SIRUI Aurora 85mm f1.4 Full-frame Autofocus Lens for Nikon Z

Be the first to review this product


SIRUI Aurora 85mm f1.4 Full-frame Autofocus Lens for Nikon Z

Brand: Sirui

List Price: £549.00

Buy for:£549.00Only one store In stock

Quick Overview

The SIRUI Aurora 85mm f1.4 Full frame Autofocus Lens for Nikon Z is compact, lightweight, and ideal for shooting handheld or with a gimbal stabiliser. The wide f1.4 aperture is suitable for low light environments and produces a shallow depth of field ideal for portraits. Its premium optical construction...

The SIRUI Aurora 85mm f1.4 Full frame Autofocus Lens for Nikon Z is compact, lightweight, and ideal for shooting handheld or with a gimbal stabiliser. The wide f1.4 aperture is suitable for low light environments and produces a shallow depth of field ideal for portraits. Its premium optical construction of 14 elements in 9 groups includes 1 Aspherical, 2 ED, and 3 HRI elements for sharp results....Read More...»»

Features & Specifications

No feature or specification details available

We don't have structured specifications for SIRUI Aurora 85mm f1.4 Full-frame Autofocus Lens for Nikon Z yet.

  • The SIRUI Aurora 85mm f1.4 Full frame Autofocus Lens for Nikon Z is compact, lightweight, and ideal for shooting handheld or with a gimbal stabiliser. The wide f1.4 aperture is suitable for low light environments and produces a shallow depth of field ideal for portraits. Its premium optical construction of 14 elements in 9 groups includes 1 Aspherical, 2 ED, and 3 HRI elements for sharp results.....from Wex Photographic
  • Write Your Own Review

    How do you rate this product? *

      1 * 2 * 3 * 4 * 5 *
    Rating
    Loading best prices…

    Price on the up? Buy today! Follow the Price History for sirui aurora 85mm f1.4 fullframe autofocus lens for nikon z

    Compare prices for SIRUI Aurora 85mm f1.4 Full-frame Autofocus Lens for Nikon Z - Buy SIRUI Aurora 85mm f1.4 Full-frame Autofocus Lens for Nikon Z - Prices checked on September 17, 2026

    Page generated in 0.2265 seconds