We have rounded up the best Android phones for astrophotography. Stargazing has always carried a certain magic, a quiet reminder of how small we are in the grand design of the universe. In recent years, that sense of wonder has become more accessible than ever, thanks to the rapid evolution of smartphone cameras. No longer do you need bulky telescopes or expensive DSLRs to capture the delicate streaks of the Milky Way or the glowing surface of a full moon. Modern Android phones, equipped with advanced computational photography tools, large image sensors, and dedicated night modes, are rewriting the rules of astrophotography.
What was once a niche hobby reserved for professional photographers is now within reach for anyone willing to step outside on a clear night. Today’s top Android devices combine sophisticated multi-frame processing with cutting-edge optics, allowing users to freeze starlight with stunning clarity. From wide-angle lenses that can frame an entire sky, to telephoto options capable of isolating lunar craters, these phones are designed to push the boundaries of what’s possible after dark.
It’s not just about capturing a picture; it’s about bottling an experience—standing in the silence of the night, raising a phone to the sky, and watching as software reveals details invisible to the naked eye. As manufacturers compete to perfect low-light performance, certain Android phones have emerged as standouts for astrophotography, offering a blend of hardware precision and computational brilliance. For anyone eager to turn late-night curiosity into breathtaking celestial portraits, these devices represent the new frontier in smartphone photography.
Here are the best Android phones for astrophotography worth buying today.
Best Android Phones for Astrophotography
| 1 | Samsung Galaxy S26 Ultra (Best Pick) | Check Price on Amazon |
| 2 | Google Pixel 11 Pro XL (Excellent Value) | Check Price on Amazon |
| 3 | OPPO Find X9 Ultra (Outstanding) | Check Price on Amazon |
| 4 | Vivo X300 Ultra | Check Price on Amazon |
| 5 | Xiaomi 17 Ultra | Check Price on Amazon |
| 6 | Google Pixel 11 Pro (Good Value) | Check Price on Amazon |
| 7 | Google Pixel 10 Pro XL | Check Price on Amazon |
| 8 | Google Pixel 10 Pro | Check Price on Amazon |
| 9 | Samsung Galaxy S26 Plus | Check Price on Amazon |
| 10 | Google Pixel 9 Pro XL | Check Price on Amazon |
| 11 | Samsung Galaxy S25 Ultra | Check Price on Amazon |
| 12 | Samsung Galaxy S25 Plus | Check Price on Amazon |
1. Samsung Galaxy S26 Ultra (Best Pick)
Samsung Galaxy S26 Ultra Key Specifications
Display: 6.9-inch Dynamic LTPO AMOLED 2X, 120Hz, HDR10+, 2600 nits (peak) | CPU: Qualcomm Snapdragon 8 Elite Gen 5 for Galaxy | OS: Android 16 | RAM: 12GB/16GB | Storage: 256GB/512GB/1TB | Front Camera: 12MP | Rear Cameras: 200MP, 50MP, 10MP, 50MP | Size: 163.6 x 78.1 x 7.9 mm | Weight: 214 g | Battery: 5000 mAh
Pros
- Excellent display quality
- Powerful flagship performance
- Outstanding camera system
- Strong battery life with faster charging
- Premium build and durability
- Long software support
- S Pen support
Cons
- Pricey
- No microSD card slot
The best Android phone for astrophotography is the Samsung Galaxy S26 Ultra. Engineered with the assumption that a modern smartphone must excel simultaneously as a camera, creative studio, and intelligent assistant, the Samsung Galaxy S26 Ultra leans heavily into imaging—and nowhere is that more evident than in its extraordinary approach to astrophotography.
The Galaxy S26 Ultra gets my top spot for astrophotography because it combines a very capable 200MP main camera with Samsung’s Expert RAW Astrophoto mode, giving it an unusually high ceiling for serious night-sky photography. You can let the phone handle the processing or take greater control over exposure and RAW capture. Its main advantage over the Pixels is flexibility: it can produce excellent automated results while giving an experienced photographer considerably more control.
Performance plays a decisive role in computational photography, and here the device distinguishes itself. Powered by a customized Snapdragon chipset tuned for advanced imaging workloads, it processes complex multi-frame captures with speed that feels nearly invisible. Astrophotography on smartphones depends heavily on stacking exposures, reducing noise, and enhancing faint light sources; delays or inconsistencies can ruin a shot. That simply isn’t the case here. Processing happens swiftly, allowing users to move from one composition to another without interruption. Thermal management has also been improved, which matters during long shooting sessions where sustained performance is critical for consistent results.
Artificial intelligence operates quietly but decisively in the background, elevating night photography beyond hardware limitations. Scene recognition adapts exposure strategies specifically for low-light environments, while intelligent stacking algorithms pull detail from near darkness without introducing the artificial glow or excessive smoothing that often plagues smartphone night modes. Stars appear sharper and more defined, and gradients in the night sky transition more naturally. Even subtle elements—like faint constellations or distant city light bleed—are handled with a level of nuance that suggests careful tuning rather than aggressive processing.
At the center of this capability sits a 200MP main sensor, which provides the raw data needed for high-resolution night captures. Rather than relying solely on pixel count, the system combines large sensor input with computational techniques that preserve fine detail while suppressing noise. Supporting lenses extend versatility, but it’s the primary sensor that does the heavy lifting for astrophotography. Long-exposure modes, enhanced by AI, allow the device to gather light over extended periods, revealing stars and celestial textures that would otherwise remain invisible to the naked eye. Results often rival what entry-level dedicated cameras can achieve, especially when paired with steady support.
Low-light performance more broadly has seen meaningful improvements. Images captured at night retain natural color balance instead of drifting into exaggerated tones. Shadows are lifted carefully, highlights are controlled, and the sky maintains its depth rather than flattening into a uniform black. Video capabilities also benefit, with stabilization ensuring that even handheld night footage remains usable—though serious astrophotography will still favor a tripod, as expected.
Battery endurance quietly underpins all of this. Extended shooting sessions demand sustained power, particularly when long exposures and processing are involved. Efficiency improvements allow the phone to last through hours of nighttime use without forcing compromises. Charging speeds further reduce downtime, ensuring the device is ready for the next clear night.
Even the inclusion of the S Pen finds relevance here. Precise control over camera settings, remote shutter activation, and fine adjustments during editing become more intuitive with a stylus. It adds a layer of control that photographers—especially those accustomed to dedicated gear—will appreciate.
All of these elements converge into a device that treats astrophotography not as a novelty feature but as a serious capability. Careful hardware choices, refined software processing, and a deep integration of AI combine to produce images of the night sky that feel intentional rather than incidental. In a category where many phones claim excellence in low light, this one demonstrates it with consistency and restraint, capturing the quiet complexity of the night in a way that feels remarkably close to reality.
2. Google Pixel 11 Pro XL (Excellent Value)
Google Pixel 11 Pro XL Key Specifications
Display: 6.8-inch LTPO OLED | Refresh rate: 120Hz | Chipset: Google Tensor G6 | RAM: 12GB, 16GB | Storage: 256GB, 512GB, 1TB | OS: Android 17 | Cameras (Back / Front): 50MP main, 48MP ultrawide, 48MP 5x telephoto / 42MP selfie | Battery: 5115mAh | Charging: 45W wired, 25W wireless | Weight: 226g
Pros
- Excellent camera system
- Very bright, vibrant display
- Fast, uncluttered software
- Premium design and build
- Good battery life
- Useful AI features
- Magnetic wireless charging
Cons
- Base model has only 12GB RAM
- Some AI features are region-limited
Google’s biggest and most ambitious Pixel is a phone built less around dramatic hardware changes than around making Android smarter, photography more dependable, and everyday interactions more effortless. At first glance, the Pixel 11 Pro XL looks familiar, retaining the distinctive horizontal camera bar and understated flagship styling of its predecessor. Look closer, though, and there are meaningful refinements: a brighter 6.8-inch LTPO OLED display, Google’s new Tensor G6 processor, an upgraded telephoto camera, Qi2 magnetic charging support, and a much deeper integration of Gemini-powered features.
The Pixel 11 Pro XL is arguably the easiest phone on this list for getting excellent astrophotography results without having to understand manual camera settings. Google’s computational photography is particularly well suited to extremely dark scenes, and the Pixel 11 generation continues Google’s dedicated astrophotography approach. Its 50MP main camera and improved camera processing give it excellent low-light capability. The Pixel 11 Pro XL retains Google’s strong overall camera performance. For point-and-shoot Milky Way photography, I could easily see someone preferring it over the S26 Ultra.
Its 6.8-inch Super Actua display is arguably one of its strongest hardware features. With an adaptive 1–120Hz refresh rate and peak brightness reaching around 3,600 nits, it is designed to remain highly visible outdoors while still delivering the deep blacks, rich contrast and punchy colors associated with OLED technology. Review testing has found the panel exceptionally bright, with measurements around 3,200 nits in one test, while movies and other HDR content benefit from the combination of a large screen and strong contrast.
That large screen also gives the XL a distinct personality within Google’s lineup. It is substantially more suited to watching movies, editing photographs, reading and multitasking than the smaller Pixel 11 Pro, while the LTPO technology allows the refresh rate to adjust dynamically rather than remaining locked at 120Hz. For anyone who prefers large phones, this is one of the Pixel 11 Pro XL’s clearest advantages over its smaller sibling.
Underneath, Google has introduced the Tensor G6, a processor designed with Google’s usual priorities in mind. Rather than chasing benchmark supremacy at all costs, Google has concentrated heavily on on-device AI, efficiency and the computational photography features that distinguish Pixel phones. The new chip brings a fifth-generation Tensor Processing Unit, a new MediaTek M90 modem and the Titan M3 security platform, while the Pro models also benefit from improved cooling.
Day-to-day performance is consequently smooth and responsive. Apps open quickly, animations are fluid and Google’s software features generally operate without the sense that the phone is struggling to keep up. Yet there is an important caveat: raw graphics performance remains behind the fastest competing flagship processors. Reviews consistently point to gaming as one of the Pixel 11 Pro XL’s weaker areas, particularly in demanding titles where sustained graphics performance matters more than AI acceleration.
Photography remains the phone’s calling card. Google has upgraded the camera hardware while putting even more computational photography into the processing pipeline. A new 50MP main sensor is joined by a larger 48MP telephoto sensor, while the ultrawide camera completes the triple-camera arrangement. The larger telephoto sensor is particularly significant because it captures more light, helping address one of the traditional weaknesses of smartphone zoom cameras.
Results are impressive in everyday shooting. Photos retain the Pixel’s characteristic combination of strong dynamic range, convincing colors and impressive detail, while low-light photography benefits from both the new hardware and Google’s computational processing. One of the more noticeable improvements is how smoothly the phone moves between its different cameras, reducing the abrupt change in image quality that can occur when switching focal lengths.
Zoom is where Google’s computational photography becomes particularly ambitious. Pixel 11 Pro XL introduces a 120x Pro Zoom mode, using the Tensor G6’s image-processing capabilities to push considerably beyond the optical reach of the telephoto camera. It does not turn extreme digital zoom into optical-quality photography, but reviewers have found the results surprisingly usable in situations where previous phones would have produced a much less convincing image.
Google has also made the camera experience faster and more flexible. Magic Capture is one of the more practical new additions: rather than asking you to anticipate exactly when a fleeting moment will happen, it can use video footage to identify useful frames and turn selected moments into photographs. It is particularly handy for moving subjects, although reviewers have noted that it has limits and cannot completely eliminate the need to frame a shot properly.
Creator Suite adds another layer for people who use their phones for content creation. Alongside new camera controls and editing capabilities, Google’s software provides tools intended to make recording and preparing content easier. Camera Looks also give photographs different visual treatments, offering more creative control without requiring users to manually adjust every aspect of an image.
Video recording receives computational improvements as well, including stronger stabilization and AI-assisted processing. Google is increasingly using its silicon not simply to capture more data but to interpret what the camera sees, which helps explain why Pixel photography can remain competitive even when rival phones sometimes offer more imposing camera hardware on paper.
AI is arguably the biggest story here, though. Android 17 and Gemini are deeply woven into the experience, with Google attempting to make artificial intelligence useful beyond the familiar “ask a chatbot a question” model. Proactive Assistance can surface information and suggestions based on what you’re doing, while features such as Call Screen and Live Translate continue Google’s effort to make communication less cumbersome.
Rambler may be the most convincing example of that philosophy. Built into Gboard, it turns speech into polished text rather than merely transcribing every word literally. It can handle corrections, remove verbal filler and understand commands that affect formatting. Reviewers have been particularly enthusiastic about its speed and accuracy, making it one of the rare AI additions that can genuinely change how someone uses a phone every day.
HiLight is considerably less compelling. Google has added a small rear-facing LED system intended to provide visual notifications and respond to certain Gemini interactions. It is an interesting idea, but reviews have generally found it limited in practical usefulness, with relatively little customization and few situations in which it provides information that couldn’t be communicated more effectively through conventional notifications.
Battery life is more complicated. Google’s larger XL chassis gives it enough capacity for dependable everyday endurance, and some reviewers describe battery life as reliable. Others have found it inconsistent compared with leading competitors, particularly when demanding applications are involved. In other words, it is capable of getting through a normal day for many users, but battery longevity isn’t the decisive Pixel advantage that its camera and software experience can be.
Charging is another area where expectations should be tempered. Although Google has introduced improvements to wired and wireless charging, charging remains slower than what some competing flagship phones offer. Qi2 magnetic charging is a welcome addition, providing a more convenient way to position compatible accessories and chargers, but charging speed itself isn’t among the phone’s strongest attributes.
Build quality remains appropriately premium. Google retains its distinctive camera bar while refining the overall finish, with an aluminum frame and Gorilla Glass Victus 2 on the rear. IP68 water and dust resistance adds the expected protection for a flagship at this price. Available finishes include Obsidian, Fog, Olive and Canyon, giving the XL a more understated appearance than some of the flashier alternatives on the market.
Software longevity is another major strength. Pixel 11 Pro XL ships with Android 17 and is backed by seven years of software support, giving buyers considerably more runway than they would have received from many older Android flagships. That matters because Google’s approach increasingly depends on software: features such as Gemini, computational photography, translation and voice processing can continue evolving through updates rather than being frozen on launch day.
The Pixel 11 Pro XL is an unusually software-driven flagship. Its display is outstanding, its cameras are among the best reasons to buy a Pixel, and features such as Rambler demonstrate what Google’s AI strategy can look like when it solves a mundane problem rather than simply adding another chatbot. At the same time, the Tensor G6 doesn’t compete with the very fastest flagship chips for demanding gaming, charging isn’t particularly quick, battery results are mixed, and several of the headline AI additions are less useful than Google’s marketing might suggest.
For someone buying a flagship primarily for photography, a huge high-quality display, Google’s version of Android and genuinely useful AI tools, the Pixel 11 Pro XL is an exceptionally capable choice. For an existing Pixel 10 Pro XL owner, however, the calculation is harder. The generation-to-generation change is evolutionary rather than transformative, meaning the new phone makes the most sense when its particular combination of camera improvements, AI capabilities, display quality and long-term software support matters more than having the newest hardware for its own sake.
3. OPPO Find X9 Ultra (Outstanding)
OPPO Find X9 Ultra Key Specifications
Display: 6.82-inch AMOLED | Refresh rate: 1-120Hz adaptive, 144Hz in select games | Chipset: Snapdragon 8 Elite Gen 5 | RAM: 12GB, 16GB | Storage: 256GB, 512GB, 1TB | OS: Android 16 | Cameras (Back / Front): 200MP main, 50MP ultrawide, 200MP telephoto, 50MP ultratelephoto, 3.2MP multispectral / 50MP selfie | Battery: 7050mAh | Charging: 100W wired, 50W wireless | Weight: 235g–236g
Pros
- Exceptional camera system
- Excellent zoom photography
- Excellent video capabilities
- Outstanding display
- Flagship performance
- Excellent battery life
- Premium design and build
- Excellent haptics and speakers
Cons
- 144Hz isn’t universally available
- Expensive
OPPO’s Find X9 Ultra is an unapologetically ambitious flagship, but its priorities are unusually clear: photography comes first, followed closely by performance, battery life and display quality. It is not simply a phone with an excellent camera attached; OPPO has built much of the device around the idea of making serious photography practical from a pocket-sized device.
The OPPO Find X9 Ultra has some of the strongest camera hardware in this group, including an exceptionally large main sensor, making it very promising for capturing stars and low-light scenes. Its enormous imaging hardware gives it an important physical advantage when there is very little available light. However, astrophotography isn’t simply about having the biggest sensor; Google’s and Samsung’s dedicated computational/astro workflows are more mature and better documented.
Photography is where the Find X9 Ultra separates itself from most flagship phones. Its rear system consists of a 200MP main camera, a 50MP ultrawide, a second 200MP telephoto and a 50MP 10x super-telephoto camera. More importantly, these aren’t simply high-resolution sensors assembled for marketing purposes. Each camera has a meaningful role, creating an unusually broad native focal-length range.
The 200MP main camera uses a large 1/1.12-inch-class sensor, a 23mm equivalent focal length, an f/1.5 aperture and optical stabilisation. It is capable of producing detailed photographs with strong dynamic range and natural-looking colours, while the large sensor gives it considerable flexibility in difficult lighting. Reviewers have particularly praised its ability to preserve detail and colour without making photographs look excessively processed.
Perhaps more remarkable is the 200MP 3x telephoto camera. With a roughly 70mm equivalent focal length and a large 1/1.28-inch sensor, it is much more than a secondary zoom camera. Portraits benefit enormously from the focal length, while the additional sensor size allows it to retain impressive detail when lighting becomes challenging. Several reviewers consider this lens one of the phone’s biggest photographic advantages.
Then comes the 50MP 10x optical telephoto. This is the camera that transforms the X9 Ultra from an excellent camera phone into something considerably more unusual. Its 230mm-equivalent perspective can pull distant subjects dramatically closer while retaining genuine optical detail rather than relying entirely on computational enlargement. The result is a phone capable of covering everything from expansive landscapes to distant wildlife, architecture and stage subjects without constantly resorting to digital zoom.
A 50MP ultrawide camera completes the system. Its 14mm equivalent perspective is useful for landscapes, architecture, interiors and group photographs, while autofocus gives it more flexibility than basic fixed-focus ultrawide cameras. Taken together, the four cameras span roughly 14mm to 230mm, an extraordinary range for a smartphone.
Hasselblad’s involvement extends beyond the badge. The phone includes Hasselblad Master Mode with extensive manual controls, professional colour options and photography-oriented features aimed at people who want more control than a conventional point-and-shoot mode provides. RAW photography is also supported, giving serious photographers considerably more freedom when editing their images later.
Image processing is extremely powerful, although it is not universally regarded as perfect. Automatic shooting can sometimes push brightness or sharpening too far, and one review criticised the aggressive AI processing for occasionally moving photographs away from a more natural rendering. Fortunately, Master Mode gives photographers an alternative when they want greater control over the final image.
Video capability is equally ambitious. Rear cameras can record up to 8K at 30fps, while 4K recording can reach 120fps. Dolby Vision recording, professional video controls, HDR and dual-view shooting give the phone an unusually broad toolkit for mobile filmmakers. OPPO also supports optical zoom during video recording, making the long telephoto cameras useful beyond still photography.
The 10x camera does have some limitations. Autofocus can occasionally struggle, particularly in demanding situations, and the extreme end of digital zoom eventually loses clarity. Even so, the native 10x optical system is such a substantial step forward that reviewers have generally found little reason to rely heavily on digital magnification.
Power comes from Qualcomm’s Snapdragon 8 Elite Gen 5, paired with LPDDR5X RAM and UFS 4.1 storage. Global configurations include 12GB of RAM with 512GB storage and a higher-end 16GB/1TB version, depending on market. That combination puts the X9 Ultra firmly among the fastest Android phones available.
A 7,050mAh silicon-carbon battery gives the Find X9 Ultra an enormous endurance advantage.
Charging is equally impressive. 100W SUPERVOOC wired charging can refill the large battery rapidly, while 50W AIRVOOC provides fast wireless charging. USB Power Delivery and PPS compatibility also make the phone more convenient than some proprietary-charging-only flagships, although maximum charging speeds vary depending on the charger and protocol used.
OPPO has taken a somewhat different route to the conventional Ultra-phone formula. Rather than treating the camera as one feature among many, it has built an entire flagship around photographic ambition and then made sure everything else is good enough to support it. That approach has paid off. Across independent testing, the Find X9 Ultra has repeatedly been praised for its exceptional cameras, powerful performance, superb battery life, high-quality display and polished software.
Its biggest weaknesses are also obvious. This is a large and heavy phone, its enormous camera housing can be awkward with certain accessories, automatic image processing can sometimes be overly aggressive, and the price puts it firmly in enthusiast territory. Some of its capabilities will be excessive for people who primarily use a phone for messaging, social media and casual photography.
For photographers, however, the equation is different. A 200MP main camera, 200MP 3x telephoto, 50MP 10x optical zoom and 50MP ultrawide provide an extraordinary amount of photographic flexibility without requiring an additional lens kit. Add Hasselblad’s professional controls, RAW support, high-end video recording, a huge battery and one of the fastest mobile processors available, and the Find X9 Ultra becomes something closer to a pocketable imaging system than a conventional flagship smartphone.
OPPO’s most compelling achievement is balance. It has produced a phone that can genuinely compete with the best dedicated camera-focused flagships while still delivering the speed, endurance, display quality and software polish expected from a premium everyday smartphone. It is expensive, oversized and unapologetically ambitious, but for anyone who puts mobile photography near the top of the priority list, the Find X9 Ultra is one of the most complete smartphones worth buying today.
4. Vivo X300 Ultra
Vivo X300 Ultra Key Specifications
Display: 6.82-inch AMOLED | Refresh rate: 144Hz | Chipset: Snapdragon 8 Elite Gen 5 | RAM: 12GB, 16GB | Storage: 256GB, 512GB, 1TB | OS: Android 16, OriginOS 6 | Cameras (Back / Front): 200MP main, 50MP ultrawide, 200MP telephoto / 50MP selfie | Battery: 6600mAh | Charging: 100W wired, 40W wireless | Weight: 232g, 237g
Pros
- Outstanding camera system
- Exceptional telephoto performance
- Excellent video recording
- Powerful performance
- Excellent 6.82-inch 2K AMOLED display
- Large 6,600mAh battery
- Premium build quality
Cons
- Expensive
- Heavy
Vivo has taken an unusually camera-first approach with the X300 Ultra, and that decision defines almost everything about the phone. Rather than treating photography as one feature among many, Vivo has built the device around a sophisticated ZEISS imaging system, large sensors and an unusually serious set of video controls. Reviews consistently place its cameras among the strongest available on a smartphone, with particular praise for image quality, color consistency, stabilization and video recording.
The vivo X300 Ultra is another exceptionally strong low-light camera phone and deserves a high position because of its advanced imaging hardware and sophisticated night processing. Its cameras are designed around serious photography rather than simply casual snapshots, and it can produce excellent results in very dark conditions. The main limitation for astrophotography is that the Pixel and Samsung have more clearly established dedicated astro workflows. The X300 Ultra can produce impressive results, but you may need to rely more on manual/RAW techniques.
Photography is where the X300 Ultra separates itself most dramatically from conventional flagship phones. Its rear system combines a 50MP 14mm ultra-wide camera, a 200MP 35mm main camera and a 200MP 85mm APO telephoto camera. All three have optical image stabilization, while ZEISS T* coatings are used to help control reflections and improve image quality in difficult lighting.
The 35mm camera is arguably the star of the system. Its large Sony LYTIA 901 sensor gives the phone a more camera-like perspective than the typical 24mm-equivalent smartphone main camera, making it particularly useful for street photography, people, travel and everyday documentary-style shots. Review testing has highlighted its combination of detail, dynamic range and natural-looking rendering rather than simply relying on aggressive computational sharpening.
Vivo also hasn’t treated the ultra-wide as an afterthought. Its 14mm camera uses a 50MP Sony LYTIA 818 sensor and optical stabilization, giving photographers a genuinely useful second perspective for architecture, landscapes and interiors. Reviewers have singled out this camera as one of the strongest ultra-wide implementations they’ve encountered on a phone.
The 85mm 200MP telephoto is equally ambitious. Its large sensor, 3° optical stabilization and 60fps autofocus tracking make it particularly capable for portraits and distant subjects. Testing has found plenty of resolving detail at around 10x magnification, while the relatively long focal length naturally produces attractive background separation for portraits and close-ups. Low-light zoom remains more demanding, but the camera can retain an impressive amount of detail under challenging conditions.
Vivo’s optional ZEISS telephoto accessories push the system even further. A 200mm-equivalent extender provides 2.35x magnification, while the larger Gen 2 Ultra reaches a claimed 400mm equivalent with 4.7x magnification. Those accessories turn the X300 Ultra into something much closer to a compact interchangeable-lens-style shooting setup, although they also make the overall package considerably less pocket-friendly.
Video may be the X300 Ultra’s most impressive upgrade. Vivo has equipped it with multi-focal-length 4K recording at 120fps, 10-bit Log video, Dolby Vision recording and a dedicated Pro Video mode. Optical stabilization is available across the main cameras, while the processing system is designed to maintain a consistent look when switching between lenses.
Stabilization is remarkably steady, footage is clean and cinematic, and the manual controls give experienced shooters considerably more control than most Android phones. One review went as far as describing the X300 Ultra as a serious video powerhouse and a genuine challenger to the iPhone in this area.
Color consistency also matters here. Switching from the ultra-wide to the 35mm camera and then to the telephoto can often produce noticeable changes in exposure or color on smartphones. Vivo has clearly worked to minimize that problem, with reviewers praising the consistency between its cameras.
Photography and video are paired with a 6.82-inch 2K ZEISS Master Color AMOLED display. Resolution stands at 3168 × 1440, while the adaptive refresh rate can reach 144Hz. Vivo quotes up to 4,500 nits of local peak brightness, a 100% P3 color gamut and support for 1.07 billion colors.
In everyday use, that translates into a large, exceptionally sharp canvas for viewing photographs, editing video and watching movies. Independent testing found the panel particularly impressive with difficult scenes containing deep shadows and strong colors, while outdoor visibility was also strong.
Vivo has paid unusual attention to eye comfort as well. Features include a circular polarizer, adaptive color temperature, low-blue-light technology, flicker reduction and various viewing modes designed for different situations. TÜV Rheinland certifications cover flicker-free and low-blue-light performance.
Power comes from Qualcomm’s Snapdragon 8 Elite Gen 5, built on a 3nm process with clock speeds reaching 4.6GHz. Vivo claims a 20% improvement in CPU performance and a 23% increase in GPU performance compared with the previous generation, alongside a 20% reduction in GPU power consumption.
That hardware gives the X300 Ultra the performance expected from a premium 2026 flagship. More importantly, it provides the processing headroom needed for demanding photography and video workloads. High-resolution images, computational photography, 4K/120fps recording and AI-assisted processing can put considerably more pressure on a phone than ordinary social-media photography.
A 6,600mAh BlueVolt battery gives the X300 Ultra unusually generous capacity for a flagship. It supports 100W wired FlashCharge and 40W wireless charging, while Vivo claims up to 38.8 hours of YouTube video playback under its testing conditions.
That large battery is particularly appropriate for a camera-focused phone. Recording high-resolution video, shooting continuously and using the bright 2K display can drain a smaller battery quickly. Reviews have consequently regarded battery life and charging as major strengths rather than compromises made to accommodate the elaborate camera hardware.
Vivo has made a very clear choice with the X300 Ultra: instead of trying to be the most balanced smartphone for absolutely everyone, it has concentrated enormous engineering effort on photography and video while still delivering flagship-level performance, a superb high-refresh-rate display, a huge battery and fast charging.
That strategy has paid off. Reviews consistently praise its still photography, with the 35mm 200MP main camera, 14mm ultra-wide and 85mm telephoto forming an unusually coherent three-camera system. Video is arguably even more impressive, thanks to 4K/120fps recording, Log, Dolby Vision, extensive manual controls and strong stabilization.
For someone who treats a smartphone as a serious photography and video tool, few phones are as purposefully engineered as the X300 Ultra. Its massive camera hardware, substantial body and less-polished software are genuine compromises, but they come attached to one of the most ambitious mobile imaging systems available. It is less a conventional flagship with an excellent camera than a high-end camera system that happens to contain a very capable smartphone.
5. Xiaomi 17 Ultra
Xiaomi 17 Ultra Key Specifications
Display: 6.9-inch HyperRGB OLED | Refresh rate: 1–120Hz | Chipset: Snapdragon 8 Elite Gen 5 | RAM: 16GB | Storage: 512GB, 1TB | OS: Android 16 | Cameras (Back / Front): 50MP main, 200MP telephoto, 50MP ultrawide / 50MP selfie | Battery: 6000mAh | Charging: 90W wired, 50W wireless | Weight: 218.4g–219g
Pros
- Exceptional camera system
- Excellent photography processing
- Outstanding display
- Very powerful performance
- Fast charging
- Large battery
- Premium, refined design
- Excellent gaming and sustained performance
- Supports up to 4K/120fps recording
Cons
- HyperOS still has shortcomings
- Large camera bump
The Xiaomi 17 Ultra is Xiaomi’s most ambitious conventional flagship yet, built around an unusually camera-focused philosophy. Rather than treating photography as one feature among many, Xiaomi has made the imaging system the phone’s defining hardware achievement, pairing Leica optics with a large 1-inch main sensor and a mechanically adjustable 200MP telephoto camera.
The Xiaomi 17 Ultra is an outstanding low-light photography phone, particularly because of its large main sensor and powerful Leica-oriented imaging system. That hardware gives it excellent light-gathering potential, and it is capable of producing very clean night photographs. Xiaomi’s aggressive computational photography can also be a mixed blessing for astronomy because you generally want the phone to preserve what is actually in the sky rather than inventing or excessively enhancing details.
Its design remains unmistakably premium, but Xiaomi has managed to keep a remarkably large phone from becoming excessively heavy. The aluminum-alloy frame and composite-fiberglass rear give it a more refined appearance than the enormous camera hardware might suggest, while the substantial circular Leica camera module dominates the back.
At the front is a 6.9-inch HyperRGB OLED display with a 2608 × 1200 resolution and an adaptive 1–120Hz refresh rate. Colors are particularly rich thanks to 12-bit color depth and DCI-P3 coverage, while support for HDR10+ and Dolby Vision makes movies and other high-dynamic-range content look impressive. Xiaomi rates the display at up to 3,500 nits of multi-scenario peak brightness, and its eye-care features include DC dimming and TÜV Rheinland certifications for low blue light, flicker reduction and circadian-friendly viewing.
Performance is every bit as high-end as expected. Qualcomm’s Snapdragon 8 Elite Gen 5 provides the processing muscle, paired with 16GB of LPDDR5X RAM and either 512GB or 1TB of UFS 4.1 storage. Everyday operation is exceptionally fast, while demanding games, photo editing and heavy multitasking are comfortably within its capabilities. Xiaomi’s 3D Dual-Channel IceLoop cooling system is designed to keep sustained workloads under control, giving the phone a better chance of maintaining its performance during prolonged use.
Photography is where Xiaomi has pushed far beyond the conventional flagship formula. Its main camera uses a 50MP 1-inch Light Fusion 1050L sensor with LOFIC technology, a wide f/1.67 aperture and optical image stabilization. A sensor of this size gives the camera considerably more light-gathering potential than the smaller sensors found in many smartphones, helping produce images with strong detail, attractive depth and impressive dynamic range. Reviews have particularly praised its low-light performance, with the large sensor retaining considerably more information in difficult lighting.
The 200MP telephoto camera is arguably even more interesting. Rather than relying on a fixed telephoto lens, Xiaomi uses a mechanical optical system covering roughly 75–100mm equivalent focal lengths. That makes the camera unusually versatile for portraits, distant subjects and compressed-perspective photography, while the enormous 200MP sensor provides plenty of detail to work with. Optical stabilization further helps at longer focal lengths. This camera is one of the phone’s defining strengths, particularly for people who regularly shoot subjects from a distance.
An additional 50MP ultra-wide camera provides a 14mm equivalent field of view and a 115-degree perspective, completing a versatile three-camera arrangement. Leica’s involvement extends beyond the lenses: users get Leica Authentic and Leica Vibrant looks, Leica filters and the company’s characteristic photographic presentation. Those profiles give photographs a more distinctive character than the aggressively processed appearance common on some smartphone cameras.
Video is similarly powerful on paper. Xiaomi supports 8K recording at 30fps, 4K recording at up to 120fps and Dolby Vision HDR recording, while Log recording extends to 4K at 120fps. There is also an Academy Color Encoding System, Movie mode, Pro mode and a four-microphone array. Despite that formidable specification list, Xiaomi’s biggest advantage remains photographic rather than cinematic.
A 50MP autofocus selfie camera sits behind the front display and can record 4K video, including Dolby Vision. Autofocus is a welcome touch for a flagship front camera, particularly for people who use their phone for video calls, selfies and content creation. Xiaomi also includes features such as portrait mode, HDR, palm and voice shutters, as well as a teleprompter function for video recording.
Battery life is another strong point. A 6,000mAh battery gives the Xiaomi 17 Ultra considerably more capacity than many traditional flagship phones, and enough stamina for around two days of moderate use. Charging is equally ambitious: 90W wired HyperCharge and 50W wireless HyperCharge provide fast ways to replenish the battery.
Software is based on Xiaomi’s HyperOS 3, which brings extensive customization, multitasking features and deeper connections between Xiaomi devices. HyperIsland provides a dynamic area for selected notifications and activities, while Xiaomi’s HyperAI suite adds tools for writing, speech recognition, translation, search and creative tasks. Google Gemini and Circle to Search are also supported. Availability of some AI functions varies by region and language, so not every feature is necessarily available everywhere.
What ultimately distinguishes the Xiaomi 17 Ultra is its willingness to make the camera system the centerpiece of the product. Samsung and Apple pursue extremely broad flagship experiences, while Xiaomi has taken a more specialized approach: build an extraordinarily capable camera, surround it with top-tier silicon, a superb display and a large battery, then make the rest of the phone good enough to match it. Its photography is among the strongest available on a smartphone, its performance is comfortably flagship-grade, and battery endurance is excellent.
There are still reasons to hesitate. HyperOS can be busy, video performance does not quite match the phone’s extraordinary still-image capabilities, lens-to-lens consistency can occasionally vary, and its premium pricing puts it directly against some of the most polished smartphones available. But for someone who regards the camera as the most important part of a phone, those weaknesses become easier to accept.
Xiaomi has turned the 17 Ultra into something closer to a compact camera that happens to be a flagship smartphone than simply another high-spec Android handset. Its enormous 1-inch main sensor, unusual 200MP mechanical telephoto, Leica imaging system, excellent display, Snapdragon 8 Elite Gen 5 performance and 6,000mAh battery make it one of the most technically ambitious phones on the market. For photography enthusiasts in particular, it is among the most compelling choices in the flagship class.
6. Google Pixel 11 Pro (Good Value)
Google Pixel 11 Pro Key Specifications
Display: 6.3-inch LTPO OLED | Refresh rate: 120Hz | Chipset: Google Tensor G6 | RAM: 12GB, 16GB | Storage: 256GB, 512GB, 1TB | OS: Android 17 | Cameras (Back / Front): 50MP main, 48MP ultrawide, 48MP telephoto / 42MP selfie | Battery: 4850 mAh | Charging: 30W wired, 25W wireless | Weight: 204g
Pros
- Excellent cameras
- Outstanding display
- Excellent AI features
- Strong everyday performance
- Premium, compact design
- 256GB base storage
- Supports magnetic Qi2 charging
- Long software support
Cons
- Only 12GB RAM on the base model
- Hardware upgrades are relatively modest
Google’s Pixel 11 Pro is a remarkably familiar flagship, but that familiarity is part of its appeal. Rather than reinventing the Pixel formula, Google has concentrated on refining the areas that have defined its phones in recent years: photography, clean Android software, computational intelligence and an increasingly sophisticated relationship between hardware and AI. It is a phone that makes a stronger case for itself through the experience than through dramatic changes to its specification sheet.
The Pixel 11 Pro is extremely close to the 11 Pro XL for astrophotography. It uses essentially the same core camera philosophy and computational photography system, so you shouldn’t expect a dramatic difference in star photographs between the two. The XL gets the higher position mainly because its larger battery and display make it more convenient for extended night photography. If you’re choosing between the two purely for image quality, I’d consider them effectively tied.
Visually, little about the Pixel 11 Pro strays from the established Pixel identity. Its polished metal frame, flat sides and distinctive camera bar give it an unmistakable silhouette, while the overall construction retains the understated character expected of a premium Google phone. Rather than chasing the ornamental designs of some competing flagships, Google has kept the Pixel restrained. That makes the phone easy to recognize without making it look ostentatious. The redesigned camera hardware also integrates more neatly into the rear of the phone, giving the familiar camera bar a slightly more refined appearance.
A 6.3-inch Super Actua LTPO OLED display sits at the front, offering a 1–120Hz adaptive refresh rate and a sharp 1,280 x 2,856 resolution. It is essentially an excellent continuation of the Pixel 10 Pro’s display rather than a wholesale reinvention, but Google has addressed one of the more important shortcomings of an already strong panel: outdoor visibility. Peak brightness rises to as much as 3,600 nits, with HDR brightness reaching 2,400 nits, making the screen particularly effective under bright daylight. Colors are vivid without becoming cartoonish, text remains exceptionally crisp and scrolling is smooth.
That combination makes the Pixel 11 Pro particularly well suited to everyday media consumption. Photos have plenty of contrast, movies benefit from the deep blacks and wide dynamic range of OLED, and the 120Hz refresh rate keeps everything from web pages to menus feeling fluid. It is not a revolutionary display upgrade over its predecessor, but there is a good argument that Google did not need to change much. Reviewers consistently found it bright, sharp and easy to use outdoors.
Inside is Google’s Tensor G6, a new 2nm chip designed with an emphasis on efficiency and AI processing rather than chasing benchmark records. Everyday performance is comfortably flagship-class. Apps open quickly, multitasking is smooth and demanding tasks such as photo processing, voice transcription and AI-assisted editing are handled without drama. For ordinary use, there is little reason to worry about the performance gap between Tensor and the fastest competing chips.
Gaming is where the compromises become more obvious. Tensor G6 is considerably more capable than earlier Tensor generations, but its graphics performance still trails the processors found in rival premium phones. Less demanding games run well, but graphically intensive titles can expose the limitations, particularly during prolonged sessions. That makes Pixel 11 Pro a superb general-purpose phone but not necessarily the first choice for someone whose priority is sustained high-end mobile gaming.
Photography remains the heart of the Pixel 11 Pro. Google uses a triple-camera system consisting of a 50MP main camera, a 48MP ultrawide with autofocus and Macro Focus, and a 48MP 5x telephoto camera with optical image stabilization. The telephoto system can extend to an advertised 120x Pro Zoom, while Google continues to lean heavily on computational photography to squeeze useful detail from difficult shots. A 42MP autofocus selfie camera completes the setup.
Hardware improvements are only part of the story. Google’s image processing continues to give Pixel photography its distinctive character, with accurate colors, convincing skin tones, strong dynamic range and impressive results in low light. Night photography receives another useful trick in Instant Night Sight, which can produce brighter long-exposure-style images without requiring quite the same patience as conventional night photography. It is particularly useful when photographing people, pets or other subjects that are unlikely to remain perfectly still.
Zoom photography is another area where the Pixel 11 Pro demonstrates what software can add to relatively compact hardware. At moderate magnifications, the dedicated telephoto camera produces detailed and natural-looking results, while Google’s processing attempts to preserve useful information as the zoom range climbs. At the extreme end, 120x should be regarded as a computational feature rather than a replacement for a dedicated camera lens, but it nevertheless gives photographers considerably more flexibility when a subject is far away.
Video receives plenty of attention, too. The rear cameras can record 4K video at up to 60 frames per second, while Video Boost can enable 8K recording at 24 or 30fps. Google also includes stabilization, Night Sight Video, 10-bit HDR, Portrait Video, Macro Focus Video and other computational tools. Front-camera video reaches 4K at 60fps. It is a much more complete video package than the Pixel’s reputation in earlier generations might suggest, although rivals such as the iPhone continue to have an edge in some areas of professional video capture.
AI is arguably the biggest reason to consider the Pixel 11 Pro rather than simply buying a previous-generation Pixel at a lower price. Gemini is woven throughout the software, rather than being treated as an isolated assistant that users have to remember to open. Google has also introduced features such as Rambler, an unusually capable voice-to-text system that can transcribe speech rapidly while handling punctuation and grammar with impressive accuracy. For people who write messages, notes or longer passages by voice, it can be considerably more useful than the typical dictation feature buried inside a keyboard.
Magic Capture is another particularly clever addition. Instead of relying solely on conventional burst photography, it records a short video and uses AI to identify useful frames that can then be saved as individual photographs. That approach is well suited to unpredictable subjects, where pressing the shutter at precisely the right moment is often harder than it sounds. It is one of those features that initially looks like a technical demonstration but becomes considerably more convincing once it solves a real photographic problem.
Not every new AI feature is equally successful. HiLight, Google’s rear notification light intended to communicate information without requiring users to check their screens, has received a much cooler reception. While the underlying idea is interesting, reviewers have questioned how often it genuinely improves the experience. Proactive Assistance has also shown some inconsistency, illustrating a broader truth about Google’s AI strategy: some features are genuinely useful, while others still feel like experiments searching for their purpose.
Android 17 gives the Pixel 11 Pro another important advantage. Google’s version of Android remains clean and relatively uncluttered, with the company’s own services deeply integrated into the operating system. That matters because many of the phone’s best features depend on software working quietly in the background rather than requiring users to manage a collection of separate applications. Google also continues to promise seven years of software support, giving the phone unusually strong long-term prospects.
Battery life is generally strong enough for a full day of normal use, although it is not an uncontested class leader. The Pixel 11 Pro has a typical 4,850mAh battery, while charging reaches 30W over USB-C and up to 25W through Qi2.2-compatible Pixelsnap wireless charging. Those figures are respectable, but considerably faster wired charging is available from several competitors. Battery performance can also vary considerably depending on workload, with gaming and other intensive tasks drawing more heavily on the phone.
One of Google’s smartest decisions is offering the same fundamental flagship experience in the smaller Pixel 11 Pro and larger Pixel 11 Pro XL. Buyers who prefer a more compact phone do not have to sacrifice the camera system, processor or core software features simply to get a smaller device. That makes the Pro unusually easy to recommend on size alone: choose the 6.3-inch model if you want a more manageable phone, rather than choosing it because Google has removed important hardware.
There is, however, a larger question surrounding the Pixel 11 Pro: how much of an upgrade is it over the Pixel 10 Pro? That is where Google’s conservative hardware strategy becomes difficult to ignore. The display is better in brightness, the camera hardware has been improved, Tensor G6 is more efficient and the software has gained several genuinely useful AI tools. Yet the basic experience remains familiar. For owners of last year’s Pro, the improvements are meaningful but not transformative.
Price makes that calculation more complicated. Google has increased the cost of the Pixel 11 Pro while reducing the amount of RAM in the entry configuration compared with last year’s model, meaning buyers may have to spend more to reach configurations that match previous-generation memory levels. That decision has drawn criticism because the phone’s hardware changes do not necessarily make the higher price feel proportionate.
Still, judging the Pixel 11 Pro purely by its specification sheet misses what makes it interesting. Google is not trying to win every category through brute-force hardware. Instead, it has built a phone around photography, useful AI, voice interaction and an Android experience that increasingly anticipates what users want to do. When those elements work together, the Pixel 11 Pro can seem considerably smarter than a conventional flagship loaded with faster components but fewer meaningful software ideas.
For photographers, frequent voice-to-text users and anyone who values Google’s particular approach to Android, that combination is compelling. Camera quality remains one of the phone’s strongest reasons to buy it, while features such as Magic Capture and Rambler demonstrate that Google’s AI ambitions are becoming practical rather than merely promotional. Performance is fast enough for almost everything outside serious gaming, the display is excellent, and the seven-year software commitment adds confidence that the phone will remain useful well into the future.
Pixel 11 Pro ultimately represents refinement rather than reinvention. Its brightest moments come from the interaction between Google’s hardware and software: a camera that understands difficult scenes, an assistant that can increasingly handle useful tasks, voice transcription that genuinely saves time and an operating system designed to stay out of the way. Some of Google’s more conspicuous experiments, particularly HiLight, do not justify their presence to the same degree, while gaming performance and charging speeds remain behind the best alternatives.
For anyone buying a premium Android phone for photography, everyday productivity and intelligent software rather than maximum gaming performance, the Pixel 11 Pro is one of Google’s strongest offerings yet. It does not need to be the fastest phone or the most radically redesigned flagship to stand out. Its appeal lies in something quieter: a growing sense that Google’s hardware is finally becoming a convincing vehicle for the software intelligence that has always been its greatest strength.
7. Google Pixel 10 Pro XL
Google Pixel 10 Pro XL Key Specifications
Display: 6.8-inch LTPO OLED, 120Hz, HDR10+, 2200 nits (HBM), 3300 nits (peak) | Chipset: Google Tensor G5 | RAM: 16GB | Storage: 256GB / 512GB / 1TB | Rear camera: 50MP main, 48MP ultrawide, 48MP telephoto | Front camera: 42MP | OS: Android 16, up to 7 major Android upgrades | Weight: 232g
Pros
- Powerful and efficient new chip
- Immersive, bright display
- Long battery life + fast charging
- Cutting-edge Qi2 magnetic wireless charging
- Premium build & design
- Advanced AI features & long software support
Cons
- Externally, the design hasn’t changed much from the Pixel 9 Pro XL
- Pricey
Bathed in a design that feels both sophisticated and purposeful, the Pixel 10 Pro XL isn’t just another flagship—it’s a device that speaks to those who want to capture the night sky in ways that feel effortless and true to life. Its sturdy IP68-rated body wrapped in Gorilla Glass Victus 2 ensures it can withstand nights under the stars, while the expansive 6.8-inch Super Actua OLED display becomes a perfect canvas for previewing every frame of the heavens above. Even in the darkest conditions, the astonishing peak brightness allows constellations and galaxies to be reviewed without compromise.
The Pixel 10 Pro XL remains an excellent astrophotography phone despite being one generation older. Google’s dedicated astrophotography processing is the major reason it remains so competitive: it can combine multiple exposures to produce a much cleaner representation of a dark sky than a normal handheld night photograph. In fact, dedicated astro-mode testing has shown just how capable the Pixel 10 Pro XL can be under a dark sky.
What makes this phone stand apart for astrophotography rests squarely in the marriage of hardware and AI. The camera system is anchored by a 50-megapixel main sensor, joined by a 48-megapixel ultrawide and a 48-megapixel 5× telephoto lens. While the physical setup remains familiar, the leap in computational photography transforms it into something much greater. Long exposures of the Milky Way render with striking clarity, while AI-driven noise reduction cleans up faint details lost to lesser sensors. Pro Res Zoom allows distant stars or the glow of the moon to be framed without blurring into the night, and Camera Coach lends a guiding hand in real time—helping even novices find the perfect alignment for a celestial shot.
Astrophotographers often wait for fleeting moments—the perfect break in the clouds, the exact second a comet appears. Auto Best Take ensures those moments are never lost, quietly capturing multiple frames in the background and surfacing the sharpest, cleanest version. Editing tools powered by AI give users the ability to enhance exposure, pull out subtle colors, or balance light trails, all while preserving authenticity through clearly marked content credentials.
Driving this seamless experience is the Tensor G5 chip, built for speed and on-device AI. The faster processing means night-sky photos don’t just take less time to capture—they’re ready to review and share almost instantly, even when processing complex low-light data. And with a massive 5,200 mAh battery, the phone is designed to last through long nights under the stars, charging swiftly when the session is over.
With seven years of software support, photographers can count on ongoing improvements to Google’s astrophotography algorithms, ensuring the phone gets even better at revealing the hidden beauty of the universe. In every sense, the Pixel 10 Pro XL feels like it was designed with stargazers in mind, turning the phone into both a tool and a telescope in your pocket.
8. Google Pixel 10 Pro
Google Pixel 10 Pro Key Specifications
Display: 6.3-inch Super Actua OLED | Chipset: Tensor G5 | RAM: 16GB | Storage: 128GB, 256GB, 512GB, 1TB | Rear camera: 50MP, 48MP, 48MP | Front camera: 42MP | OS: Android 16, up to 7 major Android upgrades | Weight: 207g
Pros
- Cutting-edge AI & proactive features
- Exceptional camera capabilities
- Impressive build & display
- Seven years of OS and security updates
- Solid performance & charging
- Equipped with Wi-Fi 7, Bluetooth 6, NFC, UWB, and Thread networking
Cons
- The overall design remains similar to the Pixel 9
- No expandable storage or headphone jack
Under the night sky, the Pixel 10 Pro reveals just how much its design leans toward astrophotography. Tucked inside this flagship is Google’s Tensor G5 chip, built on an advanced 3 nm process that supercharges not only raw performance but also the AI-driven photography features that define the Pixel line. That blend of processing power and machine learning is especially vital when capturing stars, galaxies, and distant horizons, where every detail relies on precision image stacking, noise reduction, and intelligent exposure balancing.
The Pixel 10 Pro is just behind the 10 Pro XL, although the difference is small. Its dedicated astrophotography capability is more important than the relatively minor physical differences between the Pro and Pro XL. For someone primarily interested in stars, I would actually consider the 10 Pro one of the strongest value choices on this entire list. Dedicated astro processing remains one of Google’s biggest advantages over phones that have excellent conventional night photography but lack an equally mature automated astro workflow.
The 6.3-inch Super Actua OLED display doesn’t just impress in daylight; its extreme peak brightness of around 3,300 nits allows stargazers to review their night shots with stunning clarity even in dark environments. Coupled with a sleek, durable frame clad in Gorilla Glass Victus 2 and IP68 resistance, the phone feels purpose-built to withstand late-night outdoor excursions.
Its camera system is where the astrophotography credentials become undeniable. The trio of lenses—a 50-megapixel main sensor, 48-megapixel ultrawide, and a 48-megapixel 5× telephoto—works in harmony with Google’s advanced computational photography tools. Long-exposure night shots are lifted by AI enhancements that reduce noise while sharpening faint light trails, and Pro Res Zoom allows up to 100× magnification without losing celestial details, thanks to AI reconstruction. Camera Coach proves invaluable under the stars, offering live framing guidance to help users position the sky just right, while intuitive features like Best Take ensure that fleeting moments of cosmic clarity aren’t missed.
Even in post-processing, the Pixel 10 Pro’s intelligence continues to serve astrophotographers. Natural-language editing through Ask Photos allows fine-tuning of star fields or adjusting hues with simple prompts, eliminating the need for complex software. With seven years of software support, the device promises that astrophotography tools will only get smarter and more refined over time.
For those who head out late at night in search of the perfect shot, the Pixel 10 Pro offers more than just a premium phone—it provides a reliable astrophotography companion. With a balance of rugged design, an advanced camera suite, and AI-driven imaging, it captures the wonder of the night sky in a way few smartphones can rival.
9. Samsung Galaxy S26 Plus
Samsung Galaxy S26 Plus Key Specifications
Display: 6.7-inch Dynamic LTPO AMOLED 2X, 120Hz, HDR10+, 2600 nits (peak) | CPU: Snapdragon 8 Elite Gen 5 | OS: Android 16 | RAM: 12GB | Storage: 256GB/512GB | Front Camera: 12MP | Rear Cameras: 50MP, 12MP, 10MP | Size: 158.4 x 75.8 x 7.3 mm | Weight: 190 g | Battery: 4900 mAh
Pros
- Large, high-quality display
- Powerful performance
- Solid camera system
- Premium build quality
- Good battery life
Cons
- Cameras haven’t changed much from previous models
The Galaxy S26 Plus is a capable night-photography phone, but it sits below the Ultra because Samsung reserves its most advanced camera hardware and capabilities for the S26 Ultra. You can still get attractive photographs of the night sky, particularly with a stable setup and appropriate camera processing, but you don’t get the same combination of sensor hardware, zoom capability and overall photographic flexibility as the Ultra. For casual star photography it’s very good; for someone buying specifically for astrophotography, I’d spend more on the Ultra or choose a Pixel.
Samsung Galaxy S26 Plus occupies a familiar yet refined place in Samsung’s flagship lineup—a large, premium Android phone designed for people who want top‑tier performance and a generous display without stepping all the way into the Ultra tier. Its appeal lies not in radical reinvention but in the steady polishing of an already mature formula, pairing a sleek industrial design with powerful silicon, intelligent software, and one of the most accomplished smartphone displays available today.
Powering everything beneath the glass is a new generation of flagship silicon. Many markets receive Samsung’s Exynos 2600, a cutting‑edge processor built on a 2‑nanometer architecture—among the most advanced fabrication processes used in smartphones. In other regions, a Snapdragon 8 Elite Gen 5 variant handles the workload. Either way, performance sits firmly in flagship territory. Improvements to the CPU, GPU, and neural processing unit bring faster graphics, smoother multitasking, and notably stronger AI capabilities compared with the previous generation. A redesigned vapor‑chamber cooling system keeps temperatures under control during extended gaming or heavy workloads, ensuring the phone maintains consistent performance even under stress.
Memory and storage configurations remain generous. 12GB of RAM come standard, paired with either 256 GB or 512 GB of internal storage. Expandable storage is absent—a decision increasingly common in premium smartphones—but the available capacity should satisfy most users. Wireless connectivity keeps pace with the latest standards, including Wi‑Fi 7 and Bluetooth 6, delivering faster data speeds and improved stability for modern accessories and networks.
Photography continues to be a central pillar of the device’s identity. A triple‑camera system anchors the rear, led by a 50‑megapixel main sensor with optical image stabilization and Samsung’s adaptive pixel technology. Accompanying it are a 12‑megapixel ultrawide lens and a 10‑megapixel telephoto camera capable of 3× optical zoom. While the hardware configuration resembles earlier generations, image processing has matured significantly. Samsung’s ProVisual engine and computational photography algorithms refine color, reduce noise, and enhance detail across a wide range of lighting conditions. Night photography benefits from the company’s “Nightography” approach, capturing brighter, cleaner images even when illumination is scarce. Video recording reaches up to 8K at 30 frames per second, with stabilized 4K footage providing cinematic clarity for everyday shooting.
Battery life emphasizes reliability over headline‑grabbing numbers. A 4,900 mAh battery powers the device through a typical day with ease, helped by the efficiency gains of the new chipset and adaptive display. Charging speeds reach about 45 watts via cable and around 20 watts wirelessly, complemented by reverse wireless charging for accessories such as earbuds or smartwatches. Competitors may advertise faster charging figures, yet Samsung’s approach prioritizes thermal stability and battery longevity.
The Galaxy S26 Plus embodies the philosophy of incremental excellence. Instead of chasing spectacle, it focuses on refinement: a brighter display, a more efficient processor, smarter software, and dependable battery life wrapped in a carefully engineered chassis. Such measured progress may not generate dramatic headlines, yet it produces a device that quietly excels at nearly every task placed before it. For many users, that balance—between power and practicality, innovation and familiarity—remains precisely the point.
10. Google Pixel 9 Pro XL
Google Pixel 9 Pro XL Key Specifications
Display: 6.8in 120Hz QHD+ OLED (486ppi) | Processor: Google Tensor G4 | RAM: 16GB | Storage: 128, 256, 512GB or 1TB | OS: Android 14 | Camera: 50MP, 48MP, 48MP | Front camera: 42MP | Weight: 221g
Pros
- Excellent cameras
- Helpful AI features
- Long battery life
- Great front-facing camera
- 7-year software support
Cons
- Minimalist user interface
For anyone who has ever tilted their phone upward and wished for more than faint, blurry stars, the Google Pixel 9 Pro XL delivers an experience that feels almost otherworldly. Its camera system, powered by a 48-megapixel telephoto lens with 5x optical zoom, is crafted to capture distant celestial objects with striking precision.
The Pixel 9 Pro XL remains surprisingly strong for astrophotography because Google’s dedicated astrophotography processing has been refined across several generations. It can still produce very good Milky Way photographs when given a sufficiently dark sky and a stable setup. Its main disadvantage is simply age: newer Pixel generations have improved camera hardware and processing. Nevertheless, its dedicated astro capability makes it a better astrophotography choice than several newer phones that have excellent general cameras but don’t have Google’s specialized workflow.
Astrophotography mode sets the Pixel 9 Pro XL apart. By extending exposure times up to four minutes, the phone collects enough light to unveil star clusters, glowing nebulae, and even subtle traces of the Milky Way. Each shot is not only crisp but layered with depth, often rivaling images from entry-level DSLRs. As an added touch, every capture generates a short timelapse, transforming still moments into dynamic views of the sky’s slow, graceful motion.
Google’s Night Sight technology, enhanced by the Tensor G4 chip, works behind the scenes to make low-light photography cleaner and sharper. Noise melts away, details emerge, and colors remain true, even when shooting in conditions that would render other phone cameras nearly useless. In the hands of enthusiasts, the Pixel 9 Pro XL has already proven capable of recording star trails and celestial events, opening up new creative possibilities for night photography.
The appeal lies in how seamlessly hardware and software blend. High-resolution sensors, long exposures, and AI-driven image processing come together to make astrophotography accessible, no tripod-mounted telescope required. For travelers, hobbyists, or anyone captivated by the night sky, it means you can step outside with a phone in your pocket and return with images that feel extraordinary.
Sustainability adds another layer of appeal. Built with recycled materials and designed to be repairable, the Pixel 9 Pro XL doesn’t only look to the heavens—it considers its impact on Earth as well.
For those who dream of capturing the universe without investing in bulky gear, the Pixel 9 Pro XL offers one of the most complete astrophotography experiences available on a smartphone today. It’s a reminder that sometimes, the best camera for the stars is the one you already carry in your hand.
11. Samsung Galaxy S25 Ultra
Samsung Galaxy S25 Ultra Key Specifications
Display: 6.9-inchDynamic LTPO AMOLED 2X, 120Hz, HDR10+, 2600 nits (peak) | CPU: Qualcomm Snapdragon 8 Elite | OS: Android 15 | RAM: 12GB | Storage: 256GB/512GB/1TB | Front Camera: 12MP | Rear Cameras: 200MP, 50MP, 10MP, 50MP | Size: 162.8 x 77.6 x 8.2 mm | Weight: 218 g | Battery: 5000 mAh
Pros
- Premium display
- Powerful performance
- Enhanced camera system
- AI-powered features
- 5,000mAh battery with improved efficiency
- Durable build
Cons
- No bluetooth functionality with S Pen
- Incremental design changes
The Galaxy S25 Ultra is still a very capable astrophotography phone, particularly when using Samsung’s Expert RAW system. It offers strong manual control and excellent low-light hardware, so an enthusiast willing to spend time setting up a shot can get excellent results. The reason I place it below the Pixel 9 Pro XL is that Google’s dedicated astrophotography processing gives the Pixel a more straightforward advantage for automated Milky Way photography. Samsung’s strength is control, while Pixel’s strength is computational simplicity.
Departing from its predecessors’ sharp edges, the Galaxy S25 Ultra features a refined design with rounded corners and flat edges, aligning it more closely with the standard S25 models. The device boasts a 6.9-inch Dynamic AMOLED 2X display, offering a Quad HD+ resolution and an adaptive 120Hz refresh rate for smooth scrolling and transitions. With a peak brightness of 2,600 nits, the screen ensures excellent visibility even under direct sunlight.
Samsung’s Galaxy S25 Ultra offers a suite of advanced features tailored for astrophotography enthusiasts. Central to its capabilities is the 200MP main sensor, which, when combined with pixel binning technology, enhances light sensitivity, allowing for clearer and sharper night shots. This is particularly beneficial when capturing detailed images of the night sky in low-light conditions.
For those aiming to photograph stars, constellations, or even the Milky Way, the device’s Astro Mode within the Expert RAW app is invaluable. This mode permits long-exposure captures, with recommended exposure times ranging between 4 to 10 minutes. To achieve optimal results, it’s advisable to use a tripod to maintain stability during these extended exposures.
Additionally, the Galaxy S25 Ultra introduces Astro Hyperlapse Mode, enabling users to create time-lapse videos of celestial movements, such as star trails. This feature captures the dynamic motion of stars across the sky, producing mesmerizing visual effects.
The device’s ProVisual Engine, powered by AI, plays a pivotal role in enhancing low-light photography. It adjusts exposure settings and reduces motion blur, ensuring that images and videos captured in dark environments are of high quality.
For users seeking greater control over their astrophotography, the Expert RAW app offers manual adjustments, including virtual aperture settings ranging from F1.4 to F16. This allows for precise control over depth of field, akin to DSLR cameras.
While the Galaxy S25 Ultra boasts impressive features for night sky photography, some users have noted challenges, such as overexposure when capturing the moon at lower zoom levels. However, utilizing higher zoom settings, like 30x, can yield more detailed lunar images.
The Galaxy S25 Ultra stands as a formidable tool for astrophotography, combining high-resolution sensors, advanced AI-driven enhancements, and specialized modes to capture the beauty of the night sky.
The Samsung Galaxy S25 Ultra combines a refined design with substantial hardware and software upgrades, particularly in AI integration, solidifying its position as a leading choice in the premium smartphone market.
12. Samsung Galaxy S25 Plus
Samsung Galaxy S25 Plus Key Specifications
Display: 6.7-inchDynamic LTPO AMOLED 2X, 120Hz, HDR10+, 2600 nits (peak) | CPU: Qualcomm Snapdragon 8 Elite | OS: Android 15 | RAM: 12GB | Storage: 256GB/512GB/1TB | Front Camera: 12MP | Rear Cameras: 200MP, 50MP, 12MP | Size: 158.4 x 75.8 x 7.3 mm | Weight: 190 g | Battery: 4900 mAh
Pros
- Bright and vibrant display
- Outstanding performance
- Solid cameras
- Durable
- Google Gemini assistant for smarter interactions
- Long software support
- Lots of AI-based features
- Long battery life
Cons
- No expandable storage
- No S Pen Support
The Galaxy S25 Plus takes the final position mainly because it lacks the Ultra’s more advanced camera hardware. It can certainly capture stars and attractive night photographs, particularly under a dark sky with the phone stabilized, but it isn’t the model I’d choose specifically for astrophotography. Its conventional night photography is good, yet the dedicated capabilities and larger sensors available on the S25 Ultra, newer S26 Ultra and Pixel Pro models give them a clear advantage.
Maintaining a consistent aesthetic, the Galaxy S25 Plus features a 6.7-inch Dynamic AMOLED 2X display with a resolution of 3120 x 1440 pixels, resulting in a pixel density of approximately 513 ppi. The screen supports a 120Hz refresh rate, ensuring smooth visuals, and achieves a peak brightness of 2,600 nits for excellent visibility in various lighting conditions. The device is protected by Corning Gorilla Glass Victus 2, offering enhanced durability.
Elsewhere, the Galaxy S25 Plus is powered by Qualcomm’s Snapdragon 8 Elite processor, fabricated on a 3 nm process, delivering a 40% performance increase over previous models. The device comes standard with 12GB of RAM and offers storage options of 256GB and 512GB, utilizing UFS 4.0 technology for faster data access. Notably, there is no support for expandable storage via microSD card.
Equipped with a 4,900 mAh battery, the Galaxy S25 Plus supports 45W wired charging and 15W wireless charging, including reverse wireless charging capabilities. While the battery capacity remains unchanged from the previous model, efficiency improvements in hardware and software contribute to extended battery life.
Running on Android 15 with Samsung’s One UI 7, the S25 Plus emphasizes artificial intelligence integration. Features include enhanced generative photo editing, the AI assistant Gemini, Audio Eraser for video noise reduction, and AI Select for suggested actions. Samsung has committed to providing seven years of OS and security updates for the S25 series, ensuring long-term software support.
The Samsung Galaxy S25 Plus offers a balanced combination of performance, display quality, and AI-driven features, making it a compelling choice for users seeking a premium smartphone experience without the additional features of the Ultra model.
Best Android Phones for Astrophotography
| 1 | Samsung Galaxy S26 Ultra (Best Pick) | Check Price on Amazon |
| 2 | Google Pixel 11 Pro XL (Excellent Value) | Check Price on Amazon |
| 3 | OPPO Find X9 Ultra (Outstanding) | Check Price on Amazon |
| 4 | Vivo X300 Ultra | Check Price on Amazon |
| 5 | Xiaomi 17 Ultra | Check Price on Amazon |
| 6 | Google Pixel 11 Pro (Good Value) | Check Price on Amazon |
| 7 | Google Pixel 10 Pro XL | Check Price on Amazon |
| 8 | Google Pixel 10 Pro | Check Price on Amazon |
| 9 | Samsung Galaxy S26 Plus | Check Price on Amazon |
| 10 | Google Pixel 9 Pro XL | Check Price on Amazon |
| 11 | Samsung Galaxy S25 Ultra | Check Price on Amazon |
| 12 | Samsung Galaxy S25 Plus | Check Price on Amazon |
