NVTi | Night Vision Technologies, inc. | seeing is believing®

Thermal sensors use radiated heat to detect objects in all lighting conditions, enabling the user to spot hazards, security threats and engage in search and rescue in total darkness.

Low Lux amplification enhances ambient light and renders high quality images in poor weather and lighting conditions.

Multi-sensor models combine cameras allowing the user to choose the best camera for the situation and ensure optimal detection and acuity under the widest range of light and environmental conditions.

Thermal sensor technology is combined with a Daylight Color Camera, which provides long-range daytime vision and integrates with other imaging technology to provide complete situational awareness in varied lighting conditions.

Multi-sensor models combine cameras allowing the user to choose the best camera for the situation and ensure optimal detection and acuity under the widest range of light and environmental conditions.

Thermal sensors and a Daylight Color Camera are combined with Ultra Low Lux amplification, which enhances ambient light and renders high quality images in poor weather and lighting conditions, often providing the clearest situational view.

Secures the camera in a stationary position, often considered ideal for covering blind spots and high-security areas.

Refers to the horizontal movement of the camera along a continuous 360º plane, as well as the scanning of a subject horizontally on a video display monitor.

Able to rotate continuously through 360º horizontally, as well as providing vertical tilting for detection of objects well above and below the horizon.

Compact hand-held models provide short- to long-range reconnaissance and situational awareness for military and law enforcement agencies. Each model is equipped with a thermal sensor as its primary vision system.

A wide FOV provides the widest degree of coverage at any given position, with shorter detection ranges.

A medium FOV provides an average degree of coverage at any given position, with median detection ranges.

A narrow FOV provides the narrowest degree of coverage at any given position, but maximum detection ranges.

Receive Automatic Identification System transmissions from other ships and automatically track them on-screen.

Light intensification camera developed for the military scans an area and amplifies the available ambient light to produce a clear image. Starlight produces a satisfactory result. Moonlight provides outstanding images.

Operate your system via a secure internet connection for private surveillance from a remote location.

Allows you to monitor and operate your system from more than one station.

Thermal imaging system will detect a subject and automatically pan and tilt the camera to track it onscreen.

Accepts standard Pelco D commands to visually track radar-identified targets.

System includes a 2-axis, gyro-stabilized platform for stable images in harsh weather conditions.

Thermal camera outfitted with zoom capability.