While most photographers think of multiple exposures as something that requires Photoshop or external editing software, Olympus has supported surprisingly powerful in-camera multiple exposure tools for years.

OM System cameras include a surprisingly deep collection of creative computational photography tools. If you want to explore some of the other powerful in-camera features available, check out my Beginner’s Guide to Computational Photography with OM System Cameras.

Even better, there are actually several different ways to create multiple exposures directly in the camera depending on your shooting style and workflow.

In this article, I’ll walk through:

• What multiple exposure photography is
• Which OM System / Olympus cameras support it
• The different multiple exposure workflows available
• How different multiple exposure workflows change the creative process

What Is Multiple Exposure Photography?

Multiple exposure photography combines two or more images into a single photograph.

Traditionally, this effect was created in film photography by exposing the same frame multiple times. OM System and Olympus cameras recreate that process digitally inside the camera.

The results can range from subtle artistic overlays to highly abstract creative effects.

One important thing to understand is how OM System cameras blend brightness values during a multiple exposure.

In general:

• Dark areas in the first image act almost like empty space and allow details from the next exposure to show through
• Midtones from both images blend together
• Bright areas tend to dominate and can overpower or “bleach out” details from additional exposures

For example, a dark silhouette or shadow area in the base image often works well because it leaves room for the next photograph to appear within it. On the other hand, a very bright sky or highlight may remain dominant and obscure parts of the overlaid image.

Understanding this behavior makes it much easier to choose images that combine well together for multiple exposure photography.

Which OM System / Olympus Cameras Support Multiple Exposure?

Most newer Olympus and OM System cameras support some form of Multiple Exposure mode.

This includes cameras in the:

• OM-1 series
• OM-3
• OM-5 / OM-D E-M5 series
• OM-D E-M1 series including the OM-D E-M1 Mark I
• OM-D E-M10 series
• PEN and PEN-F series

The Tough TG series does not include the Multiple Exposure feature.

Some older Olympus bodies may not support all multiple exposure features or image overlay modes.

If you’re unsure, check Shooting Menu 2 → Multiple Exposure

Before You Start: Multiple Exposure Settings

Before diving into the different workflows, it helps to understand the core Multiple Exposure settings available in OM System and Olympus cameras.

How to Turn On Multiple Exposure

Old Menu System

• Shooting Menu 2 → Multiple Exposure

New Menu System

• Shooting Menu 2 → Page 1 (Computational Mode) → Multiple Exposure

Inside the menu, you’ll see:

• Multiple Exposure – ON / OFF
• Auto Gain – ON / OFF
• Overlay – ON / OFF

Auto Gain Setting

The Auto Gain setting controls how the camera handles brightness between exposures.

According to the OM System / Olympus manual:

Auto Gain OFF

• The camera does not adjust the brightness of the pictures in the multiple exposure.

Auto Gain ON

• The camera halves the brightness of each picture in the multiple exposure.

In practice, the visual differences between Auto Gain ON and OFF can vary quite a bit depending on the subject, contrast, and how the images overlap.

After experimenting with both settings, I’ve found there isn’t always a universally “correct” choice. Some images look better with Auto Gain ON, while others become more interesting and visually rich with it OFF.

The examples below show how differently Auto Gain ON and OFF can affect the final image depending on the subject and tonal overlap.

In the light bulb example, Auto Gain OFF created a brighter, more luminous result with stronger overlapping highlights.

In the flower example, Auto Gain ON produced richer and denser overlapping tones compared to the softer, lighter appearance of Auto Gain OFF.

These examples are a good reminder that Auto Gain is not simply a technical setting—it can significantly influence the artistic feel of the final multiple exposure image.

The best approach is simply to experiment with both settings and see which result better matches your creative vision.

Overlay Setting

The Overlay setting controls how the camera chooses the image used as the starting overlay for a multiple exposure.

Both Overlay ON and Overlay OFF can show an overlay image while you compose the next shot. The difference is whether you are starting from a previously selected image on the SD card or from the image you just captured in Multiple Exposure mode.

Overlay ON

Overlay ON lets you select an existing RAW image from the SD card to use as the starting overlay.

This is useful when you already have a photograph you want to build from.

Once selected, that image appears as a guide while composing the next shot, helping you align subjects and build a more intentional multiple exposure.

Overlay OFF

Overlay OFF uses the image you just captured in Multiple Exposure mode as the base for the next exposure.

This is the more direct shooting workflow. You take the first image, then compose the second image while seeing the previous exposure as a guide.

This works well when you want to create the multiple exposure immediately, with both images taken back-to-back in the same shooting session.

Quick Access Tip

Unfortunately, Multiple Exposure cannot be assigned directly to a custom button or saved to a Custom Mode on the Mode Dial.

However, it can be added it to My Menu for quicker access.

That makes the feature much faster to access in the field.

Three Multiple Exposure Workflows on OM System Cameras

What makes OM System cameras especially interesting is that there are several different workflows for creating multiple exposures.

Each works differently depending on whether you’re:

• Shooting live in the field
• Building overlays later
• Experimenting creatively

1. Standard Multiple Exposure Shooting

This is the classic multiple exposure workflow.

You activate Multiple Exposure mode before shooting and combine two images directly in-camera as you photograph them.

One huge advantage is that you can see the first image while composing the second image. That makes alignment and composition dramatically easier.

This method works especially well for planned creative shoots and intentional artistic compositions.

The main limitation is that standard shooting mode is limited to two photographs unless you use overlay.

Suggested Starting Settings

For basic multiple exposure shooting, these settings are a good starting point:

• Multiple Exposure – ON
• Auto Gain – Try both ON and OFF depending on the look you want
• Overlay – OFF for standard live shooting

2. Multiple Exposure Starting from an Existing RAW Image

This method expands the creative possibilities significantly.

Instead of stopping after two images, you can continue photographing over previously overlaid images. Effectively, this allows unlimited multiple exposure layering.

You can continue building increasingly complex overlays while still seeing the previous exposure composition live in the viewfinder.

Suggested Starting Settings

For this workflow, these settings are a good starting point:

• Initial RAW image captured normally with Multiple Exposure set to OFF
• Multiple Exposure → ON
• Auto Gain → Try both ON and OFF depending on the look you want
• Overlay → ON
• Use the Arrow Pad or Mult Selector (Joystick) to select the image that you want to Overlay, then press the OK button.

Personally, this is my favorite way to create multiple exposures because it feels far less limiting and opens up many more creative possibilities than shooting everything back-to-back in the field.

3. Image Overlay Using Existing Photographs

This may actually be the most flexible workflow of all.

Instead of creating the multiple exposure live while shooting, Image Overlay allows you to combine photographs that already exist on the SD card.

In some ways, this workflow is similar to combining images later in Photoshop. The difference is that OM System cameras let you experiment with the overlays directly in-camera without needing to move the image to a computer first.

How to Create an Image Overlay

• Press the Playback button
• While reviewing a photograph, press the OK button
• Select Image Overlay
• Select 2 Images Merge or 3 Images Merge
• Select the images to merge by pressing the OK button to check or uncheck them. The camera then provides gain controls for each image so you can adjust brightness contribution individually.
• Press OK when done.

Because the overlay is created after the photographs are already captured, this workflow gives you more time to experiment with different image combinations and exposure balances.

The Power of Image Overlay

Here’s where things get especially interesting.

Because you can overlay an image that was already overlaid previously, you can effectively create multiple exposures using far more than three images.

That opens up significantly more creative possibilities than most photographers realize.

Using Existing RAW Files for New Multiple Exposures

You can even copy photographs back onto the SD card later and use them for new multiple exposures inside the camera.

This creates a very flexible creative workflow by using a variety of existing photographs.

For example:

• You may already have a strong silhouette image
• Then later go out specifically looking for a second image to pair with it

As long as:

• The file naming structure remains correct
• The image is placed in the proper camera directory

…the camera can often use it for overlays.

One Important Limitation

In my testing, the overlay images appear to need to come from the same camera model.

For example:

• An OM-1 file would not work properly on my OM-1 Mark II for image overlay selection

At least in my testing, OM System cameras do not appear to support overlaying RAW files between different camera models.

Final Thoughts

Multiple Exposure mode is one of the most creative tools on OM System and Olympus cameras.

While many photographers associate multiple exposures with Photoshop, Olympus has quietly built powerful in-camera workflows for this type of photography for years.

The ability to:

• Shoot live overlays
• Continue layering exposures
• Combine existing SD card images

…makes these cameras surprisingly capable creative tools for photographers willing to experiment.

And once you understand the different workflows, you may find yourself using Multiple Exposure mode far more often than expected.

Want to Learn More About OM System and Olympus Cameras?

• How to Photograph Lightning with Live Composite on OM System Cameras
• How to Shoot 1:1 Magnification with the Olympus 60mm f/2.8 Macro Lens
• Essential OM System Bird & Wildlife Photography Settings: How to React Faster in the Field

The post How to Create Multiple Exposures on OM System and Olympus Cameras first appeared on Martin Belan.

Fujifilm has built an entire ecosystem around Film Simulations. Panasonic is pushing Real Time LUTs and the Lumix Lab app. OM System introduced customizable Creative Recipes designed to encourage more creative JPEG shooting directly in-camera.

And honestly, I completely understand the appeal.  There’s something incredibly fun about creating a finished look while you’re actively photographing.  Instead of treating editing as a separate process later, the camera itself becomes part of the creative experience.

But after spending some time using DxO FilmPack 8, I was reminded there’s also a major creative advantage to building those looks after the photograph is taken.

And surprisingly, I found myself enjoying that flexibility more than I expected.

The Appeal of In-Camera Creative Looks

One of the biggest trends in photography right now is the idea of creating a finished photograph directly in-camera.

Fujifilm photographers often build entire workflows around Film Simulations and custom recipes.

Panasonic’s new Lumix cameras now support Real Time LUTs that can be loaded through the Lumix Lab app. Panasonic even introduced an AI-based feature called Magic LUT that can generate custom looks inspired by uploaded images.

OM System has also leaned into the trend with customizable Creative Recipes designed to encourage more creative JPEG shooting experiences.

In many ways, cameras are becoming more personal and creatively expressive again.

And honestly, I think that’s a good thing.  Photography should be fun.

But There’s Also Creative Freedom in Waiting

At the same time, I’ve also been reminded why I still enjoy creating those looks after the shoot.

With DxO FilmPack 8, I found myself approaching images differently than I would with a fixed in-camera style.  Instead of committing to a look while photographing, I could revisit the RAW file later and experiment with completely different interpretations:

• subtle black and white conversions
• vintage film-inspired color
• soft cinematic tones
• higher contrast documentary looks
• muted travel aesthetics
• or classic grain-heavy monochrome images.

And because everything happens after the photograph is taken, there’s much more freedom to experiment without feeling locked into a decision made in the field.

DxO FilmPack 8 Feels More Like a Creative Toolkit Than a Filter Pack

What surprised me most about FilmPack 8 was how customizable the experience felt.

At first glance, it would be easy to assume FilmPack 8 is simply a collection of presets or nostalgic film emulations. But after spending time with it, the software feels much deeper than that.

FilmPack 8 includes more than 300 built-in presets, including a large collection of film-inspired renderings, but the real strength is how much photographers can customize and refine those looks. DxO also allows photographers to save favorites, which becomes especially helpful when working through such a large collection of creative options.

Beyond the presets themselves, FilmPack 8 allows photographers to customize:

• basic development settings (exposure, highlights, shadows, vibrancy, etc.)
• grain characteristics
• split toning
• texture
• black and white conversion

It also includes additional creative tools like:

• frames
• light leaks
• filter effects
• creative vignetting
• blur effects
• and luminosity masking tools for more selective adjustments.

That distinction matters. Instead of applying a single “look,” it feels more like building a personal interpretation of the photograph.

And unlike in-camera simulations, those creative decisions can continue evolving long after the image was captured.

Revisiting Older Images Became Surprisingly Fun

One thing I didn’t expect was how enjoyable it became revisiting older photographs. Images I had previously edited years ago suddenly took on completely different moods depending on the rendering approach I used.

A landscape could become:

• soft and atmospheric
• high contrast and dramatic
• muted and cinematic
• or timeless black and white.

That ability to reinterpret photographs later is something in-camera JPEG workflows naturally limit.  And honestly, that’s one of the biggest reasons I still enjoy post-processing creatively. 

Your photographic style evolves over time and sometimes your older images evolve with it.

This Isn’t Really an Either/Or Decision

After using FilmPack 8, I don’t think this is really about deciding whether in-camera creativity or post-processing is “better.”

They simply encourage different creative mindsets.

In-camera simulations and LUTs can make photography feel:

• more intentional
• more immediate
• and more connected to the moment of capture.

Post-processing tools like DxO FilmPack 8 offer:

• flexibility
• reinterpretation
• experimentation
• and creative freedom after the photograph is taken.

And modern workflows make it easy to enjoy both approaches at the same time. Shooting RAW + JPEG allows photographers to experiment with creative in-camera looks while still retaining the flexibility to reinterpret the RAW file later in software like FilmPack 8.

For many photographers, that combination may offer the best balance between the immediacy of in-camera creativity and the flexibility of post-processing.

In-Camera Styles vs. Creative Post-Processing Flexibility

DxO FilmPack 8 reminded me that photography doesn’t have to end when the shutter closes.

As cameras continue moving toward increasingly advanced in-camera looks and workflows, there’s still something creatively satisfying about having the freedom to shape an image later with fresh eyes.

And in some ways, that flexibility may actually become more valuable as cameras continue pushing harder toward finished JPEG workflows.

I still enjoy experimenting with in-camera creative tools. But after using FilmPack 8, I was reminded how much I also enjoy the process of creatively rediscovering a photograph after the shoot is over.

Want to Learn More About Creative Photography Workflows?

• Why Photographers Love Panasonic and Leica Multi-Aspect Ratio Cameras
• How to Photograph Lightning Using Live Composite on OM System Cameras
• Beginner’s Guide to Computational Photography with OM System Cameras

The post In the Age of Film Simulations and LUTs, Why I Like DxO FilmPack 8 first appeared on Martin Belan.

At first glance, the Panasonic Lumix L10 and Leica D-Lux 8 appear surprisingly similar. Both cameras feature:

• Compact rangefinder-style bodies
• Micro Four Thirds sensors
• Fast Leica-branded zoom lenses
• Dedicated aperture controls
• Aspect ratio control dials
• Electronic viewfinders
• and photography-focused shooting experiences built around portability and simplicity.

They are both designed for photographers who want something smaller and lighter than a large interchangeable lens system while still maintaining a more traditional photography experience.

But once you look a little deeper, these two cameras represent very different philosophies.

The Panasonic Lumix L10 feels like Panasonic modernizing the LX100 concept with newer technology, an articulating LCD, expanded customization, and a more hybrid photo/video-oriented design.

The Leica D-Lux 8 feels more focused on simplicity, design, and the slower intentional shooting experience Leica is known for.

And depending on the type of photographer you are, either approach could make more sense.

The Panasonic Lumix L10 Feels More Modern Technically

On paper, the Lumix L10 clearly has the advantage in modern camera technology.

Some of the biggest upgrades include:

• Hybrid phase detect autofocus
• AI subject detection
• An articulating rear screen
• Real Time LUT support
• Improved video features
• Panasonic’s newer BSI sensor and processor technology.

The new sensor is especially interesting because Panasonic says the L10 uses the same 26.5 megapixel total sensor found in the GH7, with an effective resolution of 20.4 megapixels due to the camera’s multi-aspect ratio design.

Compared to older LX100-series cameras, this should provide improvements in:

• Autofocus performance
• Low light shooting
• Dynamic range
• Processing speed
• Overall responsiveness.

The L10 feels like Panasonic finally modernizing the LX100 concept without abandoning what made the series appealing in the first place.

The L10 Isn’t Quite as Compact as the Leica

One of the more interesting reactions to the Lumix L10 announcement is that some photographers are already questioning whether the camera still feels truly “compact.”

Compared to the Leica D-Lux 8, the L10 is both larger and heavier.

Size and Weight Comparison

On paper, the differences may not seem dramatic, but they are enough to make the L10 feel slightly less pocketable and more substantial in hand compared to the Leica D-Lux 8.

The larger grip, articulating screen, larger battery, and newer internal hardware likely all contribute to the increased size of the L10.

For some photographers, that tradeoff may absolutely be worth it for:

• Phase detect autofocus
• Better ergonomics
• Longer battery life

• And more modern workflow features like Real Time LUT support.

While others may prefer the simpler and more compact feel of the Leica.

The Leica D-Lux 8 Is More About Simplicity and Experience

The Leica D-Lux 8 takes almost the opposite approach.

While it shares much of the same compact camera philosophy, Leica stripped away much of the complexity in favor of a simpler, cleaner shooting experience.

• The menus are simplified.
• The controls feel more minimal.
• The design is more restrained.
• And the camera encourages a slower, more deliberate approach to photography.

In many ways, the D-Lux 8 feels less like a technology showcase and more like a camera designed around the emotional experience of photography.

That will absolutely appeal to some photographers. Others may find it limiting compared to Panasonic’s more feature-rich approach.

The control layout also reflects the different design philosophies of the two cameras. The Leica D-Lux 8 keeps a more traditional control approach with dedicated shutter speed and exposure compensation dials that reinforce the camera’s minimalist photography-first experience.

The Panasonic Lumix L10 moves toward a more modern hybrid design with a PASM mode dial and more customizable controls.

Even the Aspect Ratio dial changed slightly. While Panasonic kept the dedicated dial concept, the L10 uses customizable positions labeled “1”, “2”, and “3” rather than displaying the actual aspect ratio markings directly on the dial itself.

One of the things that makes cameras like the Panasonic LX100 II, Lumix L10, and Leica D-Lux 8 feel so different in actual use is Panasonic and Leica’s multi-aspect ratio shooting system. I covered how that system works — and why many photographers still enjoy it so much — in my article on why photographers love Panasonic and Leica multi-aspect ratio cameras.

Some photographers may appreciate the added flexibility and customization.

Others may miss the more tactile and visually direct shooting experience of the older LX100-style controls.

Real Time LUT vs Leica Color Philosophy

One of the more interesting philosophical differences between these cameras may actually come down to JPEG shooting and color workflows.

The Lumix L10 introduces Panasonic’s Real Time LUT system, allowing photographers to load or create custom looks directly in-camera.

For photographers who enjoy:

• film-inspired color
• black and white photography
• social-ready JPEG workflows
• creative experimentation
• and custom color profiles

this could become one of the most enjoyable features on the L10.

Panasonic also introduced new film-inspired color modes like L.Classic and L.ClassicGold, which seem designed to create a more nostalgic and emotionally driven shooting experience.

What makes Panasonic’s approach especially interesting is how deeply connected it is to the broader Lumix Lab ecosystem. Photographers can create and load custom LUTs using the Lumix Lab app, giving the camera a much more flexible and workflow-oriented approach to JPEG photography.

Panasonic also introduced a new AI-based feature called Magic LUT, which can generate custom looks based on uploaded reference images. In theory, photographers could create their own color styles inspired by favorite photos, films, or editing aesthetics and load them directly into the camera.

The Leica D-Lux 8 also includes Film Style profiles and image customization options for contrast, sharpness, saturation, highlights, and shadows. But Leica’s approach feels more curated and restrained compared to Panasonic’s much more flexible Real Time LUT ecosystem.

In many ways, Panasonic appears to be encouraging photographers to experiment and create their own looks, while Leica feels more focused on delivering a refined photographic experience with less emphasis on deep customization workflows.

Neither approach is necessarily better. They simply appeal to different types of photographers.

Which Camera Seems More Interesting Right Now?

Without having the Lumix L10 in hand yet, the Panasonic clearly appears to offer more modern technology and flexibility.

The combination of:

• Phase detect autofocus
• Articulating screen
• Real Time LUT support
• Newer sensor technology
• and Panasonic’s customization options

makes it feel like a very modern interpretation of the premium compact camera.

The Leica D-Lux 8 feels more focused on simplicity, aesthetics, and the shooting experience itself.  And honestly, that’s probably exactly what Leica intended.

The Real Difference Is Philosophical

The Panasonic Lumix L10 and Leica D-Lux 8 may occupy a similar category, but they seem designed around very different ideas of what a premium compact camera should be.

The Lumix L10 appears to prioritize:

• Flexibility
• Modern performance
• Customization
• and creative workflow features.

The Leica D-Lux 8 feels more focused on:

• Simplicity
• Minimalism
• and the emotional side of photography.

Neither approach is necessarily better. It simply depends on what kind of shooting experience you want from a compact camera.

Once my pre-ordered Lumix L10 arrives, I’m looking forward to seeing how these philosophical differences translate into real-world shooting.

Want to Learn More About Panasonic and Leica Compact Cameras?

• Panasonic Lumix LX100 II in 2026: Still Worth Buying Used?
• Leica D-Lux 8 vs Panasonic LX100 II: Same Sensor, Different Philosophy
• Why Photographers Love Panasonic and Leica Multi-Aspect Ratio Cameras

The post Panasonic Lumix L10 vs Leica D-Lux 8: Two Different Approaches to the Premium Compact Camera first appeared on Martin Belan.

It’s the multi-aspect ratio system.

At first glance, aspect ratios may not seem particularly exciting. Most cameras already allow photographers to switch between formats like:

• 4:3
• 3:2
• 16:9
• 1:1

But on many cameras, those settings simply crop the image after capture.

Panasonic and Leica’s compact cameras take a very different approach. Instead of treating aspect ratio as an afterthought, these cameras build it directly into the shooting experience itself.

And honestly, that changes photography more than many people realize.

What Makes These Cameras Different?

Cameras like the:

• Panasonic Lumix LX100
• Panasonic Lumix LX100 II
• Panasonic Lumix L10
• Leica D-Lux 7
• Leica D-Lux 8

use a multi-aspect ratio sensor design that maintains a very similar field of view as photographers switch between aspect ratios.

That sounds technical, but the real-world difference is surprisingly important.

On many cameras, changing from 4:3 to 16:9 simply crops away part of the image, making the composition feel tighter.

With Panasonic and Leica’s multi-aspect ratio system, the camera uses different portions of the sensor depending on the selected format.

The final image resolution still changes slightly depending on the chosen aspect ratio, but the framing stays much more natural and consistent compared to many traditional crop-based aspect ratio modes.

As a result, switching formats feels less like cropping and more like intentionally composing for a different style of image.

The Aspect Ratio Dial Changes the Experience

One reason photographers enjoy these cameras so much is because Panasonic and Leica made aspect ratio selection fast and tactile.

On cameras like the Panasonic LX100 II and Leica D-Lux 8, photographers can instantly switch formats using a dedicated physical aspect ratio dial.

There’s:

• no menu diving
• no touchscreen navigation
• and no interruption to the shooting process.

You simply turn the dial and immediately see the composition differently through the viewfinder or rear screen.

That physical interaction matters more than it might sound on paper. It encourages experimentation. You begin actively thinking about framing while shooting instead of treating cropping as something handled later on a computer.

The Panasonic Lumix L10 Takes a Slightly Different Approach

The newer Panasonic Lumix L10 modernizes the concept slightly.

Panasonic kept the dedicated aspect ratio dial concept, but instead of directly labeling the ratios on the dial, the camera now uses customizable positions marked:

• “.”
• “1”
• “2”
• and “3”.

Some photographers will likely appreciate the added flexibility and customization. Others may prefer the more direct and visually intuitive approach of the older LX100-series cameras.

But either way, Panasonic clearly understood that aspect ratio selection remains an important part of the shooting experience for many photographers.

Why Multi-Aspect Ratio Shooting Feels So Creative

The reason this system feels so enjoyable in practice is because it changes how photographers see scenes in the field.

Instead of capturing one generic composition and deciding later how to crop it, photographers begin intentionally composing for:

• Cinematic landscapes
• Square minimalist images
• Documentary-style framing
• Architectural symmetry
• Black and white compositions
• and social-ready images.

One location can suddenly produce multiple completely different photographs simply by changing aspect ratios. That creative flexibility can become addictive surprisingly quickly.

Each Aspect Ratio Has Its Own Personality

4:3 – Balanced and Flexible

This is often the default format for many photographers.

It works especially well for:

• Travel photography
• Interiors
• Portraits
• Everyday scenes
• and general walkaround photography.

The slightly taller frame feels balanced across many subjects.

3:2 – Classic Photography Framing

Photographers coming from DSLR or full-frame systems often gravitate toward 3:2 because it feels familiar.

Excellent for:

• Street photography
• Documentary work
• Environmental portraits
• and storytelling images.

16:9 – Cinematic Landscapes

This format works beautifully for:

• Mountain ranges
• Coastlines
• Skylines
• Desert scenes
• and wide travel landscapes.

The wider frame naturally creates stronger visual flow and cinematic compositions.

1:1 – Minimalist and Graphic

The square format encourages photographers to simplify scenes.

Great for:

• Architecture details
• Symmetry
• Black and white photography
• Minimalist compositions
• Food photography
• and social media images.

It often changes the way photographers think about balance and negative space.

Why This Isn’t the Same as Cropping Later

Technically, yes — almost any image can be cropped later during editing.  But that misses the real point.  The benefit of multi-aspect ratio shooting is psychological as much as technical. This camera design encourages photographers to actively compose for a specific format while shooting.

That changes:

• Framing decisions
• Subject placement
• Visual balance

Photography becomes more intentional in the moment rather than purely reactive afterward. And honestly, that’s one reason these cameras still feel so refreshing today.

The Sensor Design Is Still Impressive

Another reason these cameras remain interesting is because of how the sensor itself is designed.

For example:

• The Panasonic Lumix LX100 II used approximately 21.7 megapixels total with around 17 effective megapixels depending on aspect ratio
• While the newer Panasonic Lumix L10 uses a newer 26.5 megapixel total sensor with roughly 20.4 effective megapixels.

That difference exists because the cameras use different portions of the sensor depending on the selected framing. Even years later, relatively few cameras implement this idea as elegantly as Panasonic and Leica’s compact systems.

Why This Feature Still Matters in 2026

Modern cameras now compete heavily on:

• Autofocus
• AI subject detection
• Burst shooting
• Video features
• and computational photography tools.

But surprisingly few cameras make composition feel this interactive and enjoyable.

That’s one reason many photographers continue to enjoy cameras like the Panasonic LX100 II, and Leica D-Lux series despite newer competition.

In fact, even years after release, I still think the Panasonic LX100 II offers one of the most unique and enjoyable compact camera shooting experiences available today, which I discussed further in my article on whether the Panasonic LX100 II is still worth buying used in 2026.

The multi-aspect ratio system encourages photographers to slow down, experiment more, and think differently about framing before pressing the shutter. And honestly, that tactile, composition-first shooting experience still feels special today.

Final Thoughts

The multi-aspect ratio system found in Panasonic and Leica compact cameras remains one of the most enjoyable and creatively engaging features available in modern photography.

It transforms aspect ratio selection from a menu setting into an active part of the photographic process.

In a world increasingly dominated by software-driven workflows and endless editing flexibility, there’s still something uniquely satisfying about turning a physical dial and instantly seeing the world differently through the camera.

Want to Learn More About Panasonic and Leica Compact Cameras?

• Panasonic Lumix LX100 II in 2026: Still Worth Buying Used?
• Leica D-Lux 8 vs Panasonic LX100 II: Same Sensor, Different Philosophy
• How to Customize Your Panasonic LX100 II Quick Menu for Faster Shooting

The post Why Photographers Love Panasonic and Leica Multi-Aspect Ratio Cameras first appeared on Martin Belan.

One of the biggest improvements you can make isn’t buying new gear—it’s learning your camera well enough that you can change critical settings without taking your eye off the viewfinder.

That’s where memorization and muscle memory come in.

In this post, I’ll walk through the key settings I’ve learned to adjust by feel on my OM System OM-1. While I shoot in aperture priority, this approach works just as well in shutter priority or manual. The goal isn’t the mode—it’s being able to react instantly.

While I’m using the OM System OM-1 in this post, most of these settings and controls apply across OM System cameras, including newer bodies like the OM-3 and OM-5. Button placement and naming may vary slightly, but the overall approach—quick access, muscle memory, and fast adjustments—translates directly across the system.

Why Memorization Matters More Than Setup

You can have the perfect custom setup on your camera, but if you have to look down to find a button, you’re already too late.

Bird and wildlife photography is about reaction time. Memorizing where your key controls are—and practicing until it becomes second nature—lets you stay locked on your subject.

Spend a few minutes every morning running through these controls without looking. It sounds simple, but after a couple of weeks, it makes a noticeable difference in the field.

My Approach

I shoot in aperture priority because it’s what I’m used to, and it works well for birds and wildlife. I generally keep the aperture as wide as possible to maintain fast shutter speeds, letting ISO float as needed.

If you shoot in shutter priority or manual, the same concept applies—the key is knowing where your controls are and being able to adjust them instantly.

Most of my wildlife work is done with the OM System 150–400mm f/4.5 TC1.25x IS PRO, which gives me the reach and flexibility needed for birds and distant wildlife.

I’ve put together a detailed breakdown of how this lens performs in real-world conditions in my hands-on field experience with the OM System 150–400mm f/4.5.

Key Settings to Memorize

These are the controls I rely on most when I’m in the field photographing Birds and Wildlife.

ISO

Control: ISO button (upper right on the back) + rear dial

ISO is the setting I adjust most frequently as lighting conditions change. Whether a bird moves from shade into sunlight or clouds roll in, you need to react quickly.  

My preference is to adjust ISO manually rather than relying on Auto ISO so I can control both exposure and noise more precisely as conditions change.  That said, Auto ISO can still be useful in rapidly changing conditions when you need to prioritize shutter speed above all else.

The OM-1 makes changing the ISO easy:

• Press the ISO button with your thumb
• Turn the rear dial
• Keep your eye in the viewfinder

Aperture

Control: Rear dial

In most situations, I keep the aperture wide open to maintain fast shutter speeds.

There are times to stop down:

• Multiple birds in flight
• Two animals at different distances
• Environmental wildlife shots

Being able to adjust aperture quickly lets you adapt without missing the moment.

Exposure Compensation

Control: Front dial

Exposure compensation is one of the quickest ways to adjust exposure without changing multiple settings.

I use it when the scene is likely to fool the camera’s meter, such as:
• Bright subjects like white birds or snow → reduce exposure to protect highlights
• Dark subjects against bright backgrounds → increase exposure to retain detail

It’s a fast adjustment that lets you react to changing conditions while keeping your eye in the viewfinder.

Subject Detection

Control: AF-ON button

I use the AF-ON button to control subject detection since I don’t use back button focus.

• Press and release → toggle subject detection on & off
• Press and hold + front dial → switch subject type

This is especially useful when:

• You switch between birds and mammals
• Subject detection struggles in cluttered scenes

Multi Selector (AF Target Control)

Control: Multi Selector (joystick on the back of the camera)

The Multi Selector is one of the most important controls for quickly placing your focus point—especially when you’re using more precise focus settings.

The Multi Selector is one of the most important controls for placing your focus point exactly where you need it—especially when using smaller or more precise AF target areas.

I rely on it whenever I need to reposition focus quickly without taking my eye off the viewfinder, such as when a bird moves across the frame or shifts position unexpectedly. It also allows me to quickly change the AF target area on the fly when I need more or less coverage depending on the situation.

How I Use It
• Move the Multi Selector → shifts the AF target area across the frame
• Press the Multi Selector → instantly centers the AF target area
• Press and hold + front dial → cycles through AF target area modes

Custom Modes (Where Everything Comes Together)

Custom modes are the backbone of my wildlife setup.

I use three custom modes for birds and wildlife, all next to each other on the dial:

C2 – Precision Focus

• SAF (Single AF)
• Single focus point
• Subject detection Off

Best for:

• Shooting through branches
• When subject detection misses
• Pinpoint focus control

C3 – Primary Bird / Wildlife Mode

• CAF (Continuous AF)
• Custom focus area (most of the frame)
• Subject detection ON (usually bird mode)

This is my default mode.

If I’m out shooting, my camera is almost always set to C3. It works for birds in flight and general wildlife photography.

C4 – Pro Capture Action Mode

• CAF
• Pro Capture
• Subject detection ON
• Higher ISO to freeze movement

Best for:

• Bird Takeoff shots
• Sudden movement (like animals jumping)
• Action sequences

I don’t typically use this for birds already in flight—I use C3 for that. C4 is for capturing the moment something happens.

Why Custom Mode Placement Matters

I keep these modes next to each other so I can switch by feel:

• One click clockwise → C2 (precision)
• One click counter clockwise → C4 (action)

If you know where each mode is without looking, you can adapt instantly in the field.

Note: If I switch modes for a specific situation, I always return to C3 so I know exactly where I am when I’m shooting.

Practice: The Missing Piece

None of this matters if you don’t practice it.

A simple routine:

• Spend 5 minutes a day
• Change each setting without looking

After a couple of weeks, it becomes second nature.

If you haven’t photographed wildlife in a while, it’s worth repeating this exercise before heading out in the field.

Final Thoughts

Bird and wildlife photography is all about reacting quickly. You can’t do that if you’re looking down at your camera trying to find a button.

The more you memorize your setup, the more you can focus on:

• Composition
• Timing
• Behavior

And that’s what ultimately leads to better images.

Continue Learning

If you found this helpful, you might also like:

• How the Multi Function Button Works on Olympus / OM System Cameras and Why You Should Use it
• Exploring the OM System 150-400mm f/4.5: A Hands-On Field Experience
• Are Micro Four Thirds Lens Kits Still Smaller and Lighter Than Full Frame for Travel?

The post OM System Bird & Wildlife Photography Settings: How to React Faster in the Field first appeared on Martin Belan.

On paper, the Leica D-Lux 8 and Panasonic LX100 II share a lot:

• The same 20MP Micro Four Thirds sensor

• The same Leica-branded 24–75mm equivalent f/1.7–2.8 lens
• Compact rangefinder-style body
• Dedicated aspect ratio switch with multi-aspect shooting
• Excellent image quality for a small, travel camera

With Panasonic recently announcing the new Lumix L10, interest in these compact enthusiast cameras has started growing again—especially among photographers looking for a more traditional photography-focused alternative to smartphones and larger interchangeable lens systems. I recently wrote about Panasonic’s new camera in my article comparing the Panasonic Lumix L10 and LX100 II.

But once you actually start using these two cameras, the differences become much more interesting.

Recently, I had the opportunity to compare my Panasonic LX100 II with a friend’s Leica D-Lux 8. What stood out wasn’t image quality as much as the shooting experience and feature philosophy behind each camera.

The Panasonic LX100 II feels like an engineering-driven camera packed with features and customization.

The Leica D-Lux 8 feels more like a photography experience designed around simplicity, aesthetics, and intentional shooting.

And depending on the kind of photographer you are, either approach could make more sense.

The Panasonic LX100 II: The Feature-Rich Photographer’s Tool

One thing that immediately stands out about the LX100 II is just how many photographic tools Panasonic packed into it.

Compared to the Leica D-Lux 8, the LX100 II includes a number of features and shooting modes that Panasonic users have come to expect:

• Panorama shooting mode
• Focus stacking / Post Focus
• 4K Photo
• More configurable Quick Menus and function buttons
• Built in Filter Effects like Toy Pop, Miniature Effect, Soft
• Additional computational-style shooting features 

For photographers who enjoy configuring their camera exactly how they want it, the LX100 II feels incredibly flexible.

That flexibility is one of the reasons I still enjoy using the camera in 2026. It can be set up for very fast shooting once you learn the controls, and Panasonic gave users a huge amount of control over how the camera operates.

The LX100 II also feels very practical.  It’s a camera designed by engineers trying to give photographers as many tools as possible in a compact body.

The Leica D-Lux 8: Simplicity and Shooting Experience

The Leica D-Lux 8 takes almost the opposite approach.

Leica simplified the interface and leaned heavily into the company’s traditional shooting philosophy:

• cleaner menus
• simpler controls
• more minimal interface
• Leica Q-inspired design
• stronger emphasis on tactile shooting experience

Leica itself repeatedly describes the D-Lux 8 as delivering the “Leica experience in compact form.”

After handling the camera, I understand the appeal. The D-Lux 8 encourages a slower, more deliberate style of photography. You spend less time configuring menus and more time simply shooting.

Compared to the Panasonic LX100 II, the Leica feels intentionally simplified. That simplicity will either feel refreshing or limiting depending on the type of photographer you are.

What You Give Up With the Leica D-Lux 8

The trade-off is that the Leica approach comes at a price—both financially and functionally.

The D-Lux 8 appears to omit or simplify several Panasonic-style computational and advanced shooting features that LX100 II users may be accustomed to.

That means if you rely on:

• focus stacking
• panorama mode
• heavy customization
• extensive quick menu configuration
• Panasonic computational features

…the Panasonic LX100 II may actually be the more capable camera.

For some photographers, those missing features won’t matter at all.  For others, they absolutely will.

The Price Difference Changes Everything

This comparison becomes especially interesting once price enters the conversation.

A new Leica D-Lux 8 typically sells around $1,900 USD.

Meanwhile, Panasonic LX100 II cameras often sell for dramatically less (almost half the price) on the used market.

That creates a difficult question:

Are you paying for better photographs?

Or are you paying for the Leica experience?

For many buyers, the answer is probably the latter.

And there’s nothing wrong with that.

Which Camera Makes More Sense?

The Leica D-Lux 8 makes more sense if:

• You value simplicity over features
• You enjoy the Leica shooting philosophy
• You prefer a cleaner interface
• You care about tactile shooting experience and aesthetics
• You want a compact camera that feels emotionally engaging to use

The Panasonic LX100 II makes more sense if:

• Price is an important part of your decision
• You enjoy more features and customization
• You use tools like focus stacking or panorama mode
• You prefer configuring your camera to match your workflow
• You prioritize flexibility and control over minimalism

Final Thoughts

The Leica D-Lux 8 and Panasonic LX100 II are a rare example of two cameras with very similar photographic DNA but completely different personalities.

The Leica prioritizes experience.

The Panasonic prioritizes capability.

Neither approach is wrong.

The question to as yourself is:
Which camera better matches the way you like to photograph?

If You Want to Learn More

• Panasonic Lumix LX100 II in 2026: Still Worth Buying Used?
• Panasonic Lumix L10 vs LX100 II: Finally A Modernized LX100
• How to Customize Your Panasonic LX100 II Quick Menu for Faster Shooting

The post Leica D-Lux 8 vs Panasonic LX100 II: Same Sensor, Different Philosophy first appeared on Martin Belan.

This feels like the camera many Panasonic LX100 series fans have been waiting for.

I’ve been shooting with the Panasonic LX100 II for quite a while and have written several articles about the camera because, even in 2026, it still offers something unique:

• a fast Leica zoom lens
• physical camera controls
• dedicated Aspect Ratio dial
• a compact body
• and a photography-first shooting experience that feels increasingly rare.

But as much as I’ve enjoyed using the LX100 II, there have also been a few obvious limitations that reminded me the camera was designed years ago.

The new Lumix L10 appears to address several of the biggest ones.

Rather than completely reinventing the LX100 concept, Panasonic seems to have modernized it in the areas where the LX100 II was starting to show its age.

And some of these upgrades are exactly what I was hoping to see.

The Biggest Upgrade: Phase Detect Autofocus

For me, this is probably one of the most significant improvements.

The LX100 II uses Panasonic’s older contrast detect autofocus system. While it works well for many situations, it can struggle with:

• moving subjects
• continuous autofocus
• tracking
• lower light situations

The Lumix L10 now adds hybrid phase detect autofocus with subject detection.

That’s a massive upgrade.

In real-world use, this could make the camera much better for:

• travel photography
• street photography
• family photography
• casual wildlife
• spontaneous moments where autofocus speed matters.

This may be the single biggest change that makes the L10 feel like a modern camera rather than simply a refreshed LX100 II.

A New Sensor and Processor Too

Panasonic also upgraded the internal hardware significantly on the Lumix L10.

The camera uses a newer backside illuminated (BSI) Micro Four Thirds sensor along with Panasonic’s latest image processor — the same sensor found in the Panasonic GH7.

he sensor has a total pixel count of 26.5 megapixels, but because of the camera’s multi-aspect ratio design, the effective resolution is 20.4 megapixels depending on the selected aspect ratio. That’s similar in concept to the Panasonic LX100 II, which used a 21.7 megapixel total sensor with an effective resolution of approximately 17 megapixels.

This multi-aspect ratio approach is one of the unique things that sets the LX100 series apart. Instead of simply cropping the image, the camera uses different portions of the sensor to maintain a similar field of view across aspect ratios like 4:3, 3:2, 16:9.

Compared to the older LX100 II, the newer sensor and processor combination could potentially improve:

• dynamic range
• low light performance
• autofocus performance
• processing speed
• and overall image quality.

Panasonic also says the camera supports Dynamic Range Boost, which could further help highlight and shadow detail in difficult lighting conditions.

Finally: An Articulating Screen

This is another change LX100 users have wanted for years.

The LX100 II’s fixed rear screen was always one of the camera’s biggest ergonomic limitations.

It worked fine for traditional eye-level photography, but became frustrating when trying to shoot:

• low-angle compositions
• high-angle shots
• macro photography images

The new articulating screen on the L10 immediately makes the camera feel more flexible.

For travel and street photography especially, this could be a huge quality-of-life improvement.

It also makes the camera much more usable for content creators and hybrid shooters without sacrificing the compact photographer-focused design that made the LX100 series appealing in the first place.

Real Time LUT Could Be More Important Than It Sounds

At first glance, Real Time LUT support may sound like a video-focused feature.

But I actually think this could become surprisingly useful for photographers as well.

One of the reasons the LX100 II remains fun to shoot is because of its JPEG experience:

• Photo Styles and Filter Effects
• Monochrome Modes
• Aspect Ratio Controls
• Overall creative shooting experience.

Real Time LUT support potentially expands that idea much further.

Instead of relying only on Panasonic’s built-in color profiles, photographers can create or load other photographrer’s custom looks directly into the camera.

For photographers who enjoy:

• black and white photography
• film-inspired color
• travel JPEG workflows
• social-ready images
• creative shooting styles

this could become one of the most enjoyable upgrades on the new camera.

And honestly, it feels very aligned with the kind of camera the LX100 series has always been:
a camera designed to make photography fun.

Panasonic Kept What Made the LX100 Series Special

What I like most about the announcement is that Panasonic doesn’t appear to have abandoned the core identity of the LX100 series.

The L10 still keeps:

• a fast Leica-branded zoom lens
• physical controls
• Aspect Ratio Shooting Dial
• compact size
• an electronic viewfinder
• and a photography-first design philosophy.

That last part matters.

Especially after cameras like the S9 removed the EVF entirely, I’m glad to see Panasonic kept the L10 focused on photographers and not just content creators.

That photography-first approach is also one of the reasons cameras like the Leica D-Lux 8 continue to appeal to so many photographers. Even though the Leica D-Lux 8 and Panasonic LX100 II share very similar hardware, the shooting experience and overall philosophy between the two cameras feel surprisingly different. I recently explored those differences in my comparison of the Leica D-Lux 8 and Panasonic LX100 II.

Panasonic also upgraded the battery system on the L10, moving to the larger BLK22 battery used in several of Panasonic’s newer cameras. That should help improve battery life compared to the LX100 II, especially during longer travel days or extended shooting sessions.

Early Thoughts

On paper, the Lumix L10 looks less like a replacement for the LX100 II and more.  It’s like Panasonic is finally bringing the LX100 concept into the modern era.

The three upgrades that stand out most to me are:

• phase detect autofocus
• the articulating screen
• and Real Time LUT support.

Those are all areas where the LX100 II was beginning to feel dated compared to newer cameras.

I’ve already pre-ordered the Panasonic Lumix L10 and plan to compare it directly against my LX100 II once it arrives.

So far, this looks like one of Panasonic’s most interesting camera announcements in years.

Want to Learn More?

• Panasonic Lumix LX100 II in 2026: Still Worth Buying Used?
• How to Customize Your Panasonic LX100 II Quick Menu for Faster Shooting
• Focus Stacking Made Easy: Why Luminar Neo Is My Go-To Lightroom Plugin

The post Panasonic Lumix L10 vs LX100 II: Finally A Modernized LX100 first appeared on Martin Belan.

This wasn’t a controlled test. It was wind, dust, long days, and the kind of shooting that quickly exposes what a tripod can—and can’t—do.

A Travel Tripod First and Foremost

The Neewer LT32 travel tripod is clearly built with portability in mind. It packs down small enough to fit comfortably in the side pouch of a backpack and is light enough that you don’t think twice about bringing it along. Compared to a larger tripod like my Benro Tortoise, it saves a noticeable amount of space and weight in both my luggage and on the trail.

That smaller size and lower weight fit well with the overall reason I often travel with Micro Four Thirds gear in the first place—keeping my photography kit compact enough that I’m more likely to bring it along.

That convenience matters more than you might expect. A tripod you actually carry is far more useful than one left behind because it’s too bulky or heavy.

Handling in the Field

In use, the Neewer LT32 tripod is quick and easy to work with. The ball head moves smoothly, and composing shots feels intuitive without having to fight the controls. When light is changing or you’re trying to react quickly to a scene, that simplicity goes a long way.

The quick release system is also well designed. A push-button release makes it fast to remove the camera, and a locking mechanism helps prevent accidental release if the tripod gets bumped. It’s a thoughtful balance between speed and security.

There are also small details that stand out in the field. The built-in Allen wrench stored in the bottom of the center column is one of those features you don’t think about until you need it—and then you’re glad it’s there.

That said, the quick release system comes with an important limitation.

While the plate looks similar to an Arca-Swiss style plate, it isn’t truly compatible. The included plate is square, and the clamp on the tripod head is designed specifically for that shape. Standard Arca-Swiss plates won’t fit properly on the tripod.

In practice, that means you’re effectively locked into using the included plate unless you swap out the entire head. If you already use Arca-Swiss plates across your gear, this breaks that workflow and adds friction when moving between tripod setups.

The Biggest Issue: Plate Stability on OM System Bodies

With both my OM System OM-1 and OM-5, I found that the included plate would gradually loosen unless I really tightened it down with a coin. This wasn’t a one-off issue—it happened consistently enough to notice during normal shooting.

Because the system is effectively proprietary, you can’t easily swap in a larger or more secure Arca-style plate to solve the problem. That makes the design of the included plate more critical—and in this case, it feels a bit undersized.

My suspicion is that it comes down to geometry. The tripod mount on OM System bodies sits slightly forward, and when paired with a relatively small, square plate, it creates more opportunity for the camera to twist over time. When I tested the same setup with a Fujifilm body, it felt more secure, which suggests the issue may be somewhat camera dependent.

It’s not a dealbreaker, but it’s something OM System users should be aware of—especially if you’re used to a more secure Arca-Swiss setup.

Wind, Stability, and Real-World Use

Monument Valley turned out to be a great stress test. I was shooting in winds with gusts over 30 mph—conditions that will challenge any lightweight travel tripod.

With my camera bag attached to the hook for added weight, the LT32 performed reasonably well, but it wasn’t something I could fully trust unattended. During stronger gusts, I found myself holding onto the tripod to steady it. That’s not surprising given its size and weight, but it reinforces where this tripod fits.

I also used the tripod for a timelapse for over an hour on a windy morning. With my bag attached for weight, the tripod held up well. I left it unattended, just checking on it occasionally, and it performed reliably—but in stronger winds, it’s still something you’ll want to keep an eye on.

Extending the center column made things noticeably less stable, which is typical for travel tripods. Keeping the center column as low as possible improved stability. Height is another trade-off—the LT32 is a bit short, and while it works fine in most situations, shooting over obstacles often requires extending the center column, which brings you back to that stability compromise.

A Few Other Quirks

In the field, I had the quick release latch stick a couple of times. It wasn’t a major issue, but it did require some fiddling to free it.

The ball head also doesn’t offer a traditional portrait orientation notch. For my workflow, this wasn’t a big limitation since I rarely shoot vertical compositions on a tripod and can usually adjust the legs to compensate. But if you rely heavily on portrait orientation, it’s something to consider.

The tripod does include an adapter if you want to swap out the head, which is a nice option. Just keep in mind that changing the head may affect how well it fits in the included case, slightly reducing its travel convenience.

Where It Fits (and Where It Doesn’t)

After using it in the field, the Neewer LT32 travel tripod makes the most sense as a dedicated travel tripod. It’s well suited for situations where weight and packability matter—travel photography, hiking, and general daytime shooting.

Where it falls short is in conditions that demand maximum stability. Long exposure night photography, coastal environments with consistent wind, or any scenario where you need absolute confidence in your support system are better handled by a larger, heavier tripod.

Final Thoughts

The Neewer LT32 tripod does exactly what it’s designed to do. It’s a compact, lightweight tripod that makes it easier to bring support with you when traveling.

It’s not trying to replace a full-size tripod—and it doesn’t. But for many trips, the trade-off is worth it. The reduced size and weight mean it actually comes along, and that alone can make the difference between getting the shot and leaving it behind.

Used within its limits, it’s a practical and effective travel companion. Just know those limits before relying on it in more demanding conditions.

Related Blog Posts
A Real World Field Test of the Laowa 7.5mm f/2 on Micro Four Thirds
Are Micro Four Thirds Lens Kits Still Smaller and Lighter Than Full Frame for Travel?
Can You Travel for Photography With Only an iPad Mini?

The post Neewer LT32 Travel Tripod Review (Field Test and Real-World Performance) first appeared on Martin Belan.

For many astrophotographers, the biggest challenge is not learning the equipment—it’s finding enough clear skies and enough time to gather quality data. Mega Stack helps solve that problem by allowing you to combine imaging sessions captured across multiple nights into one final stacked image, all processed directly on the telescope.

That means you no longer need to finish a deep-sky target in a single evening. Instead, you can slowly build better results over time whenever the skies cooperate. For owners of the DWARF 3 or DWARF Mini, it’s one of the most useful features in the app.  

What Is Mega Stack?

Mega Stack is an in-device stacking tool built into the DWARFLAB smart telescope system that combines compatible astrophotography data from multiple imaging sessions.

Instead of being limited to the stack created from one night, Mega Stack allows you to reprocess multiple sessions of the same target into a larger combined stack. The actual stacking is performed on the telescope itself—not in the mobile app and not in the cloud.

That means you can capture a target over several nights, then let the telescope do the heavy lifting to create a stronger final image. This is especially useful for faint nebulae and galaxies where total exposure time matters.

Before doing this, it’s important to make sure your telescope is properly aligned and tracking accurately—if you’re not set up yet, I walk through the full process in my step-by-step EQ mode setup guide.

Why Mega Stack Is So Useful

1. You Don’t Need One Perfect Night

Clouds, wind, moonlight, work schedules, and fatigue all get in the way of long imaging sessions.

Mega Stack allows you to collect one hour tonight, another hour next week, and more later.

2. Better Image Quality Through More Total Exposure

In astrophotography, more time on target usually means better signal-to-noise ratio. More usable data can reveal cleaner detail, smoother backgrounds, and better faint structure.

3. Great for Small Clear-Sky Windows

If you live somewhere with inconsistent weather—as many of us do—you can still make progress.

Even a short clear opening becomes valuable when you know that more data can be added later.

4. No Need for External Stacking Software

Many astrophotographers use desktop software such as Siril or PixInsight. Those are powerful tools, but not everyone wants the extra workflow.

Mega Stack gives casual and intermediate users a built-in solution directly on the telescope ecosystem.

Practical Mega Stack Advantages

You Can Mix Exposure Lengths and Gain Settings

One pleasant surprise is that Mega Stack can work with sessions using different exposure times and gain values.

That gives you flexibility if:

• You changed settings during testing
• Sky conditions changed between nights
• You improved your workflow later

This can make older sessions useful again.

Great Storage Trick: Re-Import Older Sessions

Another benefit of Mega Stack is storage management.

You can move old image folders off the telescope to free space, then later copy them back and Mega Stack them when ready.

That means you can:

• Keep the telescope available for new sessions
• Archive data externally
• Return later and combine older captures

Important: Keep the same folder structure and filenames when moving files off the device. Renaming files can prevent recognition. 

Important Mega Stack Limitations

Mega Stack is excellent, but it does currently have some limitations.

Same Target / Same Coordinates Required

The data must be from the same object or matching coordinates.

You can’t combine unrelated targets.

Same Filter Required

Sessions need the same filter type, such as: Astro or Duo-Band. Currently mixed-filter stacking is not supported.  

Same Telescope Model

In my testing, attempting to combine DWARF 3 files with DWARF Mini files caused the Mega Stack process to freeze and required a reboot. I also confirmed with Dwarf Lab that stacking data between different telescope models is currently not supported.

For now, Mega Stack should be treated as a same-model feature only unless Dwarf Lab adds official cross-device support in a future update.  If you want to stack exposures across different Dwarf Lab models, for now you will have to use external software.

Astro Mosaic Restrictions

For Astro Mosaic sessions, Mega Stack currently supports on device, single-session stacking only, not combining mosaics across multiple nights.  

Dwarf Labs is currently working on some enhancements to Mega Stack for Mosaics in their next firmware release.  This will allow re-imported Mosaic data to be processed in Mega Stack.  I’m not sure if these Mega Stack enhancements will support multiple session data for mosaics.

Firmware Version Requirements

Mega Stack supports compatible session data from newer firmware generations (notably v1.1.8+ for DWARF 3 sessions).  

Best Practices for Better Results

Be Selective With Frames Within Sessions

Don’t blindly combine everything. Mega Stack can be sensitive to star quality and alignment, so frames with trailing stars, poor tracking, clouds, haze, or soft stars can hurt the final result—or even cause the stacking process to fail.

If one session contains a number of weak frames, it may be better to exclude that session or reprocess only the cleaner data.

Retake Dark Frames When Temperatures Change

Reprocessing with better-matched dark frames can improve results when temperatures differ from the original session. If conditions changed significantly, it is worth capturing fresh darks before running Mega Stack.

Use External Power

Large Mega Stack jobs can take a long time. Plug in external power and let the telescope process uninterrupted.

For example: Mega Stacking 317 exposures from three separate sessions took a little over an hour on my Dwarf 3 Telescope.

Build a Long-Term Target List

Mega Stack works especially well when you revisit targets over time and gradually build more total exposure.

Older sessions can also be moved off the telescope for storage, organized by target name on your computer or external drive, and later copied back to the telescope for stacking when needed. Just be sure not to change the original folder structure or file names.

My Wish List for Mega Stack

Mega Stack is already strong, but I’d love to see these additional features added:

• A desktop companion app or API access to Mega Stack multiple session off the telescope.
• Mixed filter Mega Stack processing
• Cross-device support between DWARF models
• Multi-night mosaic support

Knowing Dwarf Lab’s strong track record of improving their telescopes through firmware updates, there is good reason to expect Mega Stack will continue to gain new features and refinements over time.

Final Thoughts

Mega Stack is one of the most practical and valuable features in the DwarfLab ecosystem because it fits the way most people actually do astrophotography.

Most of us don’t get endless clear skies or five-hour imaging sessions whenever we want. Mega Stack lets you build serious astrophotography results in small chunks over time.

For anyone using a DWARF 3 or DWARF Mini, it’s worth learning—and worth using regularly.

Sometimes the best image isn’t captured in one night. It’s built over many.

Written by Martin Belan

Related Posts
7 Reasons to Buy a Smart Telescope for Astrophotography
How to Photograph a Total Lunar Eclipse with a Dwarf Smart Astrophotography Telescope
DWARF Telescope EQ Mode Setup: Step-by-Step Guide for Deep Sky Astrophotography

The post Dwarf Lab Mega Stack Guide: How to Combine Multiple Nights for Better Astrophotography Images first appeared on Martin Belan.

After spending time in the valley, a few things stood out that made a real difference in both the experience and the images. If you’re planning a photography trip, these are the tips I wish I had fully appreciated going in.

Understanding Where You Are

Monument Valley sits within the Navajo Nation, not a U.S. National Park. That distinction matters—not just for logistics, but for how you approach the experience.

The Navajo Nation observes Daylight Savings Time, while the rest of Arizona does not. Depending on the time of year, that can shift your sunrise and sunset timing by an hour if you’re not paying attention. It’s a small detail, but one that can easily cause you to miss the best light.

It’s also worth remembering that this is a living landscape. Homes, roads, and cultural sites exist throughout the area, so being respectful—especially when it comes to photographing people or private areas—is essential.

Getting There and Planning Your Visit

Monument Valley is remote, and that’s part of its appeal. It’s not a place you just pass through—you have to commit to getting there.

Most visitors fly into larger airports like Las Vegas, Phoenix, or Salt Lake City and then drive six or more hours. Flagstaff is the closest airport with a shorter drive, but flight options are more limited and often involve smaller regional aircraft. 

Even though Monument Valley feels isolated, you can still find essentials in the area, including fuel, water, and cell signal in some locations. It is still wise to plan ahead, especially for navigation, meals, and long stretches of driving between destinations.

Once you’re there, staying nearby makes a big difference. Goulding’s at Monument Valley  offers lodging, food, and groceries all within easy reach of the valley. Goulding’s also offers off-road Monument Valley tours. Being close means you can take full advantage of sunrise and sunset without long drives in the dark.

Driving the Valley: Independence vs Access

The main route through Monument Valley is the 17-mile Valley Drive—a scenic loop that takes you past many of the classic formations. You can drive it yourself, but there are a few things to keep in mind.

The road is unpaved, often rough, and can be challenging for standard vehicles, especially after wind or rain. A 4WD vehicle isn’t strictly required in good conditions, but it definitely makes things easier and less stressful.

Guided tours, on the other hand, open up a completely different experience. Navajo guides can take you into restricted backcountry areas that you simply can’t access on your own, and they add context that goes beyond photography. If you want to get off the main loop or explore rougher terrain, a guided tour is the way to do it.

Light Is Everything in Monument Valley

More than almost anywhere else, Monument Valley is about light direction.

At sunrise, the east-facing sides of the Mittens and Merrick Butte come alive with soft, warm light. The air is often clearer, the colors are more subtle, and the crowds are minimal. It’s a quieter, more controlled shooting experience.

Sunset brings a different kind of energy. The west-facing sides of the formations catch the light, often glowing deep orange and red as the sun drops. The atmosphere tends to be more dramatic, especially if there are clouds to catch the color.

Midday is the least forgiving time to shoot. The light is harsh and flattens the landscape, but that doesn’t mean you should put the camera away. This is where telephoto compositions, black and white interpretations, and infrared photography can work surprisingly well.

Blue hour—both before sunrise and after sunset—is often overlooked. The buttes turn into silhouettes against soft gradients of color, and the valley takes on a completely different mood.

The key is simple: the landscape doesn’t change, but the light does. Plan your shooting locations around where the light will fall.

Composition Tips: From the Mittens to the Valley Drive

It’s easy to point your camera at the most famous formations and call it a day, but Monument Valley rewards a more thoughtful approach. 

The Mittens

However, one of the most iconic views of the Mittens can be photographed right from the Visitor Center area, making it an excellent starting point for sunrise, sunset, or your first introduction to the landscape.  

Sunrise and sunset each offer different advantages when photographing the Mittens from the Visitor Center. At sunrise, the formations are often backlit or silhouetted as the sun rises behind them, creating dramatic sky color, long shadows across the valley floor, and a quieter early-morning atmosphere. It is an excellent time for mood, contrast, and minimalist compositions. Sunset brings warmer front and side light onto the Mittens, revealing more texture and detail in the sandstone faces while often producing rich color in the surrounding sky. If you want atmosphere and silhouettes, sunrise is excellent; if you want glowing red rock and visible detail, sunset is usually the stronger choice.

The Visitor Center offers elevated compositions of the Mittens looking out across the valley. As you continue onto the Valley Drive, you can also photograph the Mittens from below, creating a very different perspective with stronger foreground opportunities and a greater sense of scale.

The Valley Drive Compositions

The Valley Drive itself can serve as a strong leading line, guiding the viewer’s eye through the frame. Foreground elements such as rocks, sand patterns, and desert plants add depth and help anchor the composition.

Telephoto lenses are especially powerful here. Instead of always going wide, try isolating individual buttes or compressing multiple formations together. This often creates more layered and intentional images than a standard wide scenic view.

Panoramas are another excellent option in Monument Valley. The broad spacing of the buttes and expansive desert floor naturally lend themselves to wider stitched compositions that can better capture the scale of the landscape than a single frame. A multi-image panorama can be especially effective when dramatic clouds or colorful sunrise and sunset light stretch across the horizon. Just be careful to keep the horizon level and allow enough overlap between frames for easier stitching later.

At the same time, don’t overlook minimalist compositions. A single butte against a clean sky can be just as compelling as a sweeping panorama.

Small changes in position can make a big difference. Moving only a few steps left or right may completely change how formations overlap, separate, or align in the frame.

Managing Dust and Gear

Dust is a constant in Monument Valley, especially when it’s windy or when vehicles are moving along the road. If you join a guided tour, many are conducted in open-air vehicles, which can expose both you and your gear to even more dust during the ride. Dress accordingly with layers, eye protection if needed, and clothing you don’t mind getting dusty. A neck gaiter or light mask can also be very helpful when dust is blowing, making the ride far more comfortable.

This is one place where minimizing lens changes really matters. A versatile zoom that covers a wide focal range will make your life much easier and help protect your sensor from blowing dust. I primarily used the weather sealed Olympus 12-100mm f/4 (24-200mm full frame equivalent field of view) Pro lens on my OM System OM-1 Mark II.

Bring a blower and lens cloth, and expect to use them frequently. Keeping a camera bag zipped when not in use and storing spare gear between stops can also help.

If you’re using a tripod, be aware that wind can introduce vibration. Adding weight to the tripod can improve stability, especially during sunrise, sunset, or blue-hour exposures.

A polarizer can be useful, but be careful when using it with wide-angle lenses. It can create uneven darkening in the sky, which can be difficult to correct later.

Weather Makes the Shot

Clear skies are common, but the best images often come when conditions aren’t perfect.

Storm clouds can add scale and drama to the scene, turning a simple composition into something much more compelling. Dust and haze, while not always pleasant to be in, can create atmospheric layers between the buttes that add depth to your images.

If you’re lucky enough to be there after rain, you may find reflections and cleaner air. And in rare cases, snow completely transforms the landscape into something almost unrecognizable.

The takeaway is simple: don’t just plan for perfect weather—embrace whatever conditions you get.

Dealing with Crowds

Some locations in Monument Valley draw heavy attention, and Forrest Gump Hill is one of the most popular examples. This is the sport where Forrest stopped his run during the famous movie. It’s common to see visitors standing or sitting in the roadway for photos and selfies, even though this is an active highway where speeds slow to 45 mph through the area. Use caution, stay aware of traffic, and never assume approaching vehicles can stop quickly.

Photographically, you have several options. You can embrace the crowds and use people in the frame to add scale and a sense of place, or remove distractions later in post-processing if needed. Often, simply shifting your position a few feet or changing focal lengths can create a cleaner composition without waiting for a completely empty scene.

As with many iconic locations, arriving early can make a big difference. The best light often comes with fewer people, giving you a better chance at cleaner compositions and a calmer experience.

Explore Beyond the Valley

While Monument Valley is the main draw, there are several nearby locations worth exploring if you have the time.

Goosenecks State Park offers dramatic views of the San Juan River carving through the landscape (like Horseshoe Bend but with a triple bend and less busy). Mexican Hat provides unique rock formations and river scenes. The Moki Dugway delivers sweeping views over the Valley of the Gods, and Wupatki National Monument is a worthwhile stop if you’re coming from Flagstaff.

Adding even one or two of these locations can round out your trip and give you a more diverse set of images.

Final Thoughts

Monument Valley is one of the most recognizable landscapes in the American Southwest, but photographing it well requires more than just showing up.

Understanding the light, being intentional with composition, managing the environment, and respecting the land all play a role in creating strong images. Slow down, pay attention to the details, and let the landscape guide you.

It’s a place that rewards patience—and one that’s well worth the effort.

Written by Martin Belan

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