Difference between revisions of "Contax RTS"

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(added correct contax rts photo)
(Note re name Fundus, link to wikipedia for that, wikilink for battery)
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The RTS featured an electronically-controlled, horizontal cloth [[focal plane shutter]] with speeds of 1 - 1/2000 sec. plus B, interchangeable focus screens, and the ability to accept a number of professional accessories including power winders, professional motor drives, and both infrared and radio-controlled remote releases.
 
The RTS featured an electronically-controlled, horizontal cloth [[focal plane shutter]] with speeds of 1 - 1/2000 sec. plus B, interchangeable focus screens, and the ability to accept a number of professional accessories including power winders, professional motor drives, and both infrared and radio-controlled remote releases.
  
Before being replaced by the RTSII, an interesting variant of the RTS was produced in small quantities: the Contax RTS Fundus (also called Scientific/Medical). This was essentially an RTS with two additional features. Firstly, below the shutter speed dial on the front of the top-plate, a locking button was added that prevented the dial from being accidentally knocked from its X-sync (1/60) and Auto settings. The second change was even more useful: the electronic shutter release of the RTS was very sensitive with a depression of less than 1mm to activate the shutter; but in a laboratory, for example, where the operator may be wearing gloves, accidental firing of a standard RTS was a problem. Contax solved this by modifying the top plate further and adding a 2mm guard ring around the shutter release button.  Most - but not all - of the RTS Fundus cameras had 'Scientific/Medical' stencilled in white on the base plate. A very small number of these bodies also featured additional mirror-damping.
+
Before being replaced by the RTSII, an interesting variant of the RTS was produced in small quantities: the Contax RTS Fundus (also called Scientific/Medical; presumably for [http://en.wikipedia.org/wiki/Fundus_%28eye%29 ophthalmic photography]). This was essentially an RTS with two additional features. Firstly, below the shutter speed dial on the front of the top-plate, a locking button was added that prevented the dial from being accidentally knocked from its X-sync (1/60) and Auto settings. The second change was even more useful: the electronic shutter release of the RTS was very sensitive with a depression of less than 1mm to activate the shutter; but in a laboratory, for example, where the operator may be wearing gloves, accidental firing of a standard RTS was a problem. Contax solved this by modifying the top plate further and adding a 2mm guard ring around the shutter release button.  Most - but not all - of the RTS Fundus cameras had 'Scientific/Medical' stencilled in white on the base plate. A very small number of these bodies also featured additional mirror-damping.
 
   
 
   
 
Since the advent of the RTS, [[Contax (Yashica/Kyocera)|Contax]] cameras were made by Yashica in Japan, with some lenses made by Carl Zeiss in Germany, some in Japan by Yashica (later [[Kyocera]]). The cameras were noteworthy for their advanced electronics. The Contax Zeiss T* lenses, in particular, soon gained a reputation for superb optical quality. Since manual-focus Contax and Yashica manual-focus 35mm SLR cameras share the same bayonet lens mount, their lenses may be used interchangeably.
 
Since the advent of the RTS, [[Contax (Yashica/Kyocera)|Contax]] cameras were made by Yashica in Japan, with some lenses made by Carl Zeiss in Germany, some in Japan by Yashica (later [[Kyocera]]). The cameras were noteworthy for their advanced electronics. The Contax Zeiss T* lenses, in particular, soon gained a reputation for superb optical quality. Since manual-focus Contax and Yashica manual-focus 35mm SLR cameras share the same bayonet lens mount, their lenses may be used interchangeably.
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| Film Advance ||colspan="2" |crank||motor
 
| Film Advance ||colspan="2" |crank||motor
 
|-
 
|-
| Battery || colspan="2" | 4LR44 / PX28|| 6x AAA or 2CR5
+
| Battery || colspan="2" | [[PX28A battery|4LR44/PX28]]|| 6x AAA or 2CR5
 
|-
 
|-
 
| Dimensions || 142x90x50mm||142x90x50mm ||156x121x66mm
 
| Dimensions || 142x90x50mm||142x90x50mm ||156x121x66mm

Revision as of 20:31, 2 May 2014

In the early 1970s, production of Zeiss Ikon cameras had ceased but the desire to build a high-quality system using Zeiss lenses remained.

In 1973 the Contax name was licensed to the Japanese maker Yashica to create a prestigious brand of 35mm cameras and interchangeable lenses in cooperation with the German company. By that time, Yashica was a production giant with considerable electronic camera experience, and was seeking ways to expand sales and improve brand name recognition in the highly competitive 35mm SLR market. Thus began ‘Top Secret Project 130’, a collaboration with Carl Zeiss to produce a new, professional 35mm SLR with an electronically-controlled shutter, bearing the Contax brand name, along with a new line of premium quality lenses. The F. Alexander Porsche Group was hired to complete an ergonomic and styling study of the new camera. The result was the all-new Contax RTS, which appeared at Photokina in 1974, and proved an immediate hit.

The RTS featured an electronically-controlled, horizontal cloth focal plane shutter with speeds of 1 - 1/2000 sec. plus B, interchangeable focus screens, and the ability to accept a number of professional accessories including power winders, professional motor drives, and both infrared and radio-controlled remote releases.

Before being replaced by the RTSII, an interesting variant of the RTS was produced in small quantities: the Contax RTS Fundus (also called Scientific/Medical; presumably for ophthalmic photography). This was essentially an RTS with two additional features. Firstly, below the shutter speed dial on the front of the top-plate, a locking button was added that prevented the dial from being accidentally knocked from its X-sync (1/60) and Auto settings. The second change was even more useful: the electronic shutter release of the RTS was very sensitive with a depression of less than 1mm to activate the shutter; but in a laboratory, for example, where the operator may be wearing gloves, accidental firing of a standard RTS was a problem. Contax solved this by modifying the top plate further and adding a 2mm guard ring around the shutter release button. Most - but not all - of the RTS Fundus cameras had 'Scientific/Medical' stencilled in white on the base plate. A very small number of these bodies also featured additional mirror-damping.

Since the advent of the RTS, Contax cameras were made by Yashica in Japan, with some lenses made by Carl Zeiss in Germany, some in Japan by Yashica (later Kyocera). The cameras were noteworthy for their advanced electronics. The Contax Zeiss T* lenses, in particular, soon gained a reputation for superb optical quality. Since manual-focus Contax and Yashica manual-focus 35mm SLR cameras share the same bayonet lens mount, their lenses may be used interchangeably.

The success of the RTS led to other Contax cameras (see Contax (Yashica/Kyocera)). In the Contax model range, the most professional and most expensive body would always have a name beginning with RTS.

In 1982 the original RTS was replaced by the Contax RTS II.

In 1991 the RTS II was replaced by the Contax RTS III.

Specifications

RTS RTS II RTS III
Introduction 1975 1982 1991
Shutter speed 4 to 1/2000 4 to 1/2000 4 to 1/8000
16 to 1/2000 32 to 1/8000
Flash sync 1/60 of a sec 1/250 of a sec
Metering modes Center-weighted
Spot
Metering range -1 to 19 EV 0 to 21 EV
3 to 21 EV spot
ISO 12 to 3200 6 to 6400
DX 25 to 5000
Finder 92% 0.87x 97% 0.87x 100% 0.74x
Film Advance crank motor
Battery 4LR44/PX28 6x AAA or 2CR5
Dimensions 142x90x50mm 142x90x50mm 156x121x66mm
Weight 700g 735g 1150g

Links

In English:

In Spanish:

In French:

Japan Camera Grand Prix
Camera of the year

1984: Nikon FA | 1985: Minolta α-7000 | 1986: Canon T90 | 1987: Canon EOS 650 | 1988: Kyocera Samurai | 1989: Nikon F4 | 1990: Canon EOS 10 | 1991: Contax RTS III | 1992: Pentax Z-1 | 1993: Canon EOS 5 | 1994: Minolta α-707si | 1995: Contax G1 | 1996: Minolta TC-1 | 1997: Nikon F5 | 1998: Pentax 645N | 1999: Minolta α-9 | 2000: Canon EOS-1V | 2001: Minolta α-7 | 2002: Canon EOS-1D | 2003: Canon EOS-1Ds | 2004: Nikon D70 | 2005: Konica Minolta α-7 Digital | 2006: Nikon D200 | 2007: Pentax K10D | 2008: Nikon D3 | 2009: Canon EOS 5D Mark II | 2010: Olympus Pen E-P1 | 2011: Pentax 645D | 2012: Nikon D800 | 2013: Sony DSC-RX1 | 2014: Nikon Df | 2015: Canon EOS 7D Mark II | 2016: Sony α7R II | 2017: Olympus OM-D E-M1 Mark II | 2018: Sony α9 | 2019: Lumix S1R | 2020: Sony α7R IV | 2021: Sony α1 | 2022: Nikon Z9 | 2023: Sony α7R V

Special Prize
1990: Konica Kanpai | 1991: Fuji Cardia Travel Mini Dual-P | 1992: Konica Hexar | 1993: Nikonos RS | Sigma SA300 | 1994: Olympus µ[mju:] Zoom Panorama | 1995: Ricoh R1 | 1996: Fujifilm GA645 | 1997: Canon IXY | Contax AX | 1998: Olympus C1400L | 1999: Nikon Coolpix 950 | Tamron AF28-300mm F3.5-6.3 LD Aspherical IF MACRO lens | 2000: Nikon D1 | Konica Hexar RF | 2001: Bronica RF645 | Fujichrome 100F/400F film | 2002: Minolta DiMAGE X | Nikon FM3A | 2003: Fujifilm GX645AF | Hasselblad H1 | 2004: Canon EOS Kiss Digital | Sigma 12-24mm F4.5-5.6 EX DG Aspherical HSM lens | 2005: Nikon F6 | Epson R-D1 | 2006: Ricoh GR Digital | Zeiss Ikon | 2007: Sony α100 | Adobe Lightroom software | 2008: Sigma DP1 | Fujichrome Velvia 50 film | 2009: Panasonic Lumix DMC-G1 | Casio EXILIM EX-FC100 | 2010: Sony Exmor R sensor | Canon EF 100mm F2.8L Macro IS USM lens | 2011: Fujifilm X100 | Epson MAXART PX-5V (R3000) printer |

Editor
2012: Sony NEX 7 | 2013: Canon EOS 6D | Sigma DP1 / DP2 / DP3 Merrill 2014: Olympus OM-D EM-1 | Canon EOS 70D | Ricoh Theta