The Viltrox 90mm f/2.2 Evo Is Surprisingly Hard to Put Down

The Viltrox 90mm f/2.2 Evo is one of those lenses that shouldn't perform as well as it does at its price. At $369, it sits in territory where you'd normally make compromises on sharpness, autofocus, or build quality, and this lens largely refuses to do that.

Coming to you from Pav SZ, this detailed real-world review puts the Viltrox 90mm f/2.2 Evo through its paces on the Fujifilm X-S20, where it delivers 135mm equivalent reach in a body that weighs just 320 g. That size comparison alone is striking: Pav holds it next to a standard full frame 135mm lens, and the size difference is dramatic. On an APS-C sensor, f/2.2 might sound like a step down from the f/1.8 lenses in that focal range, but the bokeh Pav captures looks genuinely excellent, with creamy, smooth background separation that doesn't feel like a tradeoff. 

Sharpness is above average from the start, and Pav notes almost no chromatic aberration and well-controlled flare. The autofocus is where things get interesting. Pav admits he didn't expect it to perform badly, but he didn't expect it to be this consistent either. On the Fujifilm X-S20, autofocus is adequate but not the lens's strongest showing, and Pav is upfront that the Sony and Nikon versions will almost certainly perform better on their respective bodies. There's a small amount of focus breathing for video, but nothing unusual for a lens at this price or even well above it.

Build quality punches above the price too. The lens has a rubber gasket around the mount for weather resistance and a USB-C port for firmware updates. The Fujifilm X mount version is stripped of extras like a function button and a click/de-click aperture switch, both of which are present on the Sony E and Nikon Z versions. The 58mm filter thread and smooth manual focus ring round out a package that doesn't feel like a budget product in the hand. Viltrox also released the Viltrox 75mm f/1.8 APS-C lens alongside this one, giving you an alternative if you want a wider aperture at a shorter focal length. Check out the video above for the full rundown from Pav.