor with NETD 18mK, in combination with larger aperture optics which allows for more radiation, ensures stunning thermal image quality and perfect detail recognition even in the hardest weather conditions.
ThermTec Wild 650L Thermal Imaging (640x512) Monocular w/LRF - 50mm. A highly sensitive thermal imaging sensor with NETD 18mK, in combination with larger aperture optics which allows for more radiation, ensures stunning thermal image quality and perfect detail recognition even in the hardest weather conditions.