Lightroom Classic 15.0 is not a soft tweak; it is a direct attack on the time you waste sorting, cleaning, and fixing images. If you handle big shoots, this update quietly targets the exact points where your workflow usually slows to a crawl.
Coming to you from Jamie R Mathlin, this detailed video walks through Assisted Culling, Adobe’s new early access system that scans your images for focus, eyes, expressions, and obvious rejects, then scores them so you can skip the mindless grid scrolling. Mathlin uses a real wedding set to show how quickly you can cut hundreds of frames down by filtering for sharp subjects, eye focus, and open eyes without trusting the software blindly. You see how tightening the focus and eye sliders changes what gets rejected and why you should still sanity-check the results instead of letting the algorithm wipe half a job unchecked. It is very targeted toward handling sequences, speeches, and small moments where one blink used to cost minutes of review. By the time Assisted Culling is done, you are already working only with frames that deserve attention, not trash you should have deleted days ago.
The video then moves into the upgraded Dust Removal inside Distraction Removal, where a single click scans the frame, maps your sensor crud, and cleans it while still letting you review every spot. Instead of hunting dust at 200% zoom, you watch Mathlin run it on cityscapes and skies and then simply inspect the overlays to confirm what Lightroom touched. The shadow-aware object removal is another practical gain: you paint a subject once, and Lightroom now understands the shadow, so person and shadow disappear together instead of forcing you into extra passes or a round trip to Photoshop. There is also a small but meaningful change while cropping: you can now zoom inside crop mode so you keep critical details on the edge without guessing. Reflection Removal shows up as a very specific tool for plate glass scenes, not some magic fix for every highlight, so you see where it actually helps instead of wasting time forcing it into the wrong jobs.
Mathlin goes further into how these tools connect once you start pushing more complex edits, especially if you are already using features from Camera Raw. The updated Select Landscape mask can target sky, water, vegetation, architecture, and now snow with more precision, which gives you cleaner, more confident adjustments on mixed environments without wrestling with clumsy brush work. The Color Variance addition inside Point Color lets you pick a tone in something like a bridge or sky and control how tightly related hues stay grouped or separate, which opens up subtle, controlled color work that does not wreck skin tones or ambient light. You also get a look at the HDR workflow changes, including the HDR limit control and how extra highlight headroom only matters if your display can show it. Check out the video above for the full rundown from Mathlin.
1 Comment
This statement is incorrect: "extra highlight headroom only matters if your display can show it".
The extra headroom is just data and not affected by the display. The impact of limited headroom is you cannot see the image properly anywhere the pixel exceeds the current headroom.
There are many reasons why allowing the HDR limit to be 4 stops is better than the default 2.3 (or whatever your display limit is), even if your screen will not show you the benefit while editing:
(1) the lower limit bakes any clipping you see into the exported image. This makes it worse not only for those with better monitors, but even your own monitor would adapt the content when browsing (ie HDR is adapted for playback, while editing will always clip so that the in-range content properly tracks the EOTF).
(2) An experienced editor can edit HDR without seeing all of it. I often edit even +4 stops HDR on an SDR display. It isn't something a beginner should do, but it is is quite useful. This is particularly true for someone using an HDR laptop. For example, a M1+ MacBook Pro will offer 4 stops editing in controlled lighting, but only about 1 stop when you are working in a bright room. In other words, what you see is very dynamic even on your own display, and you should not change your edit just because the ambient light changed (though it is certainly ideal to work under controlled lighting when possible to get the most accurate and consistent view while editing).
Editing above 4 stops should be avoided for JPG gain maps and is of limited value for today's displays, but up to about 6 stops of headroom will be useful in the future for displays supporting the full PQ spec (ie 10,000 nits under controlled lighting to allow reference white to achieve 100-203 nits).