How to get phone-like HDR photos from a Fujifilm camera

A beginner's guide to HDR on Fujifilm. How phones fake it, and five ways to do the same on an X camera: DR400, D-Range Priority, HDR mode and bracketing.

By Abu Ashraf Masnun · August 2, 2026

Back in 2020 I was walking through the Khulna University campus at sunset with an X-T3 around my neck, and a friend took out his iPhone. One tap. His photo had the sun, the trees, the buildings behind them, and the faces of the people we were with, all clearly visible at the same time. My photo had a beautiful sky and a row of black shapes where the people should have been. He looked at my screen, then at his, and said nothing, which was worse than saying something.

That bothered me for weeks, so I went and read how phones actually do it. The good news is that the phone is not doing magic and it is not cheating. It is doing one specific trick, and your Fujifilm can do that same trick five different ways.

This post walks through all five from the very beginning. If you bought your first camera last month and the menus still look like a cockpit, you are exactly who I am writing this for. I will explain every word as I go and I will not assume you know any of it.

One word you need first: a stop

A stop is photography's way of saying double or half. One stop brighter means twice as much light. One stop darker means half as much light. Two stops darker means a quarter. That is the whole definition.

So when I say underexpose by two stops, I mean let in a quarter of the light the camera thinks you should. Every photographer uses this word constantly and almost nobody stops to explain it, so now you have it.

What your phone is really doing when you press the button

Google's engineers published the whole recipe back in 2016, in a paper about how Pixel phones take pictures. It is written for other engineers and it is heavy going. But the idea underneath it is simple enough to explain over a cup of tea, so let me try that instead.

Picture the inside of any camera, phone or otherwise, as a grid of millions of tiny buckets. One bucket for every pixel in the finished photo. You press the button, a little door opens, and light rains down on the grid. A bucket sitting under the bright sky fills up fast. A bucket sitting under someone's dark hair catches almost nothing. The door shuts, the camera measures how full each bucket got, and that is your photograph.

Two things can go wrong with buckets, and between them they are the entire reason photography is hard.

The first is overflow. Leave the door open a moment too long and the buckets under the sky fill to the brim and spill over. An overflowed bucket has lost the plot. It cannot tell you whether it caught twice as much rain as it could hold or fifty times as much, because full is full. This is what photographers mean when they say a photo is clipped or blown out. It is why a white sky in a photo comes back as a flat sheet of nothing with no clouds in it, and why no app on earth can bring those clouds back. They were never written down in the first place.

The second problem is the opposite. Shut the door too quickly and nothing overflows, but now the buckets in the shadows hold about four drops of water instead of four thousand. Counting four drops accurately is hard. The camera miscounts a little one way on some buckets and a little the other way on others, and across millions of buckets the dark parts of the photo come out grainy and speckled. That speckle is what people call noise.

So every camera is stuck choosing between an overflowing sky and a speckly shadow. Your phone has exactly the same problem. It just refuses to choose.

Here is the clever bit, and it is the part that genuinely surprised me. The phone does not take one bright photo and one dark photo and glue them together. It takes something like eight photos in a row, faster than you can blink, and every single one of them is deliberately too dark. Not one bright and one dark. Eight identical dark ones.

"we do not use bracketed exposures. Instead, we capture frames of constant exposure"
-- Hasinoff et al., Burst photography for high dynamic range and low-light imaging on mobile cameras (2016)

Too dark means nothing overflows, so the sky is perfectly recorded in all eight. The shadows are speckly in all eight too, but here is the trick: they are speckly in a different random way each time. Lay the eight photos on top of each other and average them out, and the speckle cancels itself while the real detail underneath adds up and gets stronger.

It works like asking eight people to guess the weight of a watermelon. Any single guess will be off. Average all eight and the ones that were too high cancel the ones that were too low, and you land remarkably close to the truth.

At the end of all that the phone is holding one clean photo that is still, on purpose, too dark. So it does the last step: it brightens the dark parts and leaves the sky alone. That is the step you actually see, the one that makes the picture appear on screen looking impossibly even.

And it does the whole thing before you press the button. Your phone is quietly taking photos the entire time the camera app is open, keeping the last handful in memory and throwing the rest away. When you tap, the pile is already waiting. That is why there is no delay, and why it never tells you any of this happened.

Once it is laid out like that, it stops feeling like a phone superpower. Do not let the bright bits overflow, then brighten the dark bits afterwards. That is the whole idea, and your Fujifilm can do it too.

Why your camera cannot get the sky and the face at once

When you take a photo you are making one decision about brightness for the entire picture. There are three controls and they all feed into that single decision.

Shutter speed is how long the little door stays open. Longer means more light in the buckets, but anything moving smears across the frame.
Aperture is how wide the door opens. Wider means more light, and less of the scene is in focus front to back. It is written as f/2 or f/8, and confusingly the smaller number means the wider door.
ISO is how hard the camera amplifies whatever the buckets caught. Turning it up makes the photo brighter without letting in more light, and it makes the speckle louder too. It amplifies the mistakes along with the picture.

Those three together are what everyone calls exposure. The important part is that exposure is one setting for the whole picture. There is no way to tell the camera to record the sky a bit darker and the faces a bit brighter. Every bucket lives under the same rules.

The gap between the darkest thing your camera can record and the brightest thing it can record before overflowing is called dynamic range. On a modern Fujifilm sensor it is somewhere around ten to fourteen stops, depending on how you measure. Remember that a stop is a doubling, so that is a big range. It is just not big enough for a sunset.

A person standing in front of a setting sun is a scene where the sky is thousands of times brighter than their face. That is more range than the sensor has. So you have to pick where to put the range you do have, and you only get to pick once.

Point it at the sky and the sky looks gorgeous, while everything below falls into the speckly dark and your friend becomes a silhouette. Point it at the face instead and the face looks lovely, while the sky overflows into flat white. That is exactly what happened to me on that campus walk.

Now the single most useful thing to understand about digital photos. Those two failures are not equal.

An overflowed bucket has nothing left in it to recover. No slider in any editing app will bring that cloud back, because the camera never recorded it. But a nearly empty bucket still holds a real measurement. It is small and it is buried in speckle, but it exists, and multiplying small numbers is something computers are very good at.

Bright bits die. Dark bits only get sick. Every single technique in the rest of this post is built on that one fact.

One more thing to know. Your camera has a light meter, and it is going to get this wrong on exactly the photos you care about. The meter looks at the scene and aims for a middling brightness overall. Fill half the frame with a bright sky and it will darken everything to compensate, burying your subject. Shoot a person against a window and it does the same. The meter is not broken. It just has no idea which part of the picture you love.

Way one: make the photo a little too dark on purpose

This is the manual version of the phone trick and it is one dial. Find the exposure compensation dial, the one marked with plus and minus numbers, and turn it to -1. On an X-E5, X100VI or X-T5 it sits on the top plate right under your thumb, which is a big part of why I like these cameras.

That dial does not change what the camera sees. It tells the camera to ignore its own meter and make the photo one stop darker than it wanted to. In a high contrast scene, somewhere between -1 and -1 2/3 is usually right. Nothing overflows and your sky survives.

The photo on the back of the camera will look too dark. That is correct. It is supposed to. You are going to brighten it later, and the brightening is much easier if you save the photo in the right format.

RAW versus JPEG, quickly

A JPEG is a finished photo. The camera reads all the buckets, makes every decision about brightness and colour for you, bakes it in, and throws the rest away to keep the file small. Lovely to share, hard to change afterwards.

A RAW file, which Fujifilm calls a RAF, is everything the buckets measured, with no decisions made yet. It is a bigger file and it looks flat and dull until you work on it. But every drop of information is still in there, which is what lets you brighten the dark parts without the picture falling apart. For this technique, shoot RAW. You can set the camera to save both.

Let the viewfinder tell you when to stop

Mirrorless cameras make this much easier than the old film-style cameras did. The viewfinder is a small screen showing you the actual brightness you are about to record, so you are not guessing.

Turn on the highlight alert in the menu, sometimes listed as highlight warning. Any area that is about to overflow will start flashing, and photographers call these the blinkies. Turn the exposure compensation dial down until the blinkies vanish from anything you care about. When they are gone, take the shot. No guesswork at all.

Brightening it afterwards

Open the RAW file in Lightroom, Capture One, or the free Adobe Camera Raw, and you will find sliders named after parts of the picture. Highlights controls the bright areas, Shadows controls the dark areas, Blacks controls the very darkest. A starting point that works on most sunset photos: Exposure +0.3, Highlights -40, Shadows +50, Blacks +15. Then adjust until it looks right to you.

On a Fujifilm file shot at low ISO you can brighten the shadows by two full stops before the speckle becomes something you notice, and Fuji's colours hold up well under that kind of push.

The catch is ISO. This works beautifully between ISO 125 and ISO 640 and gets ugly fast at ISO 6400, because at that point you are amplifying speckle that was already the loudest thing in the file. Darkening a photo on purpose at high ISO is a trade, not a free lunch.

Way two: let the camera darken it for you, with DR200 and DR400

Fujifilm has been building an automatic version of that exact trick into its cameras for years, and most people leave it switched off forever without knowing what it does. Look in the IQ section of the menu for Dynamic Range.

DR100 is normal. The camera does what you told it to and nothing else.
DR200 quietly takes the photo one stop darker, then brightens the middle and dark parts back up for you. You end up with one extra stop of sky that did not overflow.
DR400 does the same thing with two stops. Two extra stops of sky.
DR Auto lets the camera choose between DR100 and DR200. On my X-T5 it is cautious and picks DR200 less often than I would like.

There is a catch that confuses everybody the first time. DR200 and DR400 go grey and refuse to be selected unless your ISO is high enough. Fujifilm's own learning centre explains why: those settings need an ISO one stop or two stops above the camera's lowest setting.

In practice, on a 40 megapixel body whose lowest ISO is 125, you need ISO 250 for DR200 and ISO 500 for DR400. On the 26 megapixel bodies that start at ISO 160, it works out to ISO 320 and ISO 640. Set your Auto ISO minimum to 320 and both options stay available all the time, which is what I do.

The reason for the rule is that the camera is not inventing anything. It really is taking a darker photo and then labelling the file with the higher ISO number, so it needs that room on the ISO scale to work with. Which also means DR200 and DR400 change your RAW file too, not just the JPEG, and your shutter speed will come out a stop or two faster than you expected. Handy when you are handheld. Annoying when you wanted a slow shutter.

If you shoot JPEG, pair the DR setting with the Tone Curve, which lives in the same menu. Set Highlight to -2 and Shadow to -2. Those two settings tell the camera to go gentler on the bright and dark ends, so more detail survives at both extremes. The picture will look a bit flat, and you can add the punch back with a film simulation or a quick edit on your phone. This is the cheapest imitation of the phone look there is, and it costs you one trip into the menu.

Way three: D-Range Priority, the setting nobody uses

A couple of lines below Dynamic Range in the same menu is D-Range Priority, and it is the closest thing Fuji has to a phone's automatic tone balancing. It has three settings: Weak, Strong and Auto.

Weak behaves roughly like DR200 and Strong roughly like DR400. On top of taking the darker photo, it applies its own smart brightening that adapts to the scene rather than following a fixed rule. It replaces the Dynamic Range setting instead of adding to it, so you cannot run both, and it takes over the Tone Curve completely. Highlight and Shadow will both go grey while it is switched on. That is normal.

Ritchie Roesch at Fuji X Weekly dug up where this came from and I love the answer. Fujifilm's Frontier machines, the ones that scanned film in photo labs through the 1990s and 2000s, had a correction called Hypertone that flattened scans so they printed more like the negative actually looked. D-Range Priority is that same idea rebuilt for a digital sensor. It exists to make your files behave a bit more like colour film, which is famously very hard to blow out.

In daily use, Auto picks Weak almost every time and only reaches for Strong when you point the camera at something like the sun directly. Both settings give you a low contrast picture, and Strong is flat enough that you will probably want to add contrast back. If you shoot JPEG and you want that even, nothing-blown-out phone look straight out of the camera, try this one first.

Way four: the HDR setting that takes three photos

This is the one that genuinely takes several photos like a phone does, and it has been on Fuji bodies since the X-T4 in 2020. Depending on your camera it is either a labelled position on the drive dial, the dial that also has the burst and self-timer settings, or an entry in the drive menu.

Switch it on and press the shutter once. The camera fires three photos: one at normal brightness, one darker, one brighter. It lines them up, combines them, and saves a single finished JPEG. You do nothing.

The percentage numbers on the setting are how far apart those three photos are. Chris Lee of pal2tech laid this out clearly in his PetaPixel write-up.

HDR 200% spaces them one stop apart.
HDR 400% spaces them two stops apart.
HDR 800% spaces them three stops apart.
HDR AUTO chooses between 200% and 400% for you based on the scene.
HDR 800%+ takes the three stop version and pushes the brightening much harder.

800%+ is the one that really looks like a phone photo, for better and for worse. It flattens the picture hard and can end up looking a bit muddy. Lee's fix is to set Clarity to +3 and Sharpness to +2 to put some bite back in, and that works well enough that I keep those saved in a preset.

One oddity worth knowing. If you shoot RAW in HDR mode you get a RAF file about three times the normal size, because all three photos are stuffed inside it. Lightroom and the rest only read the first one and ignore the other two, and there is no supported way to get them out. So treat HDR mode as a JPEG feature with a very large RAW attached.

It works fine handheld on a camera with built-in stabilisation. It does not work on anything that moves, because the three photos happen at slightly different moments and anything that shifted in between comes out as a ghost. Buildings, rooms, trees at sunset: good. Kids, traffic, waves: not good.

Way five: take three photos yourself and stack them

This is the one that beats the phone rather than imitating it, and it is what I use when the photo actually matters. It is called bracketing, which sounds technical but only means taking the same picture at a few different brightnesses so you can combine them later.

Every recent X body, from the X-E5 up through the X-T5 and X-H2, will do this for you: 2, 3, 5, 7 or 9 photos, spaced anywhere up to 3 stops apart.

Three photos spaced 2 stops apart covers nearly everything, including the sun sitting in the corner of your frame. Five photos spaced 1 stop apart is for extreme cases, like a dark room with a bright window in it. Nine photos is something you will try once for fun and never do again.

Go into the drive menu, choose BKT, then AE BKT. Set it to 3 frames and a 2 stop step.
Set the drive to continuous high, so all three fire from one press of the button.
Set the camera to save RAW rather than RAW plus JPEG. You are going to combine the RAW files.
Hold the camera steady, or better, rest it on a wall or put it on a tripod. Built-in stabilisation on the X-T5, X-T50, X-E5 and X100VI makes handheld bracketing work, but something solid is always better.
Press the shutter once. You get three photos: normal, dark, bright.
In Lightroom, select all three, then Photo, Photo Merge, HDR. Tick Auto Align, and pick a deghost amount if anything in the scene moved between frames.
You now have a single combined file called a DNG, holding all the detail from all three. Pull Highlights down and push Shadows up and notice how far you can go before anything breaks.

That combined DNG is the real prize. It has genuine detail in the sky and genuine detail in the shadows, so you are editing a photo that actually contains the whole scene rather than stretching one file in two directions and hoping.

It is the same arithmetic the phone runs, except your three photos came off a sensor five times larger, through a lens with a hole three times wider. More on why that matters in a moment.

Adobe Camera Raw does the same merge if you do not have Lightroom, and Affinity Photo has a decent version too. Whatever you use, skip the heavy tone mapping presets. The point of combining the photos is to give yourself room to work, not to produce that crunchy over-cooked HDR look from 2009.

Which one should you actually use?

You shoot JPEG and you want it to just work: DR400, plus Tone Curve at Highlight -2 and Shadow -2. Set it once and forget it.
You want the flatter, film-like version of that: D-Range Priority on Auto.
You shoot RAW and you are walking around: exposure compensation at -1, brighten the shadows later. This is what I do most days.
A view you are not going to move from, and you want a finished JPEG with no computer involved: HDR mode at 400% or 800%.
The photo you actually care about, nothing moving, two minutes to spare: three frame bracket at 2 stops, merged into a DNG.
Anything with people or movement in it: one single photo, exposure compensation, brighten later. Every method that combines frames will ghost.

So why not just use the phone?

Fair question, and I asked it myself on that walk. The answer is that the phone wins on a phone screen and loses everywhere else, and the reasons are physical rather than clever. Software cannot fix any of them.

The camera catches five times more light

The sensor in every Fujifilm X camera is a size called APS-C, and it measures 23.5mm by 15.6mm. That is 367 square millimetres of bucket grid. The main camera in an iPhone 17 Pro measures 9.8mm by 7.3mm, which DPReview works out to 71.5 square millimetres.

So the Fuji has a bit over five times the area collecting rain in the same moment. Bigger buckets fill more evenly and count more accurately, which is why a Fuji can record in one photo the range of brightness a phone needs eight photos to fake.

And because it is one photo, there is nothing to line up. No ghosting around a branch that moved. None of the slightly waxy, over-smoothed look you find when you zoom right into a phone picture of grass or hair.

Photos big enough to crop

An X-T5, X-T50, X-E5 or X100VI writes a photo 7728 pixels wide by 5152 tall, which is 40 million pixels. A phone advertising 48 megapixels usually hands you a 12 or 24 megapixel picture, because it groups its tiny buckets together in fours to fight the speckle. That grouping is exactly what makes phone night photos possible, and it costs resolution to do it.

Why should a beginner care? Crop room. You can cut a 40 megapixel photo down to half its width and still print it large. You can straighten a wonky horizon, or reframe a picture months later when you notice the composition should have been tighter. Phone files run out of room long before that.

The lens is the part software cannot fix

This is my favourite argument because you can check the arithmetic on the back of an envelope.

F-numbers confuse everyone because they are a ratio rather than a size. What actually matters for collecting light is the real width of the hole the light comes through, and you get that by dividing the focal length by the f-number.

The iPhone's main lens is about 6.8mm long and opens to f/1.78, so its hole is roughly 3.8mm across. A Fujinon XF 23mm f/2 gives you a hole 11.5mm across, for a very similar view of the world. Three times the width, so about nine times the area. That is not a gap software can talk its way out of.

There is a second effect that finishes the argument. No lens can draw a point of light as a perfect point. Light spreads slightly on its way through any opening, so a star always lands on the sensor as a small fuzzy dot rather than a dot. The narrower the opening, the fuzzier that dot gets.

On the iPhone that fuzzy dot works out around 2.4 microns wide. A micron is a thousandth of a millimetre. The phone's individual buckets are 1.22 microns wide. So the fuzz is already about two buckets across before any software runs, which means those 48 million pixels are recording a slightly smudged picture no matter how good the processing is.

Run the same sum on the Fuji. At f/2 the fuzzy dot is about 2.7 microns and the buckets are 3.04 microns. The fuzz is smaller than a single bucket. The lens is drawing finer detail than the sensor can even record, so the sensor is the limit rather than the glass. That is what people mean when they say bigger lenses resolve more detail, stated in two numbers you can check.

Files that survive being edited

Fuji RAW files record each bucket at 14-bit precision, which is a fancy way of saying they store far more distinct brightness levels than a JPEG does. Since the X-T4 the X bodies also write HEIF, a newer format Fujifilm says runs up to 30 percent smaller than a JPEG while holding more information. A merged bracket DNG has more range still.

Brighten any of those by two stops and they hold together. Brighten a phone JPEG by two stops and you will watch smooth skies break into ugly stripes, which people call banding.

I should be honest about where the phone still wins, because plenty of camera blogs will not be. The phone is faster, it is always in your pocket, and it writes a file that glows properly on a modern screen while your Fuji JPEG sits there looking politely ordinary. If the photo only ever exists as an Instagram story, the phone is the better tool and I am not going to pretend otherwise. The camera earns its keep the moment the photo needs to survive a crop, a print, or a real edit.

Small Fuji cameras you will actually carry

None of this helps if the camera stays at home. A camera on a shelf loses to a phone every single time, so the honest advice for a beginner is to buy the smallest Fuji you can live with. Here is the light end of the range, with the weights, because weight is what really decides whether it comes with you.

Cameras you can buy new today

Fujifilm X-M5, 355g, $799. The smallest camera Fuji makes. It has the newest processor and clever autofocus, but no viewfinder and no built-in stabilisation, so you compose on the rear screen. Put a pancake lens on it and it fits in a jacket pocket.
Fujifilm X-T30 III, 378g, $999. The cheapest way to get the newest processor and still have a proper viewfinder to put your eye to. No stabilisation, so hold it steady when bracketing.
Fujifilm X-T50, 438g, $1399. 40 megapixels and built-in stabilisation in a small body, plus the film simulation dial. The stabilisation is what makes handheld bracketing reliable, so this is the value pick for everything in this post.
Fujifilm X-E5, 445g, $1699. Flat rangefinder shape, 40 megapixels, stabilisation, film simulation dial. This is the one I carry, and the exposure compensation dial falls right under your thumb.
Fujifilm X100VI, 521g, $1599. The lens is fixed to the body, so there is nothing to choose and nothing to carry. Heavier than the number suggests because that weight includes the lens. Beloved for good reason.

Used cameras worth hunting for

Fujifilm X-E4, 364g. Out of production and still expensive secondhand, which tells you something. Slim, 26 megapixels, no stabilisation.
Fujifilm X70, 340g. Fixed wide lens, flip-up touchscreen, 16 megapixels. The most genuinely pocketable APS-C camera Fuji has ever made.
Fujifilm XF10, 279g. The lightest of the lot, 24 megapixels, cheap on the used market. Slow to focus and it uses a different sensor design, but it is tiny.

If you want the features in this post, look for a camera with X-Processor 4 or newer. D-Range Priority arrived with that generation and the multi-photo HDR mode arrived with the X-T4, so the older X70 and XF10 give you DR200 and DR400 but not the rest.

Where to buy

If this was useful, here is the gear I mentioned. These are Amazon links and I earn a small commission if you buy through them, at no extra cost to you. It helps keep the site running.

The small bodies

Small lenses that keep it pocketable

Useful if you start bracketing

Go and try it on the next sunset

Pick one thing from this post, not all of it. If you shoot JPEG, go and set DR400 and leave it alone for a week. If you shoot RAW, set the exposure compensation dial to -1 and get into the habit of brightening the shadows afterwards. If you have a tripod and a good view, try a three photo bracket and merge it, because the first time you see how much was hiding in that file is genuinely a bit of a moment.

I still lost that sunset to a phone. But I went back to the same spot the next week, bracketed three photos, and the print on my wall is not from an iPhone.