Sofradir/Electrophysics Delivers!!!....

Sofradir / Electrophysics has answered the call for the variable gain control knob on their popular AstroScope. Specifically for the Nikon SLR AF-type and Canon EOS digital cameras. This module mounts seamlessly between the camera body and objective lense using the standard Nikon bayonet mount and hot-shoe retaining all electronic communication between lens and camera. The adapter includes a manually adjustable maximum output brightness permitting the user to achieve the optimum balance of brightness and clarity in the image, just like on the PVS-14 monocular. For more information visit: http://www.electrophysics.com/night-vision/ or visit:
http://www.morovision.com/camera_adaptable/MVPA-914993G.htm and http://www.morovision.com/camera_adaptable/MVPA-915006G.htm

I think we will be seeing a higher caliber of imagery coming out of these due to the variable gain control.

Good Shooting!

Where's the variable gain control?

Having some experience with night vision photography, I found that one of the most helpful features in getting the right shot is variable gain control. Variable gain control is typically a knob that allows the user to manually adjust image tube brightness by increasing or decreasing for greater image contrast in varying light conditions ( basically like a dim control ). This feature is available on the ITT NEPVS-14 and it basically sets the NEPVS-14 apart from other popular monoculars that do not offer this feature. Having used the NEPVS-14 with digital camera, I've found that it can really make a break a shot. This is a feature that should be embraced by anyone manufacturing night vision camera related equipment.

MONOCAM has additional uses

The MONOCAM™ can be used for daytime surveillance as well as night time. It can be used in conjunction with a Swarovski Scope setup. Long distance daytime use of the camera will typically be easier due to the amount of light available for taking images. See the images at: MONOCAM Multiple-use

Morovision Night Vision Introduces the MONOCAM™ Digital Camera Kit

DANA POINT, CA., July 3, 2008 - Morovision Night Vision, Inc., a leading supplier of U.S. manufactured thermal and image intensified night vision technology, introduces a revolutionary new night vision camera adapter that converts a PVS-14, the world’s most popular night vision monocular, into a light weight, easy to use, digital night vision surveillance and security camera kit.

Originally designed for rugged military use, the waterproof, freezeproof, shockproof & dustproof MONOCAM™ Digital Camera Kit combines the latest developments in digital camera technology with the best in U.S. manufactured night vision technology. At the heart of the kit is the patented MONOCAM™ Digital Camera Adapter, constructed of machine aircraft-grade anodized matte finished aluminum, providing the connection between the night vision monocular and the Olympus Stylus 1030 SW Camera. The resulting light weight digital night vision camera system allows the user to easily manipulate objective and dioptic focusing, and other important camera features making it the perfect tool for night time law enforcement and security operations that require image capturing.

“The MONOCAM™ is required equipment where “ease-of-use” and “quick-readiness” are determinative factors in gathering critical information and imagery of your target objective or subject,” noted David Newbro, President of Morovision Night Vision. “We are proud to offer this useful and innovative tool to all first responders”.

The MONOCAM™ features a ¼” tripod mount and a two-bar rail mount on top for mounting an optional IR Illuminator or Laser Aiming Device. Already in use by the U.S. military, the MONOCAM™ sets a new standard for night vision camera systems. Built for the most demanding conditions – rain, sleet and snow, the MONOCAM™ can even be used underwater down to 33 feet (1 atmosphere)!

The MONOCAM™ Digital Camera Kit includes the MONOCAM™ Digital Camera Adapter, the Olympus Stylus 1030 SW Camera and the night vision monocular. Morovision offers a variety of PVS-14 or MV-14 type night vision monoculars to choose from.

Existing PVS-14 and MV-14 owners can purchase the MONOCAM™ Digital Camera Adapter and an Olympus Stylus 1030 SW digital camera separately to compliment their existing night vision monocular systems.

Headquartered in Dana Point, CA, Morovision Night Vision, Inc., is a leading supplier, manufacturer and distributor of U.S. manufactured thermal and image intensified night vision technology. It is the Authorized U.S. Law Enforcement Distributor and Authorized Commercial Image Intensifier Tube Distributor for ITT Night Vision. Morovision Night Vision. Inc., serves the law enforcement, military, industrial, professional, and recreational markets and is a GSA and RKB registered company. To learn more visit www.morovision.com.

Night Vision Photography on PhotoSpot

Here's a great link to a well done night vision photography job on PhotoSpot.com - A Community for Photo Enthusiasts.

Night Vision Photography without a Tripod

I found this helpful website out on the net. I always take a regular night time shot to compare it with a "night vision" shot, so people can see (or not) what they can't see without night vision. Due to the long exposure times, it is often helpful to have a tripod to keep the camera from moving and causing blurs. Here's a helpful link in case you can't use a tripod or don't have one handy, which is often the case when using night vision equipment. How-to-take-AWESOME-night-photos-WITHOUT-a-tripod

Night VIsion Photography using 5x Mil-Spec Magnification Lens

I shot these photos last weekend using an ITT PVS-14 with a 5x Military Spec Magnification lens. Shot the videos as well. Such a big difference. If you're wondering about whether to buy a 3x vs. 5x, I'd recommend the 5x. It's a very solid piece of equipment. However, it is not cheap, but if you're splurging for the 3x, why not go the extra distance and splurge a little more for the 5x. Check out my photos and videos at: http://www.morovision.com/1xvs5x_magnification.htm

More later...