The Pentax SMC FA 43mm F1.9 Limited Lens [20170-80] is ideally suited for everyday use including indoor photography, traveling, and hiking.

Like every Pentax lens, the smc P-FA 43mm F1.9 lens features our acclaimed smc multi-layer coating to lower surface reflection, reduce ultraviolet rays, and deliver clear, high-contrast images.

The 43mm F1.9 is a lens that delivers what is considered a "normal" perspective in 35mm and full-frame digital photography. It has a very fast f/1.9 maximum aperture for depth of field control and excellent low-light results. Multi-layer coating reduces ultraviolet rays and lowers surface reflection for sharp, high-contrast images. This amazingly compact (1" long) and lightweight (5.5 oz) lens makes it easy to always get the shot you want. The 43mm f/1.9 Limited Edition has robust construction for many years of use.

Main Features

• The smc Pentax FA 43mm F1.9 Limited offers exceptional high-contrast, high-resolution optics with minimal aberrations.
• Developed for Pentax film SLR cameras, however full-frame optics are also compatible with Pentax digital SLR cameras.
• The FA 43mm F1.9 Limited lens features the acclaimed Pentax smc multi-layer coating to lower surface reflection, reduce ultraviolet rays and deliver clear, high-contrast images.
• The ultra-compact design weighs just 5.5 ounces and is just over an inch in length.
• A fast F1.9 aperture offers outstanding depth of field control in any lighting condition.
• The natural perspective of subjects makes this lens ideally suited for everyday use including indoor photography, traveling and hiking.
• 43mm Focal Range
• F1.9 Max Aperture
• Filter Thread: 49mm
• Max Format: 35mm FF
• Pentax KAF Mount
• Weight: 155g.
• Diameter: 64mm
• Length: 27mm Min Focus Distance:0.45m Max Magnification:0.12x

The FA 43's natural perspective of subjects makes it ideally suited for everyday use including indoor photography, traveling, and hiking. Like every Pentax lens, the smc P-FA 43mm F1.9 lens features our acclaimed smc multi-layer coating to lower surface reflection, reduce ultraviolet rays, and deliver clear, high-contrast images.