This collection of 14 photos was most likely taken in the 1970s and 1980s in Air Survey Squadron. The PDP 11/70 minicomputer shown in photo .1P was the operating system introduced in 1977 as the mainframe system for the control of the APC4, aerial triangulation block adjustments, SORA OP Analytical Orthophoto control, APR Analytical Terrain Profile Recorder computation, graphics, and general computing. Technicians used the Wild A9 Stereocomparator shown in photo .2P to accurately measure between pass, tie, and survey control points on aerial photographs. The Zeiss D2 Planimat Stereoplotter shown in photos .3P to .4P was used for analytical orthophoto control. It was introduced in 1972-1973 The Zeiss (Jena) Stecometer analytic stereocomparator for air photography shown in photos .5P to .11P and .14P was introduced at Air Survey Squadron in 1963. Aerotriangulation production was expedited using computers for analytical photogrammetric processes. The technician accurately measured between pass, tie, and survey control points on aerial photographs. Wild PUG4 point transfer devices shown in photos .12P to .13P were introduced in c1968 superseding the PUG2 devices. PUG4 devices were used by technicians to stereoscopically view the photography containing the survey control points and the mapping aerial photography. The Control points were transferred from the control photography to the mapping diapositives of aerial photography by drilling their locations into the photographic emulsion.This is a set of 14 photographs of Air Survey Squadron personnel operating aerotriangulation equipment at the Army Survey Regiment at Fortuna, Bendigo, c1970s to 1980s. Photographs .1P to .13P were on 35mm colour slide film and scanned at 96 dpi. Photograph.14P was printed on photographic paper and was scanned at 300 dpi. They are part of the Army Survey Regiment’s Collection. .1) - Photo, colour, c1979, PDP-11 minicomputer. .2) - Photo, colour, c1970s, Unidentified technician operating a Wild A9 Stereocomparator. .3) - Photo, colour, c1970s, Zeiss D2 Planimat Stereoplotter. .4) - Photo, colour, c1970s, Zeiss D2 Planimat Stereoplotter, unidentified technicians. .5) - Photo, colour, c1970s, Zeiss D2 Planimat Stereoplotter, SGT Christopher Wardley. .6) - Photo, colour, c1970s, Zeiss D2 Planimat Stereoplotter. .7) to.9) - Photo, colour, c1970, Zeiss (Jena) Stecometer, unidentified technicians. .10) to.11) - Photo, colour, c1988, SPR Toni Wright operating a Zeiss (Jena) Stecometer. .12) - Photo, colour, c1970s, Wild PUG4 point transfer device, SPR John Shepard. .13) - Photo, colour, c1970s, Wild PUG4 point transfer device, SPR David Edwards. .13) - Photo, colour, c1970s, Wild PUG4 point transfer device, SPR David Edwards. .14) - Photo, colour, c1980, Zeiss (Jena) Stecometer, SGT Bruce Hammond.Some of the equipment is annotated on the frame of the 35mm slides.royal australian survey corps, rasvy, army survey regiment, army svy regt, fortuna, asr, aerotrig, photogrammetry

This is a set of four photographs of WO2 Graham Ragless from the Royal Australian Survey Corps demonstrating the operation of Global Positioning System equipment in c1988. The photos were probably taken at the School of Military Survey (SMS), Bonegilla, VIC. Texas Instruments TI4100 portable Global Positioning System (GPS) geodetic receivers were introduced from 1986–1988. The GPS receivers and Ferranti FILS3 helicopter and vehicle mounted Inertial Positioning System (IPS) replaced the TRANSIT satellite receivers. The equipment was deployed to establish the baseline for a GPS controlled air camera and photogrammetric system to significantly reduce the requirement for ground survey to accurately control air photography for topographic mapping. Personnel from the four field survey squadrons at this time were trained at the SMS to operate the TI4100 receivers. Field survey operations using GPS and IPS equipment followed in the late 1980s. This technology is described in more detail in the RA Svy booklet titled An Introduction to Topographic Mapping. See record ID - 6010. WO2 Graham Ragless progressed to the rank of WO1 and was appointed as RSM of the Army Survey Regiment from 1990 to 1992. Refer to item 6186.2P for more photographs of WO2 Graham Ragless demonstrating the TI4100.This is a set of four photographs of a technician from the Royal Australian Survey Corps demonstrating the operation of Global Positioning System equipment in c1988. Colour photos are on 35mm slide film and were scanned at 96 dpi. .1) to .4) - Photo, colour, c1988, WO2 Graham Ragless demonstrating the operation of a TI4100 GPS receiverThere are no annotations.royal australian survey corps, rasvy, army survey regiment, army svy regt, fortuna, asr, surveying

This is a set of two photographs of WO2 Graham Ragless from the Royal Australian Survey Corps demonstrating the operation of Global Positioning System equipment in c1988. The photos were probably taken at the School of Military Survey (SMS), Bonegilla, VIC. Texas Instruments TI4100 portable Global Positioning System (GPS) geodetic receivers were introduced from 1986–1988. The GPS receivers and Ferranti FILS3 helicopter and vehicle mounted Inertial Positioning System (IPS) replaced the TRANSIT satellite receivers. The equipment was deployed to establish the baseline for a GPS controlled air camera and photogrammetric system to significantly reduce the requirement for ground survey to accurately control air photography for topographic mapping. Personnel from the four field survey squadrons at this time were trained at the SMS to operate the TI4100 receivers. Field survey operations using GPS and IPS equipment followed in the late 1980s. This technology is described in more detail in the RA Svy booklet titled An Introduction to Topographic Mapping. See record ID - 6010. WO2 Graham Ragless progressed to the rank of WO1 and was appointed as RSM of the Army Survey Regiment from 1990 to 1992. Refer to item 6226.4P for more photographs of WO2 Graham Ragless demonstrating the TI4100.This is a set of two photographs of a technician from the Royal Australian Survey Corps demonstrating the operation of Global Positioning System equipment in c1988. Colour photos are on 35mm slide film and were scanned at 96 dpi. .1) and .2) - Photo, colour, c1988, WO2 Graham Ragless demonstrating the operation of a TI4100 GPS receiverThere are no annotations.royal australian survey corps, rasvy, army survey regiment, army svy regt, fortuna, asr, surveying

This is a set of 16 photographs of a visit to the Army Survey Regiment, Fortuna, Bendigo by the Commander 3rd Military District BRIG P. Davies AM, ADC on the 23rd and 24th of October 1989. In this set BRIG P. Davies AM, ADC was taken on a tour through the orthophoto production area. In photos .1P to .3P and .6P BRIG P. Davies AM, ADC presented a productivity award to CO LTCOL John Winzar in Fortuna’s Ballroom. LTCOL Winzar was the CO of the Army Survey Regiment from 1987 to 1989. The WILD OR1 orthophoto projector and workstation featuring in photos .7P to.10P and .12P to .14P was introduced in the mid-1980s. It was the second-generation equipment used to orthorectify colour and monochrome film aerial photography, replacing the system introduced in 1973. See items 6124.5P, 6133.4P and 6228.4P for more photographs of orthorectification equipment. Photos .15P and .16P feature contractors preparing the foundations for the construction of Lithographic Squadron’s new Printing Building at Fortuna, Bendigo. The building was purpose built to house a new computer-controlled Heidelberg Speedmaster five colour lithographic offset Printing Press. The print room was named Wayzgoose Hall after a medieval printing house festival. See item 6131.18P for more photographs of contractors preparing the foundations. This is a set of 16 photographs of a visit to the Army Survey Regiment, Fortuna, Bendigo by the Commander 3rd Military District (CMDR 3MD ) BRIG P. Davies AM, ADC on the 23rd and 24th of October 1989. The photographs are on 35mm negative film and were scanned at 96 dpi. They are part of the Army Survey Regiment’s Collection. .1) to .3) - Photo, colour, 1989. L to R: CO LTCOL John Winzar, CMDR 3MD BRIG P. Davies AM, ADC. .4) - Photo, colour, 1989. L to R: SGT Chris Edwards, CMDR 3MD BRIG P. Davies AM, ADC, SGT Graham Johnston, unidentified, SGT Martin Evans. .5) - Photo, colour, 1989. L to R: WO1 Allan Adsett, WO2 Keith Fenton RE UK Exchange, SGT Bob Garritty, WO2 Rob Bogumil, SSGT Peter Imeson, WO1 Ralph Chant. .6) - Photo, colour, 1989. L to R: CO LTCOL John Winzar, WO2 Pat Lumsden, SSGT Di Chalmers. .7) - Photo, colour, 1989. L to R: MAJ Terry Edwards, CMDR 3MD BRIG P. Davies AM, ADC, CPL Graeme Priestley, WO2 Rob Bogumil, SGT Bob Garritty. .8) - Photo, colour, 1989. L to R: CMDR 3MD BRIG P. Davies AM, ADC, CPL Graeme Priestley, SGT Bob Garritty. .9) & .10) - Photo, colour, 1989. L to R: CPL Trevor King, CMDR 3MD BRIG P. Davies AM, ADC, MAJ Terry Edwards. .11) - Photo, colour, 1989. L to R: ADJT CAPT Greg Tolcher, unidentified. .12) - Photo, colour, 1989. CPL Pat Drury, WILD OR-1 Orthorectification Workstation. .13) & .14) - Photo, colour, 1989. CPL Pat Drury, WILD OR-1 Orthorectification Workstation equipment. .15) & .16) - Photo, colour, 1989. Contractors prepare the foundations for Lithographic Squadron’s new Printing Building - Wayzgoose Hall..1P to .16P – no annotations. CMDR 3MD BRIG P. Davies AM, ADC and the date are identified on the film negative sleeve cover sheet.royal australian survey corps, rasvy, army survey regiment, army svy regt, fortuna, asr, litho sqn

The main tasks undertaken by technicians operating the KLIMSCH Commodore large format camera were enlargements and reductions of map reproduction material. seen in photo .1P is at the operating console. See item 6189.4P for more information and photos of CPL Whaling operating the KLIMSCH camera. Orthophoto mapping provided the Survey Corps with the capability to produce map products quickly in the event of a crisis. These are four photographs of equipment used by the Army Survey Regiment to produce orthophotomaps. The WILD OR1 orthophoto projector and workstation shown in photos .3P and .4P was introduced in the mid-1980s. It was the second-generation equipment used to orthorectify colour and monochrome film aerial photography, replacing the system introduced in 1973. See items 6124.5P and 6133.4P for more photographs of orthorectification equipment.These four photographs of KLIMSCH large format camera and Wild OR1 orthorectification equipment was taken at the Army Survey Regiment at Fortuna, Bendigo, c1986. The colour photographs are on 35mm negative film and scanned at 96 dpi. They are part of the Army Survey Regiment’s Collection. .1) - Photo, colour, c1986, CPL John Whaling operating the KLIMSCH Camera. .2) - Photo, colour, c1986, large format film developer. .3) - Photo, colour, c1986, WILD OR-1 Orthorectification Workstation operated by CPL Dave Jobe. .4) - Photo, colour, c1986, WILD OR-1 Orthorectification Workstation..1P to .4P – There are no annotations.royal australian survey corps, rasvy, army survey regiment, army svy regt, fortuna, asr

Used by the donor's family for family photosCanon MC Camera with separate flash in black case - as well as two lenses in smaller black case complete with instruction book. Total of six items.Canon MCphotography, cameras

The Kromskop (pronounced Chromescope) is one of the earliest commercial applications of colour photography, and was invented by Frederic Eugene Ives and announced around 1896, it is described in his English patent of 1895 and in a US patent of 1894. It was shown at a Camera Club in Britain in January 1896 and at the February Royal Photographic Society meeting, and was available for sale from early 1897. The Photochromoscope Syndicate was formed in 1896 or 97 to promote the viewer in Britain, and wound up in 1899. It was manufactured in south London.A monocular instrument used to reproduce colours, in a mahogany box The viewer combines stereo images from three-colour separation transparencies called Kromograms, these are viewed through red, green and blue filters. A Kromogram comprises three monochrome transparencies printed from three-colour separation negatives which are taped together. The order being red image, blue image, green image with a label and caption between the red and blue images. The red image lies horizontally on the top step of the viewer above a red filter, the blue image lies on the lower step above a blue filter, the green image stands vertically at the back of the viewer. The red and blue images are reflected into the eyepieces by transparent mirrors, these are coloured to absorb the light that they reflect to prevent a double image from the rear surface of the mirror, the mirror for the red image is coloured cyan/blue, that used for the blue filter is coloured green (the patent indicates a yellow filter). The green image is illuminated by a yellow reflector. As the mirror below the blue image is green there is no need for a green filter immediately in front of the green image. The viewer can be used in daylight, for some conditions a diffuser is used, this is hinged to the yellow reflector and laid across the steps. An artificial light was also available. The mirrors and image positions can be adjusted in the event that they become misaligned. (http://www.earlyphotography.co.uk/site/entry_V80.html, accessed 08 April 2022) The Junior Kromskop was a mono viewer Kromskop. henry sutton, photochromoscope syndicate, f.e. ives, camera club, photography, colour photography, kromskop, frederic eugene ives, junior kromskop, photographic equipment, camera

Used as a visual aid in classrooms at Ballarat School of Mines Early media technology used by the histroical school of Mines in Ballarat Brass Lantern Slide projector, used for glass slidesof maximum 8x8 picture size. Projector has original power cord and phillips projection globe as well as 2 sets of lenses. Name plate on side door with manufacters identity " Radiguet & Massiot: Constructeurs, 13 et 15 Bould des Filles du Calvatre. Paris".projector, ballarat school of mines, paris, glass slides, radiguet & massiot, theatre, photography, lantren slide