Fuji 27mm f/2.8 WR lens review
My review of the Fuji xf27mm f/2.8 WR lens after 2 years of use.
The Fuji XF 27mm f/2.8 WR lens is a small pancake lens designed for the Fuji system. It has a maximum aperture of f/2.8, a full frame equivalent focal length of approximately 40mm, and is weather resistant unlike the mark one version of this lens. It also, despite being a pancake lens, features a physical aperture ring.
I bought the Fuji 27mm lens almost two years ago with the goal to make my camera system smaller and easier to carry around. Of course, focal length and image quality were also a consideration for me.
The lens is indeed small and I have used my old X-T1 camera a lot more often than before I bought this lens. It’s a much lighter system to pack and Carry around than I had before, which consisted of some adapted lenses and the Fuji 18-55mm zoom lens. The pictures these lenses took were great but I hardly ever used the camera due to the size and camera bag required to carry the gear around. It had to be an occasion to take my camera somewhere. My XT1 and 27mm lens now fit in a reasonably small camera bag which is a big plus.

The 40mm equivalent focal length was draw card for me when I bought this lens. Nowadays I’m starting to lean a bit wider in the lenses I use, 35mm and 28mm are focal lengths I’m using more and more. I still like the 40mm focal length for certain things and this lens is great for those occasions. The image quality is really good, especially for a pancake lens. I think 40mm is a great focal length for certain types of portraiture, fashion, and street photography when you want a natural field of view.
The way I use the Fuji system is by taking in-camera jpegs. I only shoot RAW if there is some special reason to. I like to dial in the look I like in camera on the Fuji’s. I’ve usually been pretty happy with the black and white images I’ve got out of the camera but it took me a while to get happy with the color images. I went from using classic chrome, to hi neg pro, to Astia, and am now using the Provia film simulation for color most of the time.

The lens feels well built, like it is made out of quality materials. The aperture ring feels great to turn, and auto-focus in accurate and fast enough. I should say I am using back button focus in single shot mode. If you’re using the camera with continuous auto-focus or doing sports photography then your experience may vary. I’m also sure if you’re using a more modern camera than the X-T1 then auto-focus will be better than my experience.
I'm very happy with the image quality from this lens. I'm not big into the technical aspects of image quality, I just go by my eye and my personal taste. Check out some examples below to see for yourself.

The original Fuji 27mm lens is very similar optically, maybe even exactly the same according to some reviewers. If you don't care for weather sealing or an aperture ring then this could be a cheaper option in the secondhand market. Other alternatives are the TT Artisan 27mm or the voightlander 27mm. The TT Artisan being a cheaper alternative to the Fuji and the Voightlander being a bit more expensive. I've never used a TT Artisan lens so wont comment except they seem to have a good reputation. I've also not used the Voightlander 27mm but I'm a fan of their lenses generally so it might be a good option for some to consider, as long as you're happy with manual focus only.
I also used a 28mm Minolta MD lens on my Fuji previous to this. I still have this lens, and still like it, but wouldn't go back to it on the Fuji system due to it's size. The lens plus the K&F MD to Fuji adapter make it quite a decent size setup. For my use case the Fuji 27mm is the right combination of image quality, size, and build quality (including auto-focus). I like Voightlander lenses but on the Fuji system, with a pancake lens that I will use most for travel photography, a lens with back button auto-focus is the most convenient.




Example images shot on the Fuji 27mm f/2.8 WR lens. Camera used is the Fuji X-T1 with Provia and Monochrome film simulations SOOC.