The sky is about to deliver one of the most exciting photography opportunities of 2026.
On August 12, the Moon will pass between Earth and the Sun, creating a total solar eclipse along a narrow path crossing Greenland, Iceland, and Spain. Photographers elsewhere across a much wider area will still have an opportunity to photograph a partial solar eclipse.
Even more remarkably, the eclipse arrives on the same date as the peak of the Perseid meteor shower. That allows photographers to photograph two completely different astronomical events within a matter of hours.
Solar eclipse photography, however, requires a different approach from ordinary landscape or night photography. The Sun is extraordinarily bright; its light changes quickly, and improper equipment can damage both your eyesight and your camera.
Instead of focusing solely on a list of camera settings, this guide offers an eclipse-day photography plan you can practice before August 12.
Where Will the August 12, 2026 Solar Eclipse Be Visible?
The August 12, 2026 eclipse is a total solar eclipse, but totality will be visible only within a relatively narrow geographic corridor.
The path of totality passes through areas including Greenland, Iceland, and Spain. Much larger portions of Europe and North America will experience a partial eclipse.
Your exact photographic experience therefore depends heavily on location.
Someone photographing from Iceland or northern Spain may see the Sun disappear completely for a short period. A photographer outside the path of totality will instead see the Moon cover only part of the solar disk.
Before deciding on equipment or composition, check the eclipse circumstances for your precise location. The timing of first contact, maximum eclipse, and final contact varies considerably from place to place.
Planning these times is far better than arriving ten minutes before the eclipse and trying to set everything up while the event is already underway.
Solar Eclipse Photography Safety Comes First
This is the most important part of the entire guide.
Never point an unfiltered camera with a telephoto lens directly at the Sun during the partial phases of a solar eclipse.
A proper solar filter needs to cover the front of the camera lens before sunlight enters the optical system.
Eclipse glasses protect your eyes when used properly for direct viewing, but they are not substitutes for a properly fitted solar filter on a camera lens, telescope, or binoculars.
Regular sunglasses are not sufficient either.
NASA advises viewers to use suitable solar viewing protection whenever any portion of the bright Sun remains visible. Photographers using optical equipment need solar filters designed for the equipment rather than simply looking through eclipse glasses while using the camera.
Never improvise with ordinary neutral-density filters, stacked photographic filters, sunglasses, smoked glass, exposed film, or other homemade alternatives.
Your photograph is never worth risking permanent eye damage or equipment damage.
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The Most Important Rule About Totality
If you are photographing inside the path of totality, there is one brief exception to the solar-filter rule.
During actual totality, when the Moon completely covers the Sun’s bright photosphere, the solar filter must be removed if you want to photograph the corona.
That window is short.
As soon as the bright Sun begins to return, the filter needs to go back on the lens.
Photographers outside the path of totality never experience this safe unfiltered phase because part of the Sun remains exposed throughout the entire event.
For that reason, knowing whether your location is actually inside totality is essential.
NASA provides detailed eclipse safety guidance, and it is worth reviewing before photographing the event.
Choose the Photograph Before Choosing the Lens
A common mistake in eclipse photography is starting with:
“What lens should I use?”
Start instead with:
“What photograph am I trying to create?”
There are several very different possibilities.
A tight telephoto photograph can show the Moon progressively covering the Sun.
A wider composition might place the eclipse above mountains, buildings, monuments, trees, coastlines, or other recognizable landscapes.
Another option is an eclipse sequence that shows multiple stages of the event within a single finished composition.
Each approach requires different equipment.
For a large solar disk, photographers commonly reach for longer focal lengths. A 300mm, 400mm, 500mm, or 600mm lens can make the Sun much more prominent in the frame, particularly on a full-frame camera.
Shorter telephoto lenses can work beautifully when the surrounding landscape is part of the story.
Going wider still makes the eclipse relatively small, but the photograph can become far more distinctive because it shows where the event happened.
That environmental approach is worth considering if you want photographs that look different from thousands of nearly identical close-ups of the Sun.
A Good Starting Camera Setup
There is no single perfect exposure for every phase of a solar eclipse. Solar filters differ in density, atmospheric conditions vary, and camera equipment responds differently.
Use these settings as a starting point rather than rigid rules:
File format: RAW
Exposure mode: Manual
ISO: 100
Aperture: approximately f/8
Shutter speed: begin around 1/500 to 1/1000 second and adjust after testing
White balance: Daylight or a fixed Kelvin setting
Focus: Manual after acquiring accurate focus
Tripod: Recommended
Image stabilization: Usually off when firmly mounted on a tripod, depending on your camera and lens
The most important step is testing the combination with your solar filter before eclipse day.
Take photographs of the ordinary Sun using the same camera, lens, filter, and tripod you intend to use on August 12.
Check the photograph at high magnification.
Is the edge of the Sun sharp?
Are sunspots visible if sufficiently large ones are present?
Are the highlights clipping?
Does your tripod remain steady with the selected lens?
Those answers are far more useful than copying someone else’s exposure settings.
Use the Histogram Instead of Trusting the Screen
Your camera’s LCD can be misleading outdoors.
Bright ambient sunlight may make a photograph appear darker than it actually is. Increasing exposure simply because the display looks dim could result in clipped highlights.
The histogram provides a more dependable exposure reference.
You are dealing with an unusually bright subject against an extremely dark background, so the histogram will not necessarily resemble the balanced shape often seen in ordinary photographs. What matters most is preserving useful detail in the solar disk rather than forcing the histogram toward the center.
If histograms are still unfamiliar to you, please read How to Read a Camera Histogram before eclipse day. Understanding what the graph is telling you can make exposure decisions much faster as the light begins to change.
Highlight warnings can also be valuable. Please check out What Are Highlight Warnings (Blinkies) on a Camera to understand how they can help identify potentially clipped areas.
Focus Before the Eclipse Gets Exciting
Autofocus can become unreliable when photographing unusual astronomical subjects.
Rather than allowing the lens to search repeatedly during the eclipse, acquire accurate focus early.
With the solar filter securely installed, use Live View or your electronic viewfinder and magnify the Sun on screen. Focus carefully on the edge of the solar disk or visible sunspot detail.
Once everything looks crisp, switch the lens to manual focus.
Be careful not to move the focusing ring afterward.
Some photographers secure the ring gently with removable tape, particularly on lenses where the focusing ring turns easily.
Recheck focus occasionally because substantial temperature changes can affect certain lenses.
Bracket Your Exposures When Conditions Change
Eclipse photography offers an enormous range of brightness, particularly near totality.
Exposure bracketing provides useful insurance.
Instead of making every frame at the same exposure, record slightly darker and brighter variations. Later, you can choose the frame with the best detail or combine appropriate exposures to create a final image.
You do not need extreme brackets during every partial phase. Small exposure variations can be enough to protect against changing haze, clouds, or filter characteristics.
Photographers who want a deeper explanation should please read Exposure Bracketing Explained for Beginners. Learning the feature before August 12 is much easier than searching through menus during the eclipse.
Photograph the Story, Not Just the Sun
One of the strongest ways to make your eclipse photography distinctive is to step away from the obvious composition.
Photograph people wearing eclipse glasses.
Capture shadows changing across the landscape.
Look for crescent-shaped projections created when sunlight passes through small openings between leaves.
Include a recognizable building or landmark.
Photograph your camera setup before the eclipse begins.
Capture the changing atmosphere as daylight takes on an unusual character.
Inside the path of totality, photograph the surrounding horizon and the dramatic change in illumination.
These photographs establish a sense of place and help transform a technically correct eclipse photograph into a complete visual story.
Try an Eclipse Sequence
A multiple-exposure sequence can show the progression of the Moon across the Sun in one finished photograph.
The easiest method is usually to place the camera on a fixed tripod and photograph the eclipse at regular intervals.
For example, you might capture one frame every five or ten minutes.
Do not casually reposition the camera between photographs if the intention is to create a precisely aligned sequence later.
Keep exposure, white balance, and framing as consistent as practical.
The individual photographs can then be assembled during editing to illustrate the progression of the eclipse.
Leaving plenty of negative space in the original composition gives you room for the sequence.
Prepare the Camera the Night Before
Eclipse day is not the time to discover a nearly full memory card or forgotten tripod plate.
Prepare everything the previous evening.
Charge every battery.
Format memory cards in the camera after backing up anything important.
Clean the lens.
Install the tripod plate.
Pack the solar filter.
Pack eclipse glasses separately.
Check the weather forecast.
Confirm the eclipse timing for your location.
Turn off unnecessary automatic settings.
Set the camera to RAW.
Practice attaching and removing the solar filter without pointing the lens toward the Sun.
Finally, synchronize the camera clock if accurate timestamps are important for your eclipse sequence.
A simple rehearsal dramatically reduces the number of decisions you must make when the event begins.
Do Not Spend the Entire Eclipse Looking at the Camera
This may sound like unusual photography advice, but it matters.
Solar eclipses happen quickly.
Photographers can become so focused on exposure settings, memory cards, focus magnification, and brackets that they experience the entire event through a camera screen.
Automate whatever you reasonably can.
Use a remote release or interval timer if appropriate. Establish focus beforehand. Know where the controls are without searching through menus.
Once the camera is working, occasionally experience what is happening around you safely.
The changing light, atmosphere, temperature, shadows, landscape, and reactions from nearby people are part of the event, too.
After the Eclipse, Do Not Pack the Camera Away
August 12 offers an unusual second opportunity for photography.
The Perseid meteor shower peaks around the same time, giving photographers a chance to move from daytime solar photography to nighttime meteor photography as darkness falls.
The two events require almost opposite camera techniques.
During the eclipse, you are controlling an intensely bright subject.
For the Perseids, you will work with a dark sky, wide aperture, longer shutter speeds, higher ISO, and a completely different composition strategy.
If you plan on photographing both, please read How to Photograph the Perseid Meteor Shower and Best Camera Settings for the Perseid Meteor Shower before heading out.
That preparation could turn August 12 into one of your most productive photography days of the year.
Turning Your Best Eclipse Photograph Into a Print
Solar eclipse photographs can produce striking wall prints, particularly when the composition includes the corona, an eclipse sequence, a dramatic landscape, or silhouettes.
Printing introduces another set of decisions, however. Pixel dimensions, DPI, aspect ratio, enlargement size, sharpening, and file format all affect how the final photograph looks on paper.
For a practical explanation of preparing photographic files for print, please check out Printing Photos Perfectly: File Formats, DPI and Print Quality. It explains the relationship between digital files and print quality, which is particularly useful when enlarging a favorite eclipse photograph.
Before ordering a print, you can also use the free Print Size Converter to calculate pixel dimensions, inches, centimeters, and print resolution. It is a useful final check when deciding how large an eclipse image can be printed without unnecessarily sacrificing quality.
Eclipse Photography Checklist
Before August 12, confirm that you have:
- Camera
- Appropriate lens
- Proper front-mounted solar filter
- Safe eclipse glasses
- Tripod
- Remote shutter release or interval timer
- Fully charged batteries
- Spare batteries
- Empty memory cards
- RAW recording enabled
- Manual exposure ready
- Manual focus practiced
- Exact eclipse times saved
- Location selected in advance
- Weather forecast checked
- Perseid equipment ready for later that night
Most importantly, practice photographing the ordinary Sun safely before eclipse day.
The photographer who already understands the equipment can concentrate on composition and timing. Someone opening a new solar filter package for the first time while the Moon is already crossing the Sun will have far fewer opportunities to resolve unexpected problems.
The August 12, 2026 solar eclipse is more than an opportunity to point a long lens toward the sky.
It is a chance to photograph changing light, celestial geometry, landscapes, people, shadows, atmosphere, and one of nature’s most dramatic visual events.
Preparation will make the greatest difference.
Know the eclipse timing. Practice your camera controls. Test the solar filter. Decide on your composition beforehand. Protect your eyes and equipment throughout every partial phase.
Then remember that the photography does not necessarily end when the eclipse does.
As daylight disappears and August 12 moves into night, the Perseid meteor shower provides an entirely different reason to keep the camera ready.
One day, two extraordinary celestial events, and countless possibilities for photographs that may never be repeated in quite the same way.
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