Night Vision Camera Movies

See the quality of our night vision optics captured in these night vision camera movies! Night vision camera movies taken with the Rigel 5500 night vision camera adapter and the Rigel 1100 Pro Night Vision Scope.

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Night Vision Movie #1.

Night Vision Movie #2.

Make your own night vision movies and pictures with a Rigel 1100 Night Vision Monocular or Rigel 3300 Night Vision Goggle and the Rigel 5500 Night Vision Camera Adapter!

Actual picture taken with the Rigel 5500 Night Vision Camera Adapter.

Low light-level viewing devices are typically used by the military services for surveillance and intelligence-gathering activities at night or in conditions of poor visibility; they are additionally used in such applications as medical imaging and spectroscopy. Conventional low light TV imaging systems generally employ image intensifiers together with Charged-Coupled Devices (CCDs), cameras that capture scenes electronically (without film) and produce a digital image with relatively high resolution.

The sensor in PixelVision's NV652 Night Video low light level camera makes night flying safer by increasing visibility.

PixelVision, Inc., Beaverton, Oregon has introduced a new Night Video (Night Video is a trademark of PixelVision, Inc.) NV652 Back-illuminated CCD Camera that operates without an image intensifier, thereby freeing the system of certain limitations imposed by the intensifier, yet it is capable of acquiring quality images at low light levels previously attainable only with image intensifier tubes; the development drew upon technology developed by Scientific Imaging Technologies, Inc. (SITe), also of Beaverton, and on the expertise of a longtime CCD developer.

Conventional video cameras use front-illuminated CCDs that impose some limitations on performance. The Night Video NV652 system illuminates and collects charge through the back surface; this design permits the image's photon to enter the CCD unobstructed, allowing for high efficiency light detection in the visible and ultraviolet wavelengths. In a typical airborne military observation application, the NV652 camera offers advantages over standard intensified CCD sensors, according to scientists who developed the back-illuminated sensor. They include greater resolution under low light conditions through increased sensitivity; better target identification through superior contrast and resolution; lower cost; and longer lifetime through increased reliability.

The back illumination technology that is key to the NV652's sensitivity was developed by SITe; George M. Williams, who worked on the program as a SITe employee, has joined PixelVision as vice president and general manager of the Commercial Systems Division. The NASA technology input was provided by James R. Janesick, PixelVision vice president, chief scientific officer and director of the company's Advanced Sensors Division; Janesick was formerly with Jet Propulsion Laboratory, where he acquired 23 years of experience in CCD technology and systems design.