Nikon Z fc Green + NIKKOR Z DX 16-50 VR SL Mirrorless Camera Kit

Nikon Z fc with Nikkor Z 16-50mm Overview

Drawing inspiration from the iconic Nikon FM2 SLR, the Nikon Z fc Camera blends vintage 80s nuances with modern mechanisms to create a sleek and reliable design. Crafted with exquisite attention to detail, the Z fc boasts a luxurious black textured leather material and a matte silver body, showcasing classic Nikon design elements like the engraved “Nikon” logo, circular eyepiece, and traditional control dials and shutter buttons.

With 20 megapixels of resolution, the Z fc is capable of capturing clear and sharp images with textured details, even in low light conditions thanks to its high ISO sensitivity of up to 51200. Paired with lenses such as the NIKKOR Z DX 16-50mm f/3.5-6.3 VR, you can take full advantage of the camera’s built-in optical Vibration Reduction (VR) for optimal image quality.

Nikon Z fc Key Features:

• 20-megapixel DX CMOS Sensor
• ISO sensitivity of up to 51200
• 4K UHD video recording with no crop, utilizing the full image sensor
• Compatible with Webcam Utility, enabling next-level live-streaming
• Reliable Eye-Detection AF and Animal Eye-Detection Autofocus
• Over 20 Creative Picture Control effect
• Supports the latest version of Nikon SnapBridge (ver. 2.8) for smartphone connectivity

Nikkor Z DX 16-50mm f/3.5-6.3 VR Lens Key Features:

• The retro-style Z FC camera body is complemented by a classic silver finish.
• Designed for DX-format Nikon Z-mount mirrorless cameras, the standard zoom lens covers a focal length range equivalent to 24-75mm.
• Improved clarity and color accuracy are achieved through the inclusion of one extra-low dispersion element, which reduces color fringing and chromatic aberrations.
• Greater sharpness and accurate rendering throughout the zoom range are ensured by the use of four aspherical elements, which minimize spherical aberrations and distortion.
• The Super Integrated Coating helps suppress flare and ghosting, resulting in improved contrast and color fidelity when working under strong lighting conditions.