How to Fix Blown Out Skies: Simple Editing Steps (2026)

A blown out sky is fixable as long as some color information survived the exposure. Pull the Highlights slider down, mask the sky so the rest of the frame stays put, then match the foreground to the new sky tone. If all three color channels clipped to pure white, that detail is gone and you can only darken it or replace it.

That three-part answer is the whole method, and the rest of this guide is the detail. Most of it takes about ten minutes once you know where the controls live. The part people rush is the first ten seconds: deciding whether the sky is worth repairing at all.

What You Need

Three things, and only three. The original file, software with tonal controls, and a way to apply them to part of the image rather than all of it.

• The original file. A RAW file if one exists, since it holds a much wider range of tones than a JPEG. If the only copy is a JPEG, know going in that the damage is already compressed.
• A tone panel. Lightroom Classic, Lightroom, Photoshop with the Camera Raw filter, Capture One and Affinity Photo all expose exposure, highlights and whites controls. On a phone, Lightroom Mobile covers the first four steps and nothing more.
• A masking tool. This is the part people skip, and it is the part that makes the result look edited rather than faked. A gradient filter over the sky works fine if your software has no dedicated sky tool.

A duplicate layer is worth setting up if your editor has layers, because it lets you compare without guessing. It costs nothing and saves the awkward moment of realizing the original version is gone.

Step-by-Step

1. Open the Image and Check the Original

Open the highest-quality file you have, then turn on the histogram before you touch anything else. In Lightroom, press the J key, or click the histogram name in the panel header to cycle through the RGB histogram. In Photoshop, open it from the Panel menu, or use the Histogram panel in the Camera Raw filter.

Look at the far end of the graph. Pixels pinned hard against that edge are clipped. Now the important part: the histogram overlay in the clipping indicators tells you which channels clipped, and the colors carry meaning.

• Pure white indicator. All three color channels hit maximum, so the detail is physically gone.
• Red, green or blue indicator. One or two channels clipped. The remaining channel still holds shape, and a recovering sky is possible.
• No indicator, and the histogram stops short of the edge. Nothing clipped. You have room to work, and this should be a quick fix.

Zoom to 100% and look at the sky itself. If you can still see the faintest trace of cloud shape, you have something to build on. If the area is a featureless white sheet, treat it as a tone problem rather than a detail problem, and set your expectations accordingly.

2. Lower Overall Exposure Temporarily

Drop the Exposure slider by a stop, then another, watching the histogram as you go. This is not your final look. It is a diagnostic move that pulls the sky back into a range where the recovering controls can actually work on it.

You will notice the foreground going dark. Ignore it for now and keep working while the sky is readable. The classic forum complaint is people underexposing until the ground is nearly black and then not knowing which half to sacrifice. The fix is sequencing: solve the sky first, because the sky is the half you cannot recover later.

Stop when the histogram no longer shows heavy clipping at that end. If it still does after two stops, note how much of the sky is pure white, because that tells you which repair tier you are aiming for.

3. Recover Highlights and Whites

Now the real recovery. Drag Highlights down in small increments and watch the sky. Highlights affects only the upper tone range, so clouds reappear while the midtones sit untouched. In Lightroom Classic this is the Develop panel’s Tone section, above the whites and blacks sliders.

Whites is a different animal. It sets the brightest point in the image, so on a clipped sky it mostly decides how white the remaining cloud is. Pulling whites down when you want to recover detail is a common mistake and it flattens the sky into pale grey. When you have clipped pixels, whites usually comes down slightly too, but highlights does the real work.

If the recovered area starts banding into flat stripes, that is the point where you stop and add a touch of noise or grain. Banding is a sign you are asking for more than the file can give.

4. Add Local Adjustments or a Sky Mask

Global changes hit the ground as well as the sky, which is why the next move is local. In Lightroom, click the masking icon above the histogram and choose Select Sky, then refine. In Photoshop, use Select then Sky, or the Camera Raw filter’s adjustment brush with the sky pinned.

With the sky selected, lower its exposure and highlights a further half stop or so, and nudge dehaze or texture up in small amounts. Dehaze is the slider that turns a flat white into a sky with weight, and it is also the fastest way to make an overdone edit look like a processing error. Half a point is usually plenty.

Feathering matters more than people expect. Set the mask feather to something in the range of 40 to 60 and pull the mask edge down slightly below the horizon so the adjustment fades out over the land rather than cutting it. Then check the edge at 100%: a visible line along the horizon means the transition needs more feather, not a darker sky.

In Capture One, the equivalent is the Curve and Color tools applied inside a new layer with a gradient or drawn mask. In Affinity Photo, use the Selection brush and a Curves adjustment layer. The names differ, the logic does not.

5. Match the Sky to the Foreground

Darkening the sky changes the balance of the whole frame, and the foreground is now the half that looks wrong. This is the follow-up problem that gets asked constantly and rarely gets answered properly.

Start by lifting Shadows and Blacks modestly, and be realistic about the ceiling. Shadow data is thin, and pushing it far past where it was recorded only amplifies noise and color blotches. Small, careful moves beat one dramatic drag.

Then check the contrast between the halves. If the sky reads as a heavy grey lid over a bright field, the two halves are not agreeing. Add a little contrast to the foreground or pull the sky down a touch more, and use the tone curve to hold the midtones steady while you do it.

Finally, match the white balance. A sky warmed toward orange next to a cool green field looks pasted in, even when the mask is perfect. Shift temperature and tint until the two halves share a color cast, then step back and look at the whole frame rather than the zoomed view.

6. Correct Color, Contrast, and Texture

Recovered sky pixels are thin on data, so color work should be restrained. Increase saturation or vibrance a little and watch for the moment the blue turns electric. If it does, you have passed the point where the color is coming from the original image rather than from the file.

Zoom to 100% and inspect three things: the mask boundary, the edges of clouds, and a flat area of sky at full size. Halos around clouds come from over-sharpening or too little feather, and they are the single most common give-away in a repaired sky. Banding shows up as flat horizontal stripes in smooth areas. Noise shows up as a grainy, mottled texture that appears only in the region you recovered.

Noise reduction applied lightly to the sky only, with a mask, handles the mottling better than blurring does. Blurring a recovered sky produces the grey, out-of-focus look that makes an edit look broken.

7. Save and Compare the Result

View the edit at normal size, not zoomed in, and toggle between the before and after version. This is the only reliable way to catch an edit that looks fine up close and wrong in context, which is most over-processed skies.

Export the finished file as a TIFF or high-quality JPEG depending on where it is going. Keep the working file with its layers and masks, because you will want the sky darker or the foreground brighter later, and rebuilding the mask is the slowest part of the job.

Tool paths differ slightly by version, so here is the quick map. Lightroom Classic: masking icon above the histogram, then Select Sky. Lightroom: the same, under the Masking button. Photoshop: Select, then Sky, or the Camera Raw filter opened with Ctrl+Shift+A. Capture One: new layer, then the Curve tool with a drawn or gradient mask. Affinity Photo: Selection brush, then a Curves adjustment layer. Lightroom Mobile: the masking tool under the Adjust icon, with a manual brush rather than automatic sky detection.

Common Mistakes

Dropping exposure until the foreground goes black. The image now has one bright problem and one dark one. Fix the sky first while it is readable, then bring the foreground back. You cannot lower a sky you cannot see.

Recovering with Whites instead of Highlights. Whites sets the brightest point in the frame, so on a blown sky it produces a flat, pale grey instead of visible cloud. Highlights is the slider that brings structure back.

Overusing dehaze or saturation. A recovered sky is data-poor, and pushing color or clarity hard on data-poor pixels produces that saturated, artificial look. Small adjustments, checked at 100%, keep it believable.

Leaving a hard mask edge. The line along the horizon is the most obvious sign of a mask. Increase the feather and shift the mask edge down so the fade happens over land, not over the skyline.

Judging the result at full-screen size. Zoomed in you see detail; at normal viewing size you see whether it looks real. Check both, and give the normal-size view the final say.

Assuming the file can give back what it never recorded. If the clipping indicators are white, the pixels hold one single value. Darkening them gives you a grey sky, and no slider settings will change that. Adding texture, replacing the sky, or reshooting are the honest options at that point.

Prevention is easier than repair. Shoot RAW, turn on the highlight warning or blinkies so the camera flags clipping as you shoot, and expose for the highlights rather than the shadows. The consensus in the photography forums is blunt about this: recovering shadows is far easier than recovering a blown sky, because shadow noise is unpleasant but shadow information still exists. For high-contrast scenes, bracketing and blending later gives you two clean exposures, and a graduated neutral density filter or a polarizer at capture time can hold the sky down while the foreground stays correctly exposed.

Frequently Asked Questions

Conclusion

Open the file, turn on the histogram, and look at the clipping indicator before you change anything. That ten-second check decides whether you are looking at a repair or a rebuild, and it saves the hour you would otherwise spend dragging sliders toward a result that was never in the file.

After that, keep the work restrained. Recover highlights, mask the sky, feather the edge, and match the foreground. A believable sky with soft cloud and a grounded foreground beats a dramatic edit with a visible seam every time, and if all three channels clipped, darkening what is there is the honest outcome.