Nikon Z6 III Review: The Ultimate Versatile Camera for Every Creator

The latest camera model integrates the top-tier autofocus technology from the camera manufacturer into a more affordable, mainstream option. In almost every significant aspect, the new Z6 III either matches or exceeds the capabilities of the much higher-priced Nikon Z8.

While it isn’t without flaws, the Z6 III ranks among the finest full-frame mirrorless cameras available today, adept at tackling nearly all photographic scenarios that most users are likely to face. Professionals focused on landscapes and wildlife may prefer their Z8s for the added resolution, but for everyone else, this camera is the one to choose from Nikon’s lineup.

Significant Advancements

The Nikon Z6 III represents a considerable improvement over its predecessor, unlike the earlier upgrades from the original model. It incorporates nearly all the flagship functionalities found in Nikon’s pricier Z8 and Z9 series into the Z6 line.

The design of the camera body has seen some modifications, although it remains similar to the Z6 II. Weighing in at 1.7 pounds, the camera achieves a good balance even with larger lenses, and Nikon’s grip is noticeably the most substantial I’ve encountered, making it comfortable and easy to handle. Unlike the retro-inspired Nikon Zf, there aren’t too many external controls present. It features a mode dial for changing shooting modes, in addition to several other dials, buttons, and scroll wheels that offer ample customization options. However, it lacks the nostalgic vibe associated with the Zf.

The standout features of the Z6 III include its new, partially stacked sensor (more on this shortly), a refreshed 3D subject-tracking system that is both speedy and accurate, plus ProRes encoding capabilities for video capture. Additionally, there are numerous minor enhancements that elevate the overall shooting experience.

Equipped with a new 24-megapixel CMOS sensor, Nikon refers to it as a “partially stacked” sensor, suggesting that users can benefit from some performance enhancements typically associated with stacked CMOS sensors, like those present in the Nikon Z8 and Z9, while experiencing fewer downsides. Stacked sensors effectively position the processing circuits directly atop the sensor (technically behind it), allowing the RAM to be closely integrated, resulting in exceptionally rapid readout. This technology provides high-end cameras with the ability to capture up to 12 RAW images per second while preventing the viewfinder from blacking out during this process.