Nikon Z8 Mirrorless Camera Bundle (Body Only) + 128GB Extreme Memory Card, 1x Replacement Battery, Rapid Travel Charger & More (23pc Bundle)

• Stacked sensor design reduces rolling shutter distortion so fast-moving subjects, like a golf club, tennis racket, or baseball bat, do not appear distorted when working with shutter speeds up to 1/32,000 sec.
• AF calculations are done at a 120 fps rate to keep up with fast continuous shooting speeds.
• High Efficiency RAW file format maintains image quality akin to uncompressed raw files but with file sizes approximately 30% smaller for faster reading/writing to the memory card.
• Stills can also be saved in the HEIF file format; a useful evolution from JPEG, this 10-bit format offers 1 billion more colors for greater realism and dynamic range when viewed on HLG-compatible displays while still retaining the small file size as a JPEG.
• Motion Blend Retouch feature can be used to produce an in-camera composite that depicts a series of subject movements within a single frame.
• Long Exposure display includes a live exposure timer on the rear LCD, along with the ability to dim the viewfinder to better preserve your night-adjusted vision.

Relying on the speed and stacked design of the sensor, the Z8 completely forgoes a mechanical shutter and uses just an electronic shutter for all capture modes. The speed of the sensor enables recording at up to 1/32,000 sec and the stacked structure reduces motion distortion for accurate depiction of fast-moving subjects, like golf clubs, baseball bats, and automobiles. Also, despite the absence of a mechanical shutter, flash sync up to 1/200 sec. is still supported as well as high speed sync functions.

By removing the mechanical shutter, the Z8 can also operate completely silently and there is no worry over mechanical shutter wear or breakdown. A shutter release sound can be added for awareness when a photo is being taken, and the volume can be adjusted to suit different working scenarios.

This focusing system also supports working in low-light conditions with a Starlight mode that permits focusing down to -9 EV to greatly benefit astrophotography, concert, and other nighttime shooting applications. Also useful for working in difficult lighting conditions, Backlit AF uses separate pixels on the sensor for AF, allowing these areas to intentionally overexpose for focusing accuracy purposes without impacting the actual exposure of the recorded image.

Utilizing inherited algorithms and deep learning technology from the Z9, including sophisticated Subject Detection, the Z8 can recognize a variety of distinct subject types, ranging from humans to animals to airplanes to bicycles. When working in Auto-Area AF, these subjects will automatically be detected, focused on, and tracked to ensure sharp focus when the subject is moving across the frame.

Eye-Detection AF, specifically, has been tuned for improved accuracy and refined recognition of eyes in the scene, regardless of how small or large they are within the image frame, and can also be used in conjunction with custom Wide-Area AF for different subject shapes and sizes.

• Built using eco-friendly Seerebo carbon fiber and robust magnesium alloy, the Z8 manages to be both durable and lightweight, weighing just 2 lb.
• Premium weather sealing protects against dust and moisture for confident use in harsh climates.
• Included EN-EL15c battery offers approximately 340 frames per charge when primarily using the viewfinder or 370 shots per charge when primarily using the LCD monitor. The Z8 is also compatible with other EN-EL15-series batteries.
• In-body Vibration Reduction now supports Synchro VR to achieve up to 6 stops of camera shake compensation when used with select Z lenses.
• Helping to cut down on dust reaching the sensor, the Z8 incorporates a sensor shield that protects the sensor surface when changing lenses. For additional dust prevention, there is also a dual electro-conductive and fluorine coating on the optical filter covering the sensor.
• Backlit buttons offer easier navigation and button recognition when working in low-light conditions.