Minolta AF 70-210mm f/4 lens
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Minolta 70-210mm f/4 | |
Key features | |
---|---|
Maker: | Minolta |
Ultrasonic motor: | No |
Macro capable: | Yes |
Technical data | |
Type: | Zoom |
Focal length: | 70-210mm |
Frame coverage: | 34.3°-11.7° |
Aperture (max/min): | f/4 - f/32 |
Construction: | 12 groups / 9 elements |
# Diaphragm blades: | 7 blades |
Close focus distance: | 1.1 m |
Max. magnification: | 1/4 |
Physical | |
Max. length: | 168 mm |
Weight: | 695 g |
Filter diameter: | 55 mm |
Accessories | |
Lens hood: | Metal or plastic clip-on |
Angle of view | |
Horizontal: | 34.3°-11.7° |
History | |
Introduced: | 1985 |
Retail info | |
MSRP US$ | As of 2008, frequently available second-hand on auction websites at prices ranging between £50 and £120. |
The Minolta AF 70-210mm f/4 lens is an autofocusing telephoto photographic lens compatible with cameras using the Minolta AF lens mount. The lens is colloquially known as the "beercan" by Minolta camera users because the lens shape and size closely match the proportions of a typical aluminum beer can.
It was introduced in 1985 at the launch of the Minolta Maxxum/Dynax/Alpha 7000 camera (the first ever autofocus SLR to make mass production) and remained in production for many years. Production slowed and then eventually stopped; its successors, the 70-210/3.5-4.5 and 70-210/4.5-5.6 had none of the qualities of the original and build and image quality decreased.
It remains popular, however, for use on digital single lens reflex cameras using the AF system, such as the Minolta Maxxum 7D or the Sony α. Although relatively bulky and weighty, the lens is valued for its solid build, sharpness and smooth bokeh effect. The "beercan" has now gained somewhat of a ledgendary status, with prices on the market increasing as many people are purchasing them for the recent introduction of the Sony α.
[edit] See also
[edit] References
This article or section includes a list of references or external links, but its sources remain unclear because it lacks in-text citations. You can improve this article by introducing more precise citations. |
- Technical data and user reviews on dyxum.com
- Technical data on mhohner.de