How do you restore an old photo? The whole method, start to finish

Restoring an old photograph is six steps in a fixed order: assess the damage before you touch anything, capture a clean digital copy by scanner or camera, repair that copy rather than the print, treat colour as a separate decision, keep the untouched capture as your master, and print only from the finished file. The order matters more than the software.

Most guides start at step three, because the repair is the part that looks like magic. It is also the part that is least in your control. What you decide in the first two steps sets a hard ceiling on everything that follows, and that is where a restoration is won or quietly lost.

Step one: work out what kind of damage you have

There are only two categories that matter, and they predict the result better than any tool comparison.

Tonal damage means the picture is all still there, just buried. Fading, darkening, flatness, an orange cast, grime, general softness. The information survives in a compressed range of tones, and software is genuinely excellent at pulling it back apart. A photograph that has simply gone grey and tired is the easiest case in restoration, and often the most transformed.

Structural damage means picture is physically missing. A tear where paper is gone, a scratch gouged through the image layer, emulsion lifted by water, abrasion that wore a face away. Nothing can recover what is not there, so any repair is a reconstruction based on what probably belonged in that space.

Hold the print under good light and ask which one you are looking at. Most family photos carry a bit of both, and the mix tells you what to expect. Our page on faded and darkened photos shows real recoveries of the first kind, and our honest note on what restoration cannot fix covers the second.

While the print is in your hand, resist the urge to clean it. A soft dry brush for loose dust is the limit. Water swells the image layer, solvents attack it, tape leaves adhesive in the fibres, and rubbing turns fine scratches into worn patches. Grime scans perfectly well, and it comes off far more safely on the copy than on the paper. Our page on surface dirt and grime has the before and after that makes the argument better than a paragraph can.

Step two: capture it properly

This is the step that decides how good the restoration can possibly be, and it is the one most people rush.

Scan when you can. A flatbed holds the print flat, lights it evenly, and avoids the lens distortion and reflections a camera introduces. Scan at 600 DPI for a standard print, and higher for small prints, anything with fine detail, or anything you intend to enlarge. Our scan resolution calculator works out the setting for a given print size and intended output, and the full reasoning, along with the colour mode, bit depth and file format that go with it, is in what DPI to scan old photos at.

Photograph it when a scan is a bad idea. Curled, brittle, mounted or oversized prints can crack or shed material under a scanner lid. A camera photographs them without touching them at all. Shoot square on, in even indirect light, no flash, filling the frame, at full resolution and without digital zoom. The comparison is set out in scan or photograph old photos.

Not owning a scanner is not a blocker. Library branches, community centres, print shops and plenty of offices have flatbeds, and a few hours with a borrowed one beats a year of meaning to buy your own. Failing that, the camera already in your pocket captures a print perfectly acceptably if you light it with indirect daylight and take the angle seriously.

Save the raw capture somewhere separate before you edit anything. This is the habit that protects you from every mistake later in the process. Call it a master folder, put it somewhere backed up, and never let an editing app write over it.

Handing step two to a scanning service

Worth naming on its own, because paying someone to scan removes the hardest part of the process rather than the easy part.

Bulk scanning services take a box of photographs, digitise the lot and send back files, usually on a drive or as a download. You then do steps three onwards yourself, on whatever device you own, which sidesteps the equipment question entirely. It suits a large collection and it suits a handful of prints badly, because postage and the risk of sending irreplaceable originals across the country outweigh the convenience at small volumes.

What separates a good service from a cheap one is the answers it gives about resolution, file format, handling and return shipping, and our guide on using a photo scanning service versus doing it yourself lists the questions to ask before anything leaves your house.

Step three: repair the copy

Now the actual restoration, and it is worth knowing what happens under the hood so the results are not a surprise.

A restoration model looks at the damaged area, reads the surrounding image, and rebuilds what should plausibly be there. On tonal damage this is close to a true recovery: the model is separating a stain or a haze from an intact picture underneath. On structural damage it is informed invention, and the quality of the invention depends on how much surviving context there is and how small the gap is.

That distinction explains nearly every result you will see. A web of fine scratches disappears almost perfectly, because each line is narrow and surrounded by intact picture. A gouge across a nose comes back plausible rather than exact. See fixing scratches on old photos for both cases side by side, and restoring a torn photograph for the harder end of it.

Faces deserve their own attention here, because a model reconstructs from what it has learned about faces in general, not from your grandmother’s face in particular. That is the one failure mode that matters more than any other, and it has its own guide.

Step four: treat colour as its own decision

Colour is not part of a repair, and lumping them together is how people end up with a result they are uneasy about and cannot name why.

There are two different jobs. Correcting colour means undoing what time did: pulling an orange cast out of a seventies print whose dyes have shifted, or rebalancing a colour photo that has gone magenta. That is restoration, it is reversing a known decay, and it is worth doing. Why it happens at all is covered in why old photos turn orange.

Colourising a black and white photograph is something else entirely: adding colour that was never recorded. The result is plausible, not accurate. Nobody knows what colour that dress was, including the model. Plausible is often exactly what a family wants, and it is also why some people find the result unsettling. Decide deliberately rather than by default, and our guide on whether to colourise old photos lays out both sides.

Step five: keep the master, always

Save the restored version as a new file, next to the untouched capture, not over it.

The reasoning is simple. Every restoration is an interpretation made by the tools available in the year you ran it. Those tools improve noticeably every year. A photograph captured cleanly today can be restored again in five years, from the same master, with a better result and without going anywhere near the original print. If the restored version is your only file, you have locked in one model’s opinion forever.

Name the files so a stranger could work out what they are, and back them up in more than one place. Backing up scanned family photos and organising them cover the part of this that takes an afternoon and saves a decade.

Step six: print, and put the original away

A restored photograph that lives only on a phone has not really been rescued. Print it, frame the print, and put the original in dark, dry, acid-free storage where it will stop deteriorating. Display a copy, never the irreplaceable one.

What size to print, what paper, what glass and where to hang it are genuine decisions rather than details, and they are covered in printing and framing a restored photo. For the original, how to store old photographs is the short version of a long subject.

Doing all six on a phone

Photo Restore is our iPhone and iPad app, and it exists to compress steps two, three and four into one place: capture the print with the camera, straighten it, run the repair, handle colour, and export a finished file without a desktop or a separate transfer. For the common case, a box of tonally damaged family photographs and no scanner in the house, that is a genuinely complete workflow.

It does not replace a flatbed for a collection you intend to keep for decades, and we say so in our iPhone restoration workflow. It is also iPhone and iPad only, with no Android build, no desktop version and no web version, and the repair runs on a cloud model rather than on the handset, so the photograph is uploaded to be processed. If you are reading this on a Pixel, or on a laptop, or you would rather nothing left your own machine, the next few sections are the honest answer instead of the app.

Doing all six without an iPhone

Four routes work, and all four are capped by the same thing: the quality of the capture you hand them. Get step two right and any of these produces a decent result. Get it wrong and none of them rescue you.

The most direct substitute for a phone app is another phone app. The restoration models available to Android developers are the same class of technology used on iOS and in browsers, so the strengths and the failure modes described in does AI photo restoration actually work apply identically. Since we make an iOS app, we are not going to rank Android apps we have not tested. What we can hand over is the checklist we would use on any of them.

• Does the free result come out at full resolution, or capped? Resolution caps are the most common way a free tier monetises, and a result too small to print is not much of a result.
• Is there a watermark on the export? Check that before you invest an evening restoring a box of photographs.
• What do the terms say about retention and training use? The four clauses worth finding are set out in is it safe to upload family photos to a restoration app.
• Can it batch, or is it one image at a time? For a shoebox, that is the difference between an afternoon and a month.

Desktop software, and why the screen is the real advantage

The strongest route if you care about the result, and the slowest to learn.

Full editors give you layers, healing and clone tools, masks and control over every pixel. They are how professional retouchers work, they fix things no automatic tool touches, and they take real time to learn. For one photograph that matters enormously, that time is well spent. For four hundred, it is not.

Dedicated restoration tools sit in between: one job, fewer decisions, batch processing in many cases, and results in the same family as the phone apps.

Some desktop tools run entirely on your own machine, which removes the upload question completely. For sensitive material, or simply for peace of mind, that is a real advantage no cloud service can match, ours included.

The biggest thing desktop gives you, though, is not the software. It is the screen. Invented detail in a reconstructed face is close to invisible on a phone and obvious at full size on a monitor, which is why step three deserves a proper look before you commit to a result. Even people who do the work on a phone should do the checking on a computer.

Browser tools for one or two photographs

Nothing to install, works on any device including an Android phone, a Chromebook or a work laptop, and good enough for a surprising number of real jobs.

The honest limits are consistent across the free ones: watermarks, resolution caps, signup walls, one image at a time, and terms that vary considerably in how clearly they explain retention. Our honest look at free AI restoration tools and our note on online restoration for free go through what they handle well, which is more than most people expect for fading and general tiredness.

Use this route for one or two photographs, for screen rather than print, and for material that is not sensitive. It is a bad workflow for a collection and a poor choice for anything you would not want stored on someone else’s server.

When the right answer is a person, not software

For damage that needs judgement rather than processing, a human restorer remains the right answer and always will.

That means missing pieces, tears across a face, a photograph that is irreplaceable, and cased images such as daguerreotypes, ambrotypes and tintypes. What you are buying is not software access, it is someone deciding what a missing area should contain and being accountable for the decision. Our guide on what photo restoration actually costs breaks down the tiers, from gig marketplace retouchers through local studios to archival conservation services, and what moves the price between them.

The same guide makes a point worth repeating here: hand a restorer a poor scan and you have paid a professional to work from an amateur’s ceiling. Step two comes first even when someone else is doing step three.

Picking your route in one pass

One or two faded photographs, for a screen. A browser tool. Free, immediate, and genuinely good at exactly that damage.

A box of family photographs and an Android phone. An Android restoration app, checked against the four questions above, with the capture done properly first.

A photograph that matters, and patience. Desktop software, on your own machine, with the result checked at full size.

Missing pieces or an irreplaceable original. A person. Ask to see comparable work before you hand anything over, and never post the only copy of anything.

What carries across all of them is the method rather than the product. The six steps on this page are tool agnostic, the damage pages show what each kind of damage looks like before and after so your expectations are set regardless of what you run it through, and the scanning calculators are free, need no account and work in any browser on any device.

The three mistakes worth avoiding

Cleaning the print first. The most common irreversible mistake in this whole process. Brush, scan, and do the rest digitally.

Skipping straight to the repair. A brilliant model applied to a dim, angled, low resolution capture produces a mediocre result, and people blame the model.

Letting the restoration be the only copy. Keep the capture. It is the asset. Everything you do afterwards is a version of an opinion about how the photograph should look, and opinions are worth revisiting.