|Position in the lineup|
|Canon FD 55mm F/1.2 S.S.C. Aspherical||Mar 1975||⊗|
|Canon FD 55mm F/1.2 S.S.C. AL||Mar 1973||⊗|
|Canon FD 55mm F/1.2 S.S.C.||Mar 1973||⊗|
|Canon FD 55mm F/1.2 AL||Mar 1971||⊗|
|Canon FD 55mm F/1.2||Mar 1971||⊗|
|Canon FL 55mm F/1.2||Jul 1968||⊗|
|Canon FL 58mm F/1.2 II||Mar 1966||⊗|
|Canon FL 58mm F/1.2 I||Mar 1964||⊗|
|Canon Super-Canonmatic R 58mm F/1.2||Feb 1962||⊗|
|Maximum format:||35mm full frame|
|Diagonal angle of view:||42.9° (35mm full frame)|
|Lens construction:||7 elements in 5 groups|
|Number of blades:||8|
|Closest focusing distance:||60 cm|
|Maximum diameter x Length:||Ø67 x 52.5 mm|
|Filter size:||58 mm|
Design and Features
This lens replaces the FL58mm f/1.2 (released in March 1964) as a lens representative of Canon’s large-aperture SLR lenses.
The use of large apertures has become the most widespread in standard lenses used as multi-purpose lenses for general shooting such as landscapes, sport, portraits and close-ups. But lenses in the class of a focal ratio of f/1.2 all shared the design problem of eliminating field curvature and flare at maximum aperture. However, as a result of many years of research and development at Canon, this lens shows striking progress in performance at full aperture like the FL50mm f/1.4II (released in May 1968).
The optical system takes the 7-element in 5-group structure and 4 elements using new types of glass are appropriately positioned, sufficiently eliminating high-order spherical aberration and field curvature, while also coming close to completely absorbing the inner reflection that tends to occur in large-aperture lenses.
Alternatives (MF, 48..62 mm)
|Canon FL 58mm F/1.2 I||1964||⊗|
|Canon FL 58mm F/1.2 II||1966||⊗|