Nikon Z6 III, (Z6III), (Z 6 III), (Z 6III) Body

Nikon Z6 III, (Z6III), (Z 6 III), (Z 6III) Body

The world's first with a partially laminated CMOS sensor, offering the same high performance as flagship models and new features in a compact body.

• The Z6III inherits the same high performance and control as the Nikon Z9, the Nikon Z series flagship, and the Nikon Z8. It also offers new exclusive features and has an effective pixel count of 24.5 megapixels.


• As the first pasaulyje*1 full-frame mirrorless camera equipped with a partially laminated CMOS sensor and the EXPEED 7 image processing engine used in the Z9 and Z8, the Z6III better captures moving subjects and provides the video recording functions needed to meet the needs of video production. Z6III is fully equipped with the latest features and offers advanced performance, including an electronic viewfinder (EVF) that is brighter, has higher resolution and a wider color gamut than flagship models.


• In addition, Z6III works in conjunction with Nikon’s new cloud service, Nikon Imaging Cloud*2, which offers new imaging receptūras*3 features that expand the possibilities of image expression. It also allows images captured by Z6III to be automatically transferred to various third-party cloud storage services, greatly improving user convenience and enjoyment. Z6III supports both creators who want to try out more creative image expressions and professionals who earn a living with their cameras.


• Nikon will continue to pursue new dimensions of optical performance that meet consumer needs, contributing to the development of image culture, hoping to expand the possibilities of image expression.

1. High shooting performance achieved by the world's first partially layered CMOS sensor


2. 6K video recording for greater flexibility in video production


3. Bright, high-resolution, wide color gamut EVF that immerses the user in the shooting experience


4. Performance, reliability and handling equal to or better than higher-end models


5. New features that expand the possibilities of visual expression

Specifications