Designed for versatile night-time field observation and video recording, this pocketscope is similar to US military PVS-14, differing because of its versatile C-mount for variety of lenses and because of its rugged alloy housing. The scope quickly transforms from a monocular device to a camera/camcorder attachment for night vision video collection.

This night vision pocketscope retains the same modular design inherent in many other AstroScope configurations permitting the use of the central intensification unit (CIU) to be moved to multiple imaging platforms. Field expedient, switching from a night vision photography platform to a pocketscope configuration (and vice-versa) is as quick and easy as changing a lens.

Transform Nikon dSLR cameras into a night vision photography system with AstroScope 9350NIK. Capture high resolution images at night and in low-light situations otherwise too dark for unintensified digital cameras. Light amplification is equivalent to an 8-10 F-stop improvement so that moonlit or starlit scenes are transformed into bright images. Now available for full-format digital cameras and with variable gain.

	Learn How to Intensify your Digital SLR with AstroScope Night Vision
	Tips on Creating Awesome Night Vision Digital SLR Photos

AstroScope 9350EOS transforms Canon dSLR cameras into night vision photography systems. Captures high resolution images at night and in low-light situations otherwise too dark for unassisted digital cameras. Light amplification is equivalent to an 8-10 F-stop improvement so that moonlit or starlit scenes are transformed into bright images. Now available for full-format digital cameras and with variable gain.

	Learn How to Intensify your Digital SLR with AstroScope Night Vision
	Tips on Creating Awesome Night Vision Digital SLR Photos

For the popular Canon XL Series digital camcorders featuring an optically stabilized 20X zoom lens. Our 9300-XL Astroscope is a highly versatile evidence capture system designed to enable long range surveillance twenty four hours a day. Provides superior low-light sensitivity. Using the 20x zoom lens and 2x digital magnification will yield an easily identifiable image at 300 yards – day or night.

Transforms dark scenes (below 10-4 lux) into bright, high resolution imagery. The AstroScope Night Vision Camcorder assemblies are specifically designed for many fixed lens camcorders to produce high-quality video under very demanding conditions. Additionally, Electrophysics now offers the world’s first HD night vision camera systems. Specifically designed for popular Sony® high-definition prosumer camcorder models, they produce high-quality, high resolution night-time video.

Transforms dark scenes (below 10-4 lux) into bright, high resolution imagery. The AstroScope Night Vision Camcorder assemblies are specifically designed for many fixed lens camcorders to produce high-quality video under very demanding conditions. Additionally, Electrophysics now offers the world’s first HD night vision camera systems. Specifically designed for popular Panasonic® high-definition prosumer camcorder models, they produce high-quality, high resolution night-time video.

Transforms dark scenes (below 10-4 lux) into bright, high resolution imagery. The AstroScope Night Vision Camcorder assemblies are specifically designed for many fixed lens camcorders to produce high-quality video under very demanding conditions. Additionally, Electrophysics now offers the world’s first HD night vision camera systems. Specifically designed for popular JVC® high-definition prosumer camcorder models, they produce high-quality, high resolution night-time video.

Current US military issue, this single-tube night vision goggle is designed for use in starlight conditions permitting hands free operation. Powered by two AA batteries, the AN/PVS-7 has a quick release feature making it quick and easy to put on and take off. A neck strap safely holds them when not in use, and a bright-light limitation and cut-off prevent the user from being blinded by headlights or other visible light sources.