Nikon Unveils Lighter, Faster NIKKOR Z 70-200mm f/2.8 VR S II Lens with Enhanced Features

February 24, 2026
Nikon Unveils Lighter, Faster NIKKOR Z 70-200mm f/2.8 VR S II Lens with Enhanced Features
  • Nikon introduces the second-generation NIKKOR Z 70-200mm f/2.8 VR S II, a faster, lighter, and more refined professional telephoto zoom for the Z-mount, positioned in Nikon’s premium S line as part of the Holy Trinity alongside the 24-70mm f/2.8 S II.

  • The updated optics use 18 elements in 16 groups with new glass materials to boost sharpness, color accuracy, and contrast, while improving bokeh with an 11-blade rounded diaphragm and reducing ghosting and flare.

  • A closer minimum focusing distance and up to 0.3x maximum magnification at the wide end give the lens macro-like close-up capability.

  • B&H highlights include a YouTube First Look and Learn More resources on B&H Explora for product details and purchasing information.

  • In-lens Vibration Reduction provides up to six stops of stabilization, with Synchro VR optimizing stability on compatible Z bodies for telephoto work.

  • The lens weighs 998g with the tripod collar removed, about 362g lighter than the previous generation and 12mm shorter, aiding handheld use and gimbal balance.

  • Autofocus is upgraded with Silky Swift Voice Coil Motors, delivering faster, quieter, and more accurate focusing with reduced breathing, especially on bodies like the Z6 III or Z8.

  • Availability begins in March 2026, priced at $2,999, with Australian pricing not yet confirmed at the time.

  • Build includes enhanced weather sealing, customizable controls, a redesigned hood with a filter window, and an Arca-type tripod foot, with compatibility for 1.4x and 2x Nikon Z teleconverters.

  • Nikon claims a 26% weight reduction (about 12.7 ounces) and a 0.5-inch shorter length due to a redesigned optical layout with thinner elements.

  • The optical design uses fewer elements but adds dual-sided asphericals, Super ED and SR glass, and new coatings to improve sharpness, bokeh, and flare resistance.

Summary based on 3 sources


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