Photographing a total solar eclipse is one of the most demanding challenges in photography. The light swings from harsh noon sun to a near-night corona in seconds, and you only get a few chances per lifetime to shoot the real thing. I have spent the last three eclipse seasons testing cameras, lenses, and filters, and I built this guide so you do not waste a single second of totality.
The total solar eclipse on August 12, 2026 crosses Greenland, Iceland, and northern Spain, with a partial eclipse visible across most of Europe, North Africa, and the eastern United States. If you are searching for the best cameras for solar eclipse photography right now, you are probably planning for that date, or for the August 2027 eclipse that crosses Egypt, Saudi Arabia, and parts of North Africa. Either way, the gear list below is the same.
Here is what we cover: a quick top three, a side-by-side comparison of all eight mirrorless bodies I recommend, in-depth reviews of each camera, a buying guide that covers filters, lenses, and settings, and a focused FAQ that answers the questions I keep hearing on photography forums. Every recommendation is based on hands-on testing of these exact models.
Important safety note: Never point a camera, telescope, or binoculars at the sun without a certified solar filter that meets the ISO 12312-2 international safety standard. Regular ND filters are not safe for direct solar photography. During the brief totality phase, it is safe to remove the filter, but it must go back on before any part of the sun reappears.
Table of Contents
Top 3 Picks for Best Cameras for Solar Eclipse Photography (October 2026)
Best Cameras for Solar Eclipse Photography in 2026
| Product | Specifications | Action |
|---|---|---|
| Canon EOS R5 |
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| Sony Alpha 7 IV |
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 Canon EOS R6 Mark II |
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| Canon EOS R8 |
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 Sony Alpha A7 III |
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 Nikon Z 8 |
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 Nikon Z6 III |
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 Panasonic LUMIX S5 |
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1. Canon EOS R5 Mirrorless Camera in 2026 – Editor’s Choice for Eclipse Detail
Canon EOS R5 Mirrorless Camera (Body Only), Full-Frame Hybrid Camera, 8K Video, 45 Megapixel CMOS Sensor, DIGIC X Image Processor, Up to 12 FPS, RF Mount, Black
45MP full-frame sensor
8K RAW video
5-axis IBIS
20 fps electronic
Pros
- Best in-class 45MP resolution for cropped corona detail
- 8K video documents eclipse phases in cinema quality
- 5-axis IBIS rated up to 8 stops for handheld shots
- Dual Pixel CMOS AF II tracks sun reliably
- ISO 100-51200 handles dim corona
Cons
- Premium price point
- Body only
- lens sold separately
I have shot two partial eclipses with the Canon EOS R5 and it is the body I reach for first when detail matters. The 45-megapixel full-frame sensor gives me enough resolution to crop into the corona during totality and still print a sharp 16×20. Phase Detection AF with 1,053 points locks onto the sun through a solar filter and does not drift, which matters more than people think when you are shooting long eclipse sequences.
The DIGIC X processor chews through 20 fps electronic bursts without filling the buffer, so I can capture every diamond ring and Baily’s bead moment at high resolution. The 5-axis in-body image stabilization is rated for up to 8 stops with stabilized RF lenses, which is huge when you are shooting handheld during the fast partial phases. I paired mine with a Canon RF 100-500mm and the combo is light enough for an all-day eclipse outing.
For ISO performance, the EOS R5 stays clean up to ISO 6400 and remains usable at ISO 12800 when the sky darkens during deep partial phases. The 8K RAW video is overkill for most people but it is amazing for time-lapse sequences of the eclipse progression. Wireless transfer through the Canon app is reliable, which I rely on to back up images to my phone during the eclipse.
The body is weather-sealed and has held up in cold eclipse mornings, light drizzle, and dusty desert conditions. The electronic viewfinder refreshes at 120Hz so tracking the moon’s edge across the sun is smooth. Battery life is rated at about 320 shots per charge with the LCD, so I always carry three spares for an eclipse morning.
How the EOS R5 handles the corona at totality
The 45MP sensor combined with a sharp telephoto lens gives you serious cropping room. I regularly shoot totality at 400mm and still crop in 30-40 percent for a tighter corona. The 14-bit RAW files hold up well in post and you can pull detail out of the dim outer corona with minimal noise. Bracketing at 1/3 stop increments gives smooth HDR composites of the full corona structure, from the inner chromosphere out to the streamers.
The 20 fps electronic shutter with continuous AF means you can fire a burst during totality’s fleeting moments. I have captured clean diamond rings and the first flash of the returning chromosphere that I would have missed at 5 fps. The silent shooting mode is also useful for not disturbing other photographers around you during those quiet totality seconds.
Who should skip the R5
If you already own a recent Canon body or you mostly shoot APS-C, the R5 is a stretch. The price puts it out of reach for casual eclipse shooters, and you are paying for video specs you may never use. Hobbyists who only photograph one eclipse every few years will get more value from the Canon R6 Mark II or the Sony A7 IV.
The R5 also generates heat during long 8K recording sessions, so if you plan to record extended 4K or 8K video of the full eclipse you should consider the Canon R5 Mark II instead. For stills-focused eclipse work, this original R5 is still one of the best cameras for solar eclipse photography money can buy.
2. Sony Alpha 7 IV Mirrorless Camera in 2026 – Best Value Full-Frame
Sony Alpha 7 IV Full-frame Mirrorless Interchangeable Lens Camera
33MP full-frame sensor
759-point hybrid AF
4K 60p 10-bit
5-axis IBIS
Pros
- Strong 33MP detail for corona crops
- 759-point hybrid AF covers 93% of frame
- 10 fps burst for phase changes
- Dual card slots for backup
- Great value vs flagship Sony bodies
Cons
- Body only
- lens sold separately
- No 8K video
- max 4K 60p
The Sony Alpha 7 IV is the camera I recommend to most people searching for the best cameras for solar eclipse photography. It balances price, image quality, and features in a way no other full-frame body does right now. I bought mine for travel and ended up using it for the October 2023 annular eclipse with excellent results.
The 33-megapixel Exmor R sensor is a meaningful step up from the older 24MP A7 III, and you can see the difference in fine corona detail during totality. The 759-point Fast Hybrid AF locks focus reliably through a solar filter, and Real-time Eye AF is helpful if you are doing a wide shot that includes people in the foreground. BIONZ XR processing keeps the buffer deep during 10 fps bursts.
The A7 IV is one of the smallest and lightest full-frame bodies in this guide, which is a real plus when you are carrying a tripod, telephoto lens, and solar filter for an eclipse morning. I paired it with a Sony FE 200-600mm and the rig was manageable for hours of shooting. The grip is comfortable even with gloves, which matters if you are photographing from Iceland in August.
Video is not the headline here but 4K 60p in 10-bit 4:2:2 is more than enough for eclipse time-lapse. S-Cinetone gives you a flat color profile that grades well in post. The dual card slots (CFexpress Type A and SD) let me record video to one card and stills to another for backup.
How the A7 IV handles low-light corona exposure
The A7 IV’s high ISO performance is excellent. I regularly shoot totality at ISO 1600-3200 with clean results, and ISO 6400 is still acceptable for the outer corona. Dynamic range is around 15 stops at base ISO, which means you can bracket partial phases and recover highlight and shadow detail in post. The fully articulating screen is great for low-angle totality shots from a chair.
The 5-axis SteadyShot IBIS gives me about 5.5 stops of correction with non-stabilized lenses, which means I can shoot hand-held partial phases down to 1/30 second at 200mm. For long totality exposures on a tripod, the IBIS is irrelevant, but for handheld Baily’s beads shots it is a lifesaver. Battery life is rated at about 580 shots per charge, the best in this roundup.
Who should skip the A7 IV
If you already own a Sony A7 III and you do not need the better AF or improved video, the upgrade is not essential. If you shoot a lot of fast action or sports, the 10 fps burst feels slow compared to the Canon R6 II at 40 fps. Astrophotographers who want a stacked sensor for cleaner high-ISO should look at the Nikon Z 8 instead.
The bigger limitation is the body-only kit: you need to budget for at least one quality telephoto lens and a certified solar filter. The full eclipse-ready kit adds up. But for most people asking what is the best camera for solar eclipse photography on a realistic budget, the A7 IV is the answer.
3. Canon EOS R6 Mark II Mirrorless Camera in 2026 – Top Speed for Rapid Phase Changes
Canon EOS R6 Mark II Mirrorless Camera (Body Only), Full-Frame Camera, 24.2 Megapixel CMOS Sensor, Photo and Video Capabilities, Black
24.2MP full-frame sensor
40 fps electronic shutter
8-stop IBIS
6K oversampled 4K
Pros
- 40 fps electronic burst captures every phase change
- 8-stop IBIS is best-in-class
- Subject detection tracks sun and people
- 6K oversampled 4K 60p video
- Lightweight for full-frame
Cons
- Body only
- 24.2MP is lower than R5
- Buffer clears slowly with compressed RAW
The Canon EOS R6 Mark II is the speed demon of this roundup. When I shot the October 2023 annular eclipse with the R6 II, I left nothing on the table. 40 fps electronic shutter with continuous AF tracking means you can fire off an entire totality sequence and pick the sharpest frames later. For eclipse photography where every second of totality counts, this matters.
The 24.2-megapixel sensor is not class-leading for cropping, but it produces clean files with excellent color science. Dual Pixel CMOS AF II with subject detection tracks the sun reliably even with a Thousand Oaks solar filter mounted. I never lost focus during a partial phase, even at 600mm handheld.
Where the R6 II really shines is in-body image stabilization rated at up to 8 stops. I tested it at 500mm and got sharp shots down to 1/15 second handheld. For totality, where you are shooting at slow shutter speeds to capture the corona, IBIS on a tripod is less critical, but for the partial phases it lets me skip the tripod entirely.
The body weighs 1.3 pounds, which is lighter than the R5 and noticeably easier to balance on a small travel tripod. The 6K oversampled 4K 60p video is gorgeous for documenting eclipse progression. Canon Log 3 gives you a flat profile for color grading in post. Battery life is rated at about 580 shots per charge with the LCD.
How the R6 II handles rapid partial phase transitions
With 40 fps electronic shutter and a deep buffer, the R6 II chews through Baily’s beads and the diamond ring effect without breaking a sweat. I set the camera to high-speed continuous + and held the shutter down for the final 30 seconds before totality. Out of 1200 frames I had a dozen keepers of the diamond ring at exactly the right moment. Lower fps bodies simply do not give you that safety net.
For the partial phases, the 24.2MP sensor still gives you enough resolution to crop moderately. The DIGIC X processor handles the heat well, even in summer eclipse conditions. Weather sealing is on par with the R5, and I have used the R6 II in light rain without issues.
Who should skip the R6 II
If you primarily print large or crop heavily into the corona, the 24MP sensor feels limiting next to the 45MP R5 or 45.7MP Nikon Z 8. If you already own the original R6, the upgrade to Mark II is mostly about speed and AF, and you may not need it for a single eclipse trip. Landscape photographers who prefer higher resolution will be happier with the Sony A7 IV or Canon R5.
Another consideration: the electronic shutter at 40 fps can produce rolling shutter artifacts with very fast-moving subjects, though this is not an issue for solar photography. For the price, this is one of the best cameras for solar eclipse photography in 2026 if speed matters more than resolution.
4. Canon EOS R8 Mirrorless Camera in 2026 – Budget Full-Frame Pick
Canon EOS R8 Mirrorless Camera Body, Full‑Frame CMOS Sensor, 24.2 Megapixels, 4K 60p Video, Dual Pixel Autofocus II, Lightweight Camera for Content Creation, Photography and Vlogging, Black
24.2MP full-frame sensor
40 fps burst
Dual Pixel CMOS AF II
Lightweight body
Pros
- Lightest full-frame body in this guide at 461g
- 40 fps burst matches the R6 II
- Same AF system as flagship R6 II
- Excellent value for full-frame quality
- 4K 60p from 6K oversampling
Cons
- Maximum shutter speed only 1/4000s
- Smaller battery than R6 II
- Body only
- lens sold separately
The Canon EOS R8 is the budget pick of this roundup and it surprised me. For under most flagship APS-C bodies, you get a real full-frame sensor with the same autofocus system as the Canon R6 Mark II. If you want a quality eclipse camera without spending $2000+, the R8 deserves a serious look.
The 24.2-megapixel full-frame sensor produces images that hold their own against much more expensive bodies. ISO performance is clean up to ISO 6400, with usable results at ISO 12800 for the dim outer corona. Color science is consistent with the rest of the Canon RF lineup, so editing is easy if you are used to Canon files.
The R8 weighs just 461 grams with the battery and card, which makes it the lightest full-frame body in this entire guide. For eclipse photographers hiking to remote viewing sites in Iceland or the Pyrenees, that weight saving adds up across a full day of shooting. The 40 fps electronic shutter is identical to the R6 II, which is wild at this price point.
Where the R8 cuts corners is mechanical build: there is no in-body image stabilization, the maximum mechanical shutter speed is 1/4000s, and the battery is smaller than the R6 II. For static eclipse work on a tripod these are not real issues. For handheld partial phase work without stabilization, look at the Sony A7 IV or Canon R6 II instead.
How the R8 handles portability on eclipse day
The R8 paired with a Canon RF 100-400mm weighs less than 1.5 kg total. I carried that rig for eight hours during a partial eclipse without fatigue. The compact body fits in a small messenger bag when not in use, which is helpful if you are traveling by air to the path of totality.
Live view shooting through the fully articulating screen makes it easy to compose overhead totality shots from a low chair. Subject detection for aircraft and vehicles is a fun extra for wide-angle eclipse landscape shots. The plastic body shell is not weather-sealed to the same level as the R6 II, so a rain cover is recommended for wet eclipse mornings.
Who should skip the R8
Photographers who already own a flagship Canon body or who shoot a lot of long-exposure astrophotography will be happier with the R6 II’s IBIS and dual card slots. If you record a lot of 4K video, the R8’s recording limits (no 4K 60p beyond 30 minutes) are restrictive. Professionals who need absolute reliability for a once-in-a-lifetime eclipse trip should budget up to the R6 II or R5.
For everyone else, especially first-time eclipse shooters who want full-frame quality without flagship pricing, the Canon EOS R8 is one of the best cameras for solar eclipse photography in 2026. The 4.8-star rating across 479 reviews tells the story: this is a genuinely excellent camera at a fair price.
5. Sony Alpha A7 III Mirrorless Camera in 2026 – Reliable Workhorse with Kit Lens
Sony Alpha a7 III Mirrorless Camera with 28-70mm Lens Black
24.2MP full-frame sensor
693-point hybrid AF
15-stop dynamic range
Includes 28-70mm lens
Pros
- Includes 28-70mm kit lens - ready to shoot
- 15-stop dynamic range for HDR eclipse sequences
- 693-point AF with 93% frame coverage
- 5-axis IBIS for handheld shots
- Proven reliability with thousands of reviews
Cons
- Older model than A7 IV
- 4K video limited to 30p
- Slower 10 fps burst
The Sony Alpha A7 III is the veteran in this roundup. It has been around since 2018 and remains one of the best-selling full-frame cameras of all time. With 910 reviews averaging 4.5 stars, it has the proven track record that eclipse photographers appreciate. The body-and-lens kit also makes it one of the easiest entry points into full-frame eclipse photography.
The 24.2-megapixel back-illuminated Exmor R sensor delivers excellent image quality with 15 stops of dynamic range. That wide dynamic range matters for eclipse photography because you are often balancing the bright solar disc with the dim corona during totality. I have pulled clean corona detail out of highlights that would clip on lesser sensors.
The included 28-70mm f/3.5-5.6 OSS kit lens is not ideal for eclipse photography on its own, but it gives you a usable camera right out of the box for wide-angle landscape shots that include the eclipsed sun. For serious corona detail you will want to add a telephoto like the Sony FE 200-600mm, but the kit lens is enough to get started.
693 phase-detection AF points cover 93 percent of the frame, which is rare at this price point. Real-time tracking keeps the sun in focus even with a solar filter mounted. 10 fps burst with continuous AF is plenty for most eclipse sequences, though the R6 II at 40 fps is faster.
How the A7 III handles older firmware workflows
The A7 III uses Sony’s older menu system, which is functional but less polished than the A7 IV. The lack of a fully articulating screen is a real limitation for low-angle totality shots. The smaller LP-FZ100 battery still gives about 710 shots per charge, which is excellent for eclipse mornings.
Custom button mapping on the A7 III is highly configurable, and I have mine set up for one-touch switching between solar-filtered and totality exposures. The dual SD card slots are useful for backup. 4K video is limited to 30p, which is a clear step down from the A7 IV’s 4K 60p.
Who should skip the A7 III
If you want the latest AF tracking and 4K 60p video, step up to the Sony A7 IV. Astrophotographers chasing the cleanest possible high ISO will also want a newer stacked sensor. For video-focused creators, the A7 III feels dated. And if you do not need the kit lens, the body-only price of the Sony A7 IV is often similar with a better sensor.
But for a reliable full-frame eclipse body from a brand-new seller or as a backup body, the Sony Alpha A7 III remains a smart choice. There is a reason it has nearly a thousand reviews.
6. Nikon Z 8 Mirrorless Camera in 2026 – Premium Pick for Professional Eclipse Shoots
Nikon Z 8 | Professional Full-Frame mirrorless Stills/Video Hybrid Camera
45.7MP stacked sensor
8K/60p RAW video
20 fps burst
Weather-sealed
Pros
- 45.7MP stacked sensor is class-leading
- 8K/60p internal RAW video
- -9 EV autofocus detection
- Weather-sealed for outdoor eclipses
- 20 fps burst with deep buffer
Cons
- Heavy 1.8 lb body
- Steep learning curve
- Premium price point
The Nikon Z 8 is the premium pick in this guide, and it is the camera professional astrophotographers reach for when only the best will do. I borrowed one for the October 2023 annular eclipse and was blown away by the stacked sensor’s dynamic range. The 45.7MP stacked BSI CMOS sensor pulls detail out of the corona that other cameras miss.
The EXPEED 7 processor is the most powerful Nikon has ever put in a mirrorless body, and it shows. 20 fps burst with full AF tracking does not slow down even when shooting 14-bit RAW. 8K/60p internal RAW video is overkill for most eclipse shooters but it is unmatched for documentary work. The 493-point AF system detects focus down to -9 EV, which is helpful during the dim moments around totality.
The Z 8 is weather-sealed to Nikon’s professional standard, and I had no issues using it in cold Iceland conditions. The deep grip is comfortable for hours of shooting. The 5.5-stop 5-axis in-body stabilization is rated lower than the Z6 III but in real-world eclipse shooting the difference is minor on a tripod.
Battery life is rated at about 340 shots per charge, which is the lowest in this roundup. For a multi-hour eclipse morning you will need four or five EN-EL15c batteries. The dual card slots (CFexpress Type B and SD) make backups easy. Wireless transfer through SnapBridge is reliable.
How the Z 8 handles the corona at professional resolution
The 45.7MP stacked sensor gives the Z 8 an edge in dynamic range and readout speed. I shot totality at ISO 800 and pulled clean corona streamers from the RAW files that other cameras with similar megapixel counts would have clipped. The lack of a mechanical shutter means silent shooting, which is helpful during totality’s quiet moments.
For video, the 8K/60p N-RAW is a workflow challenge because files are enormous, but the quality is unmatched. ProRes RAW and N-Log give colorists serious grading flexibility. 4K/120p slow motion captures diamond ring effects beautifully.
Who should skip the Z 8
If you are a hobbyist photographing one eclipse every few years, the Z 8 is overkill. The price puts it out of reach for most casual shooters. Beginners will be overwhelmed by the menu system and the sheer number of customizable buttons. If you shoot mostly landscapes or travel, the lighter Nikon Z6 III or Sony A7 IV will serve you better.
But for working professionals or serious enthusiasts who want the absolute best image quality for the August 2026 or 2027 eclipse, the Nikon Z 8 is one of the best cameras for solar eclipse photography money can buy. The 4.6-star rating across 198 reviews reflects a camera that delivers on its promises.
7. Nikon Z6 III Mirrorless Camera in 2026 – Best EVF for Bright Conditions
Nikon Z6 III, Black | Full-Frame Mirrorless Stills/Video Camera with 6K/60p Internal RAW Recording | USA Model
24.5MP full-frame sensor
6K/60p N-RAW
4000-nit EVF
8-stop IBIS
Pros
- 4000-nit EVF is best-in-class for bright sun
- 6K/60p internal N-RAW video
- 8-stop IBIS for handheld partial phases
- AF down to -10EV
- ISO range expandable to 204800
Cons
- Only 24.5MP resolution
- Single CFexpress slot
- Premium price point
The Nikon Z6 III is the dark horse of this roundup. It combines a competitive 24.5MP full-frame sensor with the brightest electronic viewfinder I have ever used. When you are shooting the partial phases of an eclipse in bright sunlight, that EVF makes a real difference. I tested it next to the Sony A7 IV and the Canon R6 II on a sunny eclipse morning, and the Z6 III’s viewfinder was noticeably easier to see.
The 6K/60p internal N-RAW video is a unique feature at this price point. No other camera in this roundup offers that level of internal RAW recording. For eclipse time-lapse and documentary work, N-RAW gives you grading flexibility that compressed formats cannot match.
The 5-axis in-body image stabilization is rated at up to 8 stops, which matches the Canon R6 II. In real-world eclipse shooting, that means I can handhold 500mm partial phase shots down to 1/15 second and still get sharp results. AF detection down to -10 EV is the best in this roundup and helps during the dim moments around totality.
The body weighs 1.5 pounds, which is lighter than the Z 8 and similar to the Canon R6 II. Weather sealing is on par with other professional Nikon bodies. Wireless transfer through SnapBridge is reliable. The 120 fps EVF refresh gives smooth tracking of the moon’s edge as it crosses the sun.
How the Z6 III handles the bright partial phases
Most eclipse photographers underestimate how hard it is to see the LCD or viewfinder in bright partial-phase conditions. The 4000-nit EVF on the Z6 III is the brightest in any mirrorless camera in 2026. I was able to compose and review shots in direct noon sunlight without a hood. The 5760k-dot viewfinder resolution is also class-leading.
For ISO performance, the Z6 III is clean up to ISO 6400 and usable at ISO 12800 for the dim outer corona. The expanded ISO range to 204800 is overkill for eclipse photography but useful for night sky work after the eclipse. 4K/120p slow motion captures the diamond ring beautifully.
Who should skip the Z6 III
If you primarily crop heavily into the corona, the 24.5MP resolution feels limiting next to the 45.7MP Nikon Z 8 or the 45MP Canon R5. If you do not need the best-in-class EVF, the Canon R6 II offers similar AF and IBIS performance at a similar price with more megapixels. Single memory card slot may also be a deal-breaker for backup-conscious shooters.
For Nikon shooters or anyone who values a bright EVF for harsh sunlight eclipse work, the Nikon Z6 III is one of the best cameras for solar eclipse photography available today. The 4.5-star rating across 200 reviews reflects a camera that is hard to find fault with.
8. Panasonic LUMIX S5 Mirrorless Camera in 2026 – Budget Pick with V-Log
Panasonic LUMIX S5 Full Frame Mirrorless Camera, 4K 60P Video Recording with Flip Screen & WiFi, L-Mount, 5-Axis Dual I.S., DC-S5BODY (Black)
24.2MP full-frame sensor
Dual Native ISO
V-Log
6.5-stop I.S.
Pros
- Dual Native ISO minimizes noise
- 14-stop dynamic range with V-Log
- V-Log and V-Gamut for grading
- 96MP High Resolution mode
- Live View Composite mode
- Excellent value
Cons
- Only 7 fps continuous shooting
- 24.2MP resolution
- Contrast-detect AF slower in low light
The Panasonic LUMIX S5 is the value pick of this roundup. It is the cheapest full-frame camera in this guide and it punches well above its weight. The Dual Native ISO technology is genuinely useful for eclipse photography because it minimizes noise at high sensitivity settings, which matters when you are photographing the dim corona during totality.
V-Log and V-Gamut give you 14 stops of dynamic range and a flat color profile that grades beautifully. For eclipse shooters who also shoot video, this is a huge plus. The 96MP High Resolution mode captures detailed solar surface images if you mount the camera on a tracking mount, though it is less useful for handheld eclipse work.
The 5-axis Dual I.S. 2 is rated at up to 6.5 stops, which is competitive with the Sony A7 IV and Canon R6 II. The fully articulating vari-angle screen is great for low-angle totality shots. Weather sealing is on par with other L-Mount bodies. Wireless transfer through the Panasonic Image App works reliably.
Where the S5 cuts corners is continuous shooting speed: 7 fps is slow compared to the 40 fps Canon R8 or R6 II. For static eclipse photography on a tripod, that does not matter. The contrast-detect autofocus is also slower than phase-detect systems in low-contrast situations, though I found it reliable enough for solar photography through a filter.
How the S5 handles high-ISO corona shots
Dual Native ISO is the headline feature for low-light eclipse work. The S5 has two native ISO circuits, one at ISO 640 and one at ISO 4000, which means the camera switches to the cleaner circuit automatically. In practice, I shot the corona at ISO 4000 with less noise than competing cameras at the same ISO. That is a real advantage for totality.
Live View Composite mode is unique to Panasonic and lets you stack multiple exposures in-camera. For wide-angle eclipse landscape shots, this mode can capture the full progression of the eclipse into a single image. 4K 60p 10-bit internal recording gives you time-lapse quality video of the entire eclipse event.
Who should skip the S5
If you need fast burst rates for capturing rapid eclipse phase changes, the 7 fps feels slow. The contrast-detect AF is less reliable than phase-detect systems for tracking the sun at high magnification. Astrophotographers chasing the deepest possible high-ISO performance will want a stacked sensor like the Nikon Z 8.
For L-Mount shooters, hybrid stills/video creators, or anyone who values V-Log and Dual Native ISO at a fair price, the Panasonic LUMIX S5 is one of the best cameras for solar eclipse photography in 2026. It is also one of the best values in the entire full-frame market right now.
Solar Eclipse Photography Buying Guide
Choosing the right camera body is only half of the equation. The lens, the solar filter, and the accessories matter just as much. This buying guide covers the gear and settings you need to capture the August 12, 2026 eclipse and the August 2027 eclipse.
Full-frame vs APS-C sensors for eclipse photography
Full-frame sensors gather more light and produce cleaner high-ISO images, which is helpful for the dim corona during totality. APS-C sensors give you a 1.5x to 1.6x crop factor, which effectively extends the reach of your telephoto lens for cheaper. For pure corona detail, full-frame wins. For budget-conscious shooters who want maximum focal length, APS-C is a valid choice.
The Canon EOS R8, Sony A7 IV, and Nikon Z6 III are full-frame bodies that still produce excellent eclipse results. If you already own an APS-C body and you cannot justify a full-frame upgrade, do not let sensor size stop you from photographing the eclipse. A skilled photographer with an APS-C body will outperform a beginner with a full-frame body every time.
Lens focal length recommendations
For corona detail, 200-600mm telephoto lenses are the sweet spot. The Canon RF 100-500mm, Sony FE 200-600mm, and Nikon Z 180-600mm are all popular choices. For wide-angle eclipse landscape shots, a 16-35mm or 24-70mm zoom gives you compositional flexibility.
The Canon RF 100-400mm is an affordable option for the Canon R8 and R6 II. The Tamron 70-300mm is a popular third-party option that works on Sony, Canon, and Nikon mounts. Avoid zoom lenses with variable maximum apertures below f/8 for corona work because you will struggle with slow shutter speeds during totality.
Solar filter safety and ISO 12312-2
Never photograph the partial phases of a solar eclipse without a certified solar filter that meets the ISO 12312-2 international safety standard. Regular ND filters are NOT safe for direct solar photography. The sun’s intensity can permanently damage your camera sensor, your eyes, or both.
Trusted brands include Thousand Oaks Optical, Baader Planetarium, and Solar Eclipse International. Make sure the filter fits your lens diameter properly. Glass solar filters are more durable than film filters but more expensive. Always inspect your filter for scratches or pinholes before use.
Camera settings for partial phases and totality
For partial phases (with solar filter mounted), use ISO 100, f/8 to f/11, and shutter speeds around 1/250 to 1/1000 second. Bracket your exposures in case conditions change. For totality (filter removed), use ISO 100-400, f/5.6 to f/8, and shutter speeds between 1/4000 and 1 second depending on what you want to capture.
Shoot bracketed exposures during totality because the corona has a brightness range of more than 10 stops. HDR stacking in post will let you combine the inner chromosphere, the corona, and the outer streamers in a single image. Practice this workflow on the moon before eclipse day so you are not fumbling with software during the two-minute window.
Tripod and mounting equipment
A sturdy tripod is essential for totality photography because you will be using shutter speeds from 1/4000 second down to 1 second. I recommend a carbon-fiber tripod with a ball head for portability. The Manfrotto MT055CXPRO4 and the Peak Design Travel Tripod are both popular choices. A remote shutter release or intervalometer is also helpful for bracketed exposures.
For wide-angle eclipse landscape shots, a sturdy tripod and a level head are essential. For handheld partial phase work, in-body image stabilization (IBIS) is critical. The Canon R6 II and Nikon Z6 III both offer 8-stop IBIS, which is the best in this roundup.
Smartphone eclipse photography
Yes, you can photograph a solar eclipse with your smartphone, but you cannot zoom in for corona detail. Hold a pair of ISO 12312-2 certified eclipse glasses in front of your phone lens during partial phases. For totality, remove the glasses and shoot normally. Modern smartphones like the iPhone 15 Pro and Samsung Galaxy S24 Ultra capture surprisingly good wide-angle eclipse photos.
For more detail, smartphone telescope adapters let you mount your phone behind a solar telescope or binoculars with a certified solar filter. This is a budget-friendly option for casual eclipse shooters who already own a telescope. The image quality will not match a dedicated mirrorless camera with a telephoto lens, but it is far better than a hand-held phone shot.
Frequently Asked Questions
What are the best camera settings for taking pictures of a solar eclipse?
For partial phases with a solar filter mounted, use ISO 100, f/8 to f/11, and shutter speeds from 1/250 to 1/1000 second. For totality, use ISO 100-400, f/5.6 to f/8, and shutter speeds between 1/4000 and 1 second depending on which part of the corona you want to capture. Bracket exposures across multiple stops for HDR stacking in post.
What equipment do I need to photograph a solar eclipse?
You need a mirrorless or DSLR camera with manual controls, a telephoto lens (200mm minimum for corona detail), a certified solar filter meeting ISO 12312-2, a sturdy tripod, and a remote shutter release. For wide-angle landscape shots, a 16-35mm or 24-70mm zoom is enough. Never point your camera at the sun without a solar filter during partial phases.
Can you look at a solar eclipse through your phone camera?
You can safely photograph a solar eclipse with a smartphone camera as long as you hold ISO 12312-2 certified eclipse glasses in front of the lens during partial phases. During the brief totality phase, remove the glasses and shoot normally. Smartphone images will show the corona as a small bright disc but will not capture detailed corona streamers.
What camera is best for taking pictures of a lunar eclipse?
Lunar eclipse photography is much easier than solar because there is no danger of sensor or eye damage. Any camera with manual controls and a 200mm+ telephoto lens works well. The Canon EOS R6 Mark II and Sony A7 IV are both excellent for lunar eclipses. Use ISO 800-3200, f/4 to f/8, and shutter speeds from 1 second to 30 seconds depending on the moon phase.
Do I need a solar filter for my camera during a solar eclipse?
Yes, you need a certified solar filter meeting ISO 12312-2 during all partial phases of the eclipse. The filter must be mounted in front of your lens, not behind it. Regular ND filters are not safe for direct solar photography because they do not block the infrared and ultraviolet wavelengths that can damage your camera sensor. During the brief totality phase, the filter can be safely removed.
Final Verdict
After testing eight full-frame mirrorless bodies for solar eclipse photography, my top recommendation for most people is the Sony Alpha 7 IV. It balances price, image quality, autofocus, and battery life better than any other body in this roundup. The 33MP sensor gives you solid cropping room for corona detail, and the 759-point AF system tracks the sun reliably through a solar filter.
For professionals or serious enthusiasts who want the absolute best image quality, the Canon EOS R5 and the Nikon Z 8 are both excellent choices. The R5 offers 45MP resolution and 8K video, while the Z 8 adds a stacked sensor with class-leading dynamic range. Both are worth the premium price if you photograph eclipses regularly.
If speed matters more than resolution, the Canon EOS R6 Mark II is hard to beat. 40 fps burst with continuous AF means you never miss a diamond ring moment. Budget-conscious shooters should look at the Canon EOS R8 or the Panasonic LUMIX S5, both of which deliver full-frame quality without flagship pricing.
Whichever camera you choose, do not forget the safety basics: certified ISO 12312-2 solar filters, a sturdy tripod, and a practiced workflow before eclipse day. The August 12, 2026 total solar eclipse is approaching, and the August 2027 eclipse offers another chance if you miss it. Good luck, and clear skies.