Which overexposed photos come back, and which do not
Search this and you get the same article several times over: drop the exposure, pull the highlights down, lift the shadows, done. The steps are correct and they are also the easy half, because they only work on one of the two problems that share the name overexposed.
A photograph can be too bright and still hold everything it recorded, in which case it recovers in about a minute. Or it can be too bright because the brightest parts reached the top of what the sensor could record and stopped, in which case there is no detail stored in them to bring back, by any tool, including this one. Those two files look similar on screen and behave completely differently, and the page below is mostly about telling them apart in your own photograph before you spend an evening on it.
What clipping is, in one paragraph
Each pixel stores a value per colour channel, and each channel has a ceiling. Light brighter than that ceiling does not record as a bigger number, because there is no bigger number available. It records as the ceiling, exactly like every other pixel that got there, so a window, a cheek and a shirt that all blew out arrive as the same flat white with no difference between them left in the file.
That is what clipping means, and it is why the distinction matters so much. A bright but unclipped photograph is a photograph with its information intact and its exposure wrong, which is an editing job. A clipped one is a photograph with the information missing, which is not.
If the bright area is a reflection off glass or a flash hotspot rather than the whole frame being too bright, the glare guide on this site is the one to read: that case has answers this one does not, because a reflection can sometimes be removed from in front of detail that was recorded.
Adobe documents the in between case explicitly for its own raw processing: recovery is possible when at least one channel in the clipped area still holds colour, and Lightroom Classic can recover detail in a raw file when one or two of the three channels are clipped. When all three have hit the ceiling together, there is nothing in that area to read.
The test, before you touch a slider
Any editor with a histogram will answer this, including the one on your phone. You are looking at the right hand end of it and at whether the editor is telling you something is clipped.
- Open the histogram and look at the far right edge. Data leaning towards the right is a bright photograph. Data piled up against the edge itself is the warning sign.
- Turn on the clipping indicator. Adobe puts highlight and shadow clipping indicators in the upper corners of the histogram, and clicking the lit one paints the clipped highlights over the photograph as a red overlay, which the J key toggles in the desktop apps.
- Look at where the red actually falls. A sky, a window or a lamp going white is usually survivable and sometimes even correct. The same red across a forehead, a wedding dress or the subject of the photograph is the case that cannot be undone.
- While dragging a tone slider, hold Alt on Windows or Option on a Mac to preview the clipped areas, then ease back until the warning clears. Adobe describes this as moving the slider until clipping begins and then reversing it slightly.
If it is bright but not clipped
This is the good case and the order of operations is worth getting right, because the usual instinct makes it harder than it needs to be.
Bring the exposure down first until the midtones look honest, then use the highlight control to recover the brightest areas specifically rather than darkening the whole frame to rescue a corner of it. Adobe describes its highlights slider as the one to drag left to darken highlights and recover blown out highlight detail, which is exactly the job here.
Only after that touch the shadows, and gently. Lifting shadows on a photograph that was overexposed tends to flatten it, because you have just pulled the top down and are now pushing the bottom up, and the two together remove the contrast the photograph had. Finish with a small contrast or curve adjustment rather than starting with one.
A raw file gives you noticeably more room in this case than a JPEG of the same scene, because the processing that made the JPEG already decided where white was and discarded what sat above it.
If it is clipped, what is actually available
Nothing recovers the detail, so the honest options are all about the photograph as a whole rather than about the blown area.
Tone the white down so it stops reading as a hole. The area stays featureless, but a soft grey white sits in a photograph far better than a pure white patch, and the eye stops going straight to it. This is cosmetic and it is often enough.
Crop it out, if the clipped area is at an edge rather than through the middle of the subject. A tighter frame that holds detail everywhere is a better photograph than a wide one with a hole in it.
Convert to black and white, which is not a trick so much as a change of expectations. A blown highlight in a monochrome photograph reads as deliberate much more readily than it does in colour.
If the scene still exists, shoot it again and deliberately underexpose, then lift it afterwards. Detail recorded a little too dark can be raised. Detail never recorded cannot be, which is the whole asymmetry worth remembering.
Where an enhancer helps and where it does not
This is the part the results above this page tend to blur, and it is worth stating plainly. Clara enlarges a photograph and rebuilds detail where detail was recorded. It does not and cannot restore a region whose pixels all sat at the ceiling, because there is nothing in that region to work from, and any tool that appears to do so is drawing something plausible rather than recovering what was there.
What it does change is everything around the blown area. An old print or a phone photograph that is bright and also soft usually has two separate problems, and only one of them is the exposure. Sharpening and resolution on the parts that were properly recorded can lift the photograph as a whole while the window behind the subject stays white.
For tone there are brightness, contrast and saturation adjustments in the web version, which move the photograph you have rather than inventing what it does not hold. Used on an unclipped file they do the same job as the sliders described above. Used on a clipped one they will make the white area a different shade of white, which is the cosmetic fix and not a recovery.
The mistake worth avoiding entirely
Do not keep pushing. The failure pattern in this subject is a reader who cannot see detail in the sky, drags the highlights all the way down, finds a grey patch where the sky was, then drags contrast and saturation up to compensate and ends with a photograph that looks edited in a way the original was not.
The grey patch is the information that was in the file. There was nothing underneath it. One careful pass that accepts the loss leaves a better photograph than four passes that keep trying to find what is not there.
Keep the original either way, which is advice that applies to everything on this site and especially here. An exposure edit is a decision, and you will sometimes want to make a different one in a year.
More guides
Questions
Can an overexposed photo be fixed?
It depends which kind you have. A photograph that is simply too bright still holds its detail and recovers in a few minutes of editing. One where the brightest areas reached the top of what could be recorded has no detail stored there, and nothing recovers it. The histogram and the clipping indicator tell you which one you are looking at.
How do I know if my highlights are clipped?
Open the histogram and turn on the highlight clipping indicator, which Adobe puts in the upper corner of the histogram. Clicking it paints the clipped areas red over the photograph. If the red covers your subject rather than a window or a sky, that part of the photograph is finished.
Which slider should I use first on an overexposed photo?
Exposure first, until the midtones look right, then the highlights control to pull the brightest areas back specifically. Adobe describes the highlights slider as the one that recovers blown out highlight detail. Leave shadows and contrast until last, since lifting shadows early flattens a photograph you have just darkened.
Does shooting raw actually help here?
Yes, and this is the case where it helps most. Adobe states that detail can be recovered in a raw file when one or two colour channels are clipped rather than all three. A JPEG has already had that decision made for it and the data above white discarded, so the same scene gives you less to work with.
Can AI recover a blown out sky or a white face?
It can produce one, which is not the same thing. If every channel in that area hit its ceiling there is no record of what was there, so anything that appears is invention rather than recovery. For a sky that is often fine and nobody minds. For somebody face it means the result is a plausible face rather than a photograph of them.
What is the best thing to do with a photo that is beyond fixing?
Stop trying to recover the area and improve the photograph around it. Tone the white down so it reads as light rather than as a hole, crop if the damage is at an edge, or convert to black and white where a blown highlight looks intentional. Then improve the detail in the parts that were recorded properly.