Nikon Z6 III Mirrorless Camera Body + SanDisk Extreme Pro 64GB Memory Card + Camera Case + Battery Travel Charger + Gripster Tripod + 50" Tripod + More

The Nikon Z6 III pairs a new partially-stacked 24.5MP CMOS sensor with Nikon's EXPEED 7 processing to deliver flagship-level performance in a mid-range body. This sensor design enables faster readouts and reduced rolling shutter compared to previous models, while also unlocking improvements such as quicker autofocus, a smoother and brighter EVF with rich color, higher continuous shooting speeds, and elevated video frame-rate capability — including professional-level 6K internal raw recording and pre-capture at up to 120 fps. EXPEED 7 Image Processor: The Z6 III uses the EXPEED 7 engine, the same high-speed processor found in the Z8 and Z9, and offers processing speeds approximately 10x faster than the Z6II. Working together with the partially-stacked sensor, this pairing yields very fast AF response, ample buffer capacity, fluid video handling, and responsive overall operation. High-Speed Continuous Shooting and Buffer: The camera can shoot at up to 20 fps when recording raw files, up to 60 fps for full-frame JPEGs, and 120 fps for JPEGs when using a DX crop. All of these rates maintain full AF/AE performance. When using the electronic shutter, the Z6 III can buffer over 1000 images in a single burst, allowing continuous sequences of approximately 50 seconds. 493-Point Phase-Detection AF: Covering the full sensor area, the Z6 III’s EXPEED 7 processor enables Nikon’s 299-point phase-detection AF system to deliver fast, accurate focusing. AF readings can be performed at rates up to 120 fps thanks to the sensor speed and the high-bandwidth Z mount interface. Low-Light and Special AF Features: The Z6 III includes a Starlight mode that supports focusing down to -10 EV, which is useful for astrophotography, concerts, and other challenging lighting situations. With the highest native ISO in a Z-series camera at ISO 64000, the autofocus system remains effective in dim conditions. The Backlit AF function leverages separate sensor pixels that can be intentionally overexposed for focus measurement without altering the actual recorded exposure, improving focus accuracy in backlit scenes.