1. An altered reflection viewing system comprising: a. a first mirror for reflecting a first view of a predetermined sector to be surveyed; b. a first lens for reducing and inverting said first view; said first lens being disposed in predetermined relationship with and having transparent, unobstructed line of sight of said first mirror; c. a second lens for righting the inverted first view; said second lens being disposed in predetermined relationship with and having transparent, unobstructed line of sight to said first lens; d. small tubular housing enclosing said first and second lenses; f. enlargement housing connected with said small tubular housing; said enlargement housing having a viewing aperture penetrating through a viewing side thereof; f. a magnifying lens disposed adjacent the entrance of said enlargement housing for magnifying the righted inverted first view; said magnifying lens being disposed in predetermined relationship with and having transparent, unobstructed line of sight to said second lens; g. second reflecting mirror disposed in said enlargement housing and adjacent its second end for reflecting the magnified, righted inverted first view; said second reflecting mirror being disposed in predetermined relationship with and having transparent unobstructed line of sight to said magnifying lens; h. a transparent viewing screen disposed adjacent said viewing aperture in said enlargement housing, intermediate said magnifying lens and said second reflecting mirror, and disposed at an angle so as to enable a viewer to see a reflection of said second reflecting mirror and its altered reflection; said transparent viewing screen being adjustable in angle to allow fitting the viewing to said viewer, such that a well lighted, correctly oriented, altered reflection of said first view is presented to said viewer in proper proportion without significant distortion and diminishment of light.