Nikon Camera Lens NIKKOR Z 85mm f/1.2 S Black [Nikon Z / single focal length lens]

Product Specifications

Basic Information

Product Features

- Outstanding optical performance with a maximum aperture of 1.2, made possible by the Z mount

The Z-mount's outstanding optical performance with a maximum aperture of 1.2 allows the photographer to capture the finest details in the texture of human skin and hair. The contrast between the high resolution of the focus plane and the smooth gradation of bokeh that increases in size from there toward the back of the image creates a dramatic, three-dimensional effect. The 85mm focal length, which allows the photographer to maintain an appropriate distance from the subject, is also ideal for portraiture. It provides excellent resolution regardless of the shooting distance, from infinity to close range, for impressive portraits.

- High-performance AF for accurate focusing even at the shallow depth of field of f/1.2

The multi-focus system with two STM (stepping motors) as AF actuators enables high-speed AF and sharp focus on the subject even at a shallow depth of field of f/1.2. The multi-focus system also makes a significant contribution to the improvement of close-range optical performance. Regardless of the shooting distance, even when shooting portraits and other close subjects, high image formation performance is achieved from the widest aperture setting, all the way to the periphery of the image.

- Designed for moving images to produce cinematic images

The STM AF system achieves a high level of noise reduction, enabling movie recording in quiet situations such as weddings without worrying about the sound of the AF drive being recorded. Moreover, the smooth drive ensures smooth focusing without any jerkiness, even when focusing slowly during video recording. The click-less control ring allows assignment of aperture value, ISO sensitivity, and exposure compensation for seamless exposure control. In addition, the design takes care to suppress focus breathing, so that even if the focus position shifts during focusing, the angle of view does not change, resulting in refined images.