Nikon Z-mount (stylised as ) is an interchangeable lens mount developed by Nikon for its mirrorless digital cameras. It was first used in 2018.
The 55 mm throat diameter of the Nikon Z-mount makes it the largest full-frame lens mount. It is much larger than the older Nikon F-mount (44 mm) and than the E-mount (46.1 mm) used by Sony mirrorless cameras but only slightly larger than the 54 mm of both the Canon EF and RF mounts. It is also slightly larger than the 51.6 mm diameter full-frame mirrorless Leica L-Mount. The Z-mount has also a very short flange distance of 16 mm, which is shorter than all mentioned lens mounts. This flange distance, along with the large throat diameter, allows for numerous lenses of nearly all other current and previous mounts to be used with an appropriate lens mount adapter on a Z-mount camera (see Autofocus/electronic adapters for a list of mounts and adapters).
In late 2018, Nikon released the first two cameras that use this mount, the full-frame Nikon Z7 and Nikon Z6, both using the then topoftheline Expeed6 image processor. In late 2019 Nikon announced their first Z-mount camera with an APS-C sensor, the Nikon Z50, also using the Expeed6. In July 2020 the entry-level full-frame Z5 was introduced. In October 2020, Nikon announced the Nikon Z6II and Nikon Z7II, which succeed the Z6 and Z7, respectively. The APS-C lineup was expanded in July 2021, with the introduction of the retro styled Nikon Zfc, and in October 2021, Nikon unveiled the Nikon Z9, which effectively succeeded the brand's flagship D6 DSLR. It was the first to use the Expeed7 processor. The APS-C lineup was further expanded with the Nikon Z30, announced at the end of June 2022. The Nikon Z6III was announced in June 2024. In November 2024, Nikon announced the Z50II as a major upgrade of the Z50; it became the first APS-C camera to use the Expeed 7 processor introduced with the Z9. In April 2025, Nikon announced the Z5II as a major upgrade for its lowest class full-frame line of cameras. In September 2025, Nikon announced the first camera of its "Z Cinema" line, the ZR, co-designed with RED. The ZR is the first Nikon camera that offers the 12-bit R3D NE raw video codec (Redcode Raw with TicoRAW) internally.
In 2024, Red Digital Cinema was acquired by Nikon. In 2025, the first two cinema cameras using the Z-mount, the V-RAPTOR [X] and the KOMODO-X, were released. On 9 September 2025, Red released the VâÂÂRAPTOR XE, also offering a Z-mount version besides the RF-mount variant.
With the introduction of the Z-mount, Nikon began designing and releasing a new set of lens for that mount. It published a roadmap outlining forthcoming lenses when the Z-mount system was initially announced. The roadmap has been updated multiple times. As of February 2025, all lenses in the last version of the roadmap from September 2023 were released. Several lenses which were not indicated on the roadmap were released as well. On October 30, 2024, Nikon announced that it is developing a video-centric, standard zoom lens with power zoom, the NIKKOR Z 28-135mm PZ. On February 13, 2025, the details of the lens were released, alongside the announcement of the first two RED Digital Cinema cinema cameras with Z-mounts, the V-Raptor [X] and Komodo-X.
In 2018, Nikon announced the development of the Z-mount 58 mm S Noct lens, reintroducing the Noct brand historically used by Nikon for lenses with ultra-fast maximum apertures. The lens was released in October 2019.
Nikon uses a new designation system for their Z-mount lenses. The older F-mount Nikkor designations are no longer used, though they overlap in some areas (e.g. the VR and DX labels). Nikon also introduced the S-Line branding for especially high-performance ("superior") lenses, which is akin to Canon's L designation or Sony's "G-Master" branding.
The Nikkor Z line-up has several distinct lines of lenses, which are designed with similar handling and optical characteristics.
The following Nikon teleconverters are available for use with Z-mount lenses:
The Nikon teleconverters are only compatible with select Nikon Z lenses. They cannot be used in conjunction with the FTZ adapter. Z-mount teleconverters cannot be mounted on top of each other, although they can be used on the lenses that have built-in teleconverters.
The following lenses are compatible with the Nikon teleconverters:
Note that Nikon F-mount teleconverters can be used on compatible F-mount lenses when used with an FTZ II (or FTZ) mount adapter.
Nikon SLR cameras, both film and digital, have used the Nikon F-mount with its 44 mm diameter since 1959. The Z-mount has a 55 mm diameter. The FTZ II (and the original FTZ) lens adapter allows many F-mount lenses to be used on Z-mount cameras. The FTZ allows AF-S, AF-P and AF-I lenses to autofocus on Z-mount cameras. The older screw-drive AF and AF-D lenses will not autofocus with the FTZ adapter (although some third-party adapters do support autofocus with screw-drive AF lenses), but they do retain metering and Exif data. All Z-mount cameras support metering with manual focus lenses, along with all full-frame Z-mount cameras also providing in-body image stabilization (IBIS) on them.
Mount adapters provided by Nikon to support F-mount lenses on their mirrorless cameras are:
Mount adapters provided by Nikon to support PL-mount lenses on their RED Z cameras are as follows. Note that they cannot be used with Nikon Z mirrorless cameras.
Nikon specifies F-mount lens compatibility as in the following table. Nikon F-mount teleconverters can be used on compatible F-mount lenses, but the Z-mount teleconverters may not be used in conjunction with the FTZ. For details on the lens types listed in the table, refer to Nikon F-mount.
Three companies license the Z-mount from Nikon, enabling full compatibility: Cosina Voigtländer, Sigma and Tamron.
Numerous manufacturers offer purely manual lenses and lens mount adapters for the Z-mount, which do not interface electronically to the camera and do not support autofocus or automatic control of the aperture. Some manufacturers offer lenses and adapters with full electronic functionality (autofocus, automatic aperture control, Exif metadata, etc.). Third-party lenses and adapters often rely on reverse engineering the electronic protocol of a lens mount and might not work properly on new cameras or new firmware versions.
List by official designation and sources for the table below:
As described earlier, the short Z-mount flange distance coupled with the large throat diameter allows for numerous lenses of nearly all other current and previous mounts to be used with an appropriate lens mount adapter on a Z-mount camera.
The Z9 and Z8 use the same circular 10-pin accessory port (for a remote shutter release, external GPS receiver etc.) as previous "pro-grade" Nikon DSLRs (such as the D3/D4/D5/D6 series), while the Z5/Z6/Z7 (and their upgrades) use the rectangular 8-pin accessory port introduced with the D90 and used on most other Nikon DSLRs since. The Z30/Z50/Zfc (and their successors) do not have an accessory port.
All Nikon Z cameras (other than the ZR) have a hot shoe, which allows the use of the same iTTL flash system (Nikon CLS) as Nikon DSLRs, which remains fully backward compatible and with third-party flashes and flash transmitters.
Most Z cameras use the same batteries of their "peer" DSLRs:
Battery grips are available for several models:
Nikon does not offer vertical battery grips for the Z50II, Z50, Z30, Zfc, Zf, and ZR. The Nikon Z9 has a built-in vertical battery grip that is integrated into its body, and thus doesn't need an add-on grip.
The MC-N10 is a remote-control grip for all Z cameras with USB-C (the first-generation Z50 is the sole camera to not use USB-C). It connects through a USB-C cable to the camera and replicates the right-hand controls of the camera body. It is designed for film applications and uses an ARRI rosette-type mount. Cameras introduced before its release require firmware updates to use it.
This table contains the specifications for all Nikon Z lenses, as well as third-party autofocus lenses. Collecting all specifications for third-party lenses, including manual focus ones, isn't feasible due to the large number of brands producing a great variety of such lenses.