How to Photograph the Night Sky with a Smartphone | iPhone and Pixel Guide

To get the best results photographing stars with your phone, the two things that matter most are keeping it perfectly still and following the right steps for your specific model. For iPhone, Night mode is the foundation — with ProRAW available if you want post-processing flexibility. For Pixel, simply entering Astrophotography mode correctly from Night Sight makes a dramatic difference in success rate.

This guide covers both iPhone and Google Pixel — from initial setup through shooting conditions, exposure time estimates, RAW file sizes, and what to do when things aren't working. On a fixed tripod, iPhone can pull up to 30 seconds of exposure; Pixel unlocks Astrophotography mode reliably when you're on 1× zoom or higher and the sky is dark enough (roughly 45–90 minutes after sunset). Everything you need is in one place.

What You Need to Know Before Shooting Stars with Your Phone

The bottom line: iPhone and Pixel take different approaches to smartphone star photography. iPhone's Night mode accumulates light, and adding Apple ProRAW gives you flexibility to refine the image afterward. Pixel's Astrophotography mode handles the multi-frame compositing automatically at capture time, which means less work to get a good result on the first try. A short version: iPhone is "shoot and refine," Pixel is "automatic refinement."

Shooting conditions matter at least as much as settings. Lots of streetlights, a bright moon, moving clouds — no amount of processing recovers from these. In my experience, just finding a genuinely dark sky drops the difficulty by a full notch. Prioritize: dark location, low cloud cover, minimal moonlight. Get those three right and "nothing came out" failures drop dramatically for both iPhone and Pixel.

If you have a Pro iPhone, enabling Apple ProRAW is worth doing. The flexibility it gives you with exposure, color, and white balance is genuinely useful when the subject is mostly shadow, as night sky shots are. File sizes are significant — about 25 MB at 12MP, roughly 75 MB at 48MP — so it's better suited for "the keeper I want to process carefully" than for casual snaps. But that post-processing headroom is one of iPhone's real strengths for this subject.

On the Pixel side, the workflow from Night Sight into Astrophotography mode is clean and first-timer-friendly. Requires Pixel 4a (5G) or later, 1× zoom or above, and the phone being completely stationary. Shooting too early — before the sky is properly dark — is the most common problem. Waiting for the sky to settle produces noticeably better results.

The night sky is a challenging subject — it's hard to capture exactly what the eye sees. But get the setup right and even a smartphone produces images with real atmosphere. For iPhone that means Night mode plus ProRAW; for Pixel it means entering Astrophotography mode correctly. Both are achievable.

What You Need | Equipment and Conditions for Both iPhone and Pixel

Essential Equipment

For star photography on any phone, the single most important factor before brand or settings is not moving the camera. Neither iPhone's Night mode nor Pixel's Astrophotography mode performs to its potential hand-held. The two things you need: a stable tripod, and a phone clamp that secures the device firmly. Prioritize stability over weight savings; use a clamp compatible with 1/4-inch screw mounts for maximum flexibility.

A shutter timer or remote release is effectively required. The act of pressing the shutter button introduces vibration. The 2–10 second self-timer is the simplest solution; 10 seconds is the safer default when in doubt. For star photography, "wait for it to stabilize, then shoot" is consistently better than "press and hope."

In the field, battery backup and dew management both matter. Sustained screen-on time and night processing drain batteries faster than you expect — bring a power bank. Moisture on the lens produces soft, hazy shots regardless of settings — keep a clean microfiber cloth accessible. For navigation and chart reading, use a red flashlight rather than white; it doesn't compromise your dark adaptation or disturb other observers. Set your phone screen to a red or night display mode before you go out.

Quick pre-departure checklist:

• Stable tripod ready?
• Phone clamp packed?
• Self-timer set to 2–10 seconds?
• Backup battery and cable?
• Lens cloth packed?
• RAW or ProRAW enabled in settings?

Choosing Location and Time

Good equipment can't fix a bad sky. Target: low moonlight, ideally around new moon; minimal cloud cover; dark skies away from streetlights. Near a city, the sky background rises and Pixel's night processing pushes it further — the result is a washed-out, light-gray background. Move to a genuinely dark location and the same phone shows a dramatically different sky.

Timing matters too. Shooting before the sky is fully dark loses you to conditions rather than settings. Pixel's Astrophotography mode is harder to enter when it's still twilight, and success rates climb significantly once the sky has fully darkened — roughly 45–90 minutes after sunset is the commonly cited benchmark. The same logic applies to iPhone: stars come out more cleanly once the sky is properly dark rather than in the transitional zone between dusk and night.

Sky photography is more determined by location and timing than by on-site settings adjustments. You don't need a mountaintop or remote beach — simply avoiding direct streetlight spill, stepping away from bright parking lot lights, and choosing a direction where the sky is open makes a measurable difference. Spending time repositioning for a darker angle pays off more than spending the same time tweaking exposure.

Field checklist:

• Is the moon low or absent?
• Is it reasonably clear?
• Low cloud cover?
• Minimal streetlights nearby?
• Arrived at least 45–90 minutes after sunset?

RAW Storage and Capacity Planning

The night sky rewards post-processing flexibility — bumping up shadows, correcting color cast from light pollution, rebalancing a white balance that went warm from nearby sodium lights. RAW formats give you this. For iPhones with Pro models, Apple ProRAW works well here; the ability to recover highlights and shadow detail beats JPEG on this subject.

The cost is file size. Apple ProRAW runs approximately 25 MB at 12MP and around 75 MB at 48MP per frame. You'll shoot multiple compositions, exposure variations, and foreground tests — storage disappears faster than expected. Checking available space before heading out is as important as checking the weather. Running out of space in the field means either switching to JPEG mid-session or deleting frames — neither is what you want.

For fixed-tripod exposure times: the general camera rule of thumb is 5–15 seconds before star trailing becomes visible. But smartphone native camera apps apply their own stabilization and compositing logic, so these numbers don't translate directly from DSLR practice. For native camera use, follow the phone-specific guidelines below. Manual camera apps are where general exposure theory applies directly.

The Three Enemies: Moon, Clouds, and Light Pollution

These three are hard to compensate for in post:

Moonlight raises the sky background, burying faint stars and the Milky Way even when you can't see the moon in frame. Clouds — including thin high cirrus — scatter city light and create a milky background that ruins contrast. Light pollution is insidious because distant city glow makes the horizon glow without any visible light source in frame.

None of these are "fix it in settings" problems. More exposure doesn't help — it lifts both stars and background equally. Pixel's compositing is excellent, but it can't recover information that was never captured. That's why winning dark sky before worrying about settings is the consistent advice.

Priority order on site: avoid being under a direct streetlight, choose a moon-free night, target a forecast with low cloud cover. A dark sky with these conditions gives both iPhone and Pixel their best chance to produce something genuinely impressive.

iPhone: Step-by-Step Settings

Before You Go

Set up the iPhone-side settings at home so there's nothing to figure out in the dark. First: enable ProRAW. On supported Pro models, go to Settings > Camera > Formats and turn on Apple ProRAW. iPhone 14 Pro and later offer 12MP and 48MP options — actual resolution behavior with Night mode may vary by device and iOS version. Many practitioners default to 12MP for night work; check Apple Support for current version-specific details before committing to a workflow.

Also in Settings > Camera > Preserve Settings — enable this so exposure adjustments and RAW mode persist between sessions. The dark is not where you want to be re-discovering how to turn ProRAW back on.

For actual shooting: once mounted on the tripod, choose your composition, then long-press on a bright star or distant light to lock AE/AF. After locking, dial the exposure compensation slightly negative — −0.3 to −1.0 EV is a useful starting range. Smartphone night processing tends to lift the background; starting a little dark gives you more clean shadow to work with in post.

Shooting Steps On Site

Keep the sequence simple and consistent:

1. Mount iPhone securely on tripod
2. Open the native Camera app, frame the shot
3. Long-press to lock AE/AF
4. Nudge exposure compensation slightly negative
5. Check the Night mode exposure time shown
6. Set timer to 10 seconds, press the shutter

The reason for the 10-second timer: stars are points of light. Any vibration from pressing the shutter softens them. The 10 seconds gives the tripod time to stop any residual movement before the long exposure begins. This is especially important when Night mode extends exposure to many seconds — even small vibrations become visible.

Don't run long continuous bursts. Night mode plus RAW processing generates heat; the phone becomes less stable in both temperature and processing consistency. Pause 2–3 shots, rest briefly, continue — this keeps the phone running cleanly through a longer session.

For editing: don't push it hard. With ProRAW, you have exposure, highlights, and shadows to work with — but lifting the shadow aggressively also lifts the noise. A light touch on exposure, highlights, and a small noise reduction pass is the right level. ProRAW at 12MP runs about 25 MB per file — for a long night session, keep only your best frames at full quality.

Night Mode Exposure Times and Stability Tips

The heart of iPhone star photography is Night mode in the native Camera app. It activates automatically in low light and proposes an exposure time. Critically: a properly stabilized phone enables longer exposures than a hand-held one. When the iPhone registers as stationary, it can offer up to 30 seconds of exposure in practice. On a good fixed mount, the difference between 15-second and 30-second exposures roughly doubles the collected light.

The Night mode exposure slider lets you adjust from the automatic value. When the sky looks overexposed and gray, nudge shorter. When you want to pull in more faint stars, nudge longer — keeping in mind that ambient lights and foreground also accumulate. The reliable combination is maximum fixed-mount exposure + slightly negative exposure compensation: long enough to collect stars, pulled back enough to prevent the background from washing out.

When mounted: watch the guide on screen and don't touch the phone during exposure. Lightweight tripods move in wind or from ground vibration. Use fully extended legs on flat ground — "stable-looking" and "actually still" are not the same thing for astrophotography.

Manual Camera Apps

Third-party manual apps unlock additional control: specific shutter speeds, ISO control, manual focus. Typical starting settings cited in guides — 30–32 seconds, ISO 1600–3200, manual focus near infinity — are reference points, not absolutes. Actual behavior depends on your specific device, app, and iOS version; test a few frames before committing to a long session.

The tradeoff versus native: more control, more failure modes. High ISO produces noise quickly. Manual focus near infinity is correct, but "near" requires judgment — a focus that looks fine at the preview size may show soft stars at full resolution. These apps don't have the same automatic error-correction that native Night mode provides.

The most reliable workflow: secure a frame with native Night mode + ProRAW, then use a manual app to explore variations. Having the native baseline means you always have something to compare against, and you won't return home with only failed manual attempts. Smartphone star photography rewards starting from the native app's stable foundation and expanding from there.

Pixel: Step-by-Step Settings

Compatible Models and Prerequisites

Pixel's Astrophotography mode requires Google Pixel 4a (5G) or later. The easily-missed detail is zoom level: Astrophotography mode requires 1× zoom or above. If you're on ultra-wide (0.6×), the mode won't activate no matter how long you wait. People who set wide angle "to get more sky" then wonder why the star icon never appears — this is almost always why.

Timing affects mode availability. Pixel's Astrophotography requires genuine darkness; if the sky still has twilight blue, the mode is less likely to engage. Wait 45–90 minutes after sunset — the sky needs to be fully dark for Pixel's long-exposure compositing to be worth triggering.

For composition: if you're shooting just sky, focus on the far distance. If you want ground elements too, 1× zoom handles the balance well. Pixel's automatic processing is tuned for the standard zoom — ultra-wide is not the path to better Astrophotography results.

From Night Sight to Astrophotography Mode

The entry path is simple: open Camera app → enter Night Sight. Don't start from Photo mode — go to Night Sight directly.

Then secure the phone. This is the decisive step. Hand-held won't work. A tripod or stable mount signals to the phone that it's stationary, which is when the shutter button transforms into the star icon, indicating Astrophotography mode is ready. Getting into the mode is less about settings than about convincing the camera that the phone is not moving.

On recent UI versions, there's also a manual swipe to Astrophotography from within Night Sight controls. If you can see the Astrophotography option visible in the Night Sight interface, swiping to it is faster than waiting for automatic switching. Either way, UI state alone doesn't guarantee good results — the phone needs to also be physically still.

For focus: if a "distant" focus option is available, use it. Otherwise, point toward a bright star or distant light and let AF settle there, then keep it. Pulling focus to nearby objects causes stars to bloom.

After pressing the shutter, Pixel spends several minutes compositing the exposure. Do not touch or move the phone during this process — lifting or tilting mid-composite collapses all the accumulated exposure data. When it finishes, a gentle exposure and brightness adjustment in Google Photos is the appropriate follow-up; the automatic processing is good enough that heavy editing usually degrades rather than improves the result.

Why It Won't Switch Modes

When Astrophotography mode won't engage, the cause is almost always conditions, not settings:

Too much movement: Even small movements — a lightweight mini-tripod, a fence railing with vibration — prevent the phone from registering as stationary. Secure it more firmly and the star icon often appears immediately.

Sky too bright: Still in twilight, bright moon, strong nearby lights, heavy light pollution. Night Sight will work but Astrophotography won't engage. Wait longer, move further from light sources.

Wrong zoom level: Ultra-wide (below 1×) blocks Astrophotography mode entirely.

Incompatible device: Pixel 4a (5G) or earlier doesn't support Astrophotography mode — this is hardware, not a settings problem.

Diagnosis order:

1. Pixel 4a (5G) or later?
2. Night Sight active?
3. Zoom at 1× or above?
4. Not on ultra-wide?
5. Phone fully secured on stable mount?
6. Sky dark enough (45+ minutes after sunset)?
7. No bright moon or strong lights nearby?

Work through the list — the cause is usually "phone not fully still" or "sky not dark enough." Pixel's approach is hands-off once conditions are right; when it's not working, fix the conditions rather than the settings.

Post-Processing Tips

Pixel's Astrophotography output is clean enough that minimal editing produces the best results. Rather than lifting brightness, pull the sky down slightly to make stars pop: reducing overall exposure and darkening the background generally produces a better-looking image than lifting shadows to see more. A grayish sky on a captured frame often responds better to a slight contrast adjustment than to exposure lifting.

For focus: pure sky images work best focused at distance; shots including foreground elements work well at 1× with moderate foreground depth. Avoid reaching for ultra-wide — it blocks Astrophotography and the wider field doesn't outweigh losing the mode entirely.

When the result looks slightly flat, a gentle AI-assisted enhancement (moderate, not maximum) adds clarity without making stars look artificial. I tend to prefer adjustments that bring back "the feeling of that particular night" over dramatic processing — Pixel's Astrophotography mode brings you close to that point automatically.

Comparing iPhone and Pixel

Controls and Automation

The key difference is in the entry philosophy. iPhone Night mode works with a manual exposure slider — you watch the proposed time, adjust it, and let the phone shoot. When properly stabilized, it can offer up to 30-second exposures, and understanding "how much exposure can I get tonight with this mount?" is part of the iPhone workflow.

Pixel's Astrophotography mode asks you to enter the mode correctly and then step back — automatic compositing handles the rest. The barrier to entry is lower (just get the phone stable and dark), and first-time success rates are higher. The trade-off is less control; iPhone lets you dial in the exposure, Pixel makes the decision for you.

Manual Control and RAW Editing Depth

If you want to control exactly what's captured and process the results extensively, iPhone wins because of Apple ProRAW. Available on Pro models from iPhone 12 Pro, it gives you meaningful shadow and highlight recovery that JPEG doesn't. The night sky — predominantly dark, with a bright moon or light pollution potentially casting unwanted color — is exactly where ProRAW's extra headroom pays off.

Pixel's strength is the opposite: capture-time processing that delivers quality automatically. The progression from Night Sight to Astrophotography is natural, and what comes out is good-looking immediately. This is right for "get a great shot tonight" rather than "collect raw material for careful processing."

For people who want to go deeper with manual controls, apps like NightCap Camera (iOS) or Open Camera / Camera FV-5 (Android) allow setting shutter speed, ISO, and manual focus independently. Starting points cited in guides — 32 seconds at ISO 3200, MF near infinity — are reasonable benchmarks. Whether to go for point-sharp stars (shorter exposure, higher ISO) or maximum faint-star depth (longer exposure, lower ISO) is a judgment call that varies by sky and subject. These apps add power at the cost of consistency — native camera apps have error-correction; manual apps don't.

Storage and Workflow Costs

Storage differences become significant with heavy use of ProRAW. iPhone ProRAW: roughly 25 MB at 12MP, around 75 MB at 48MP. A night session with multiple compositions and exposure variations can fill significant storage. Editing flexibility and storage burden are two sides of the same choice.

Pixel's native Astrophotography output keeps files at moderate sizes, and the automatic processing means fewer throwaway test shots per final image. For travel sessions or multi-location nights, this operational lightness is real.

Manual apps tend to generate more files — longer shot-to-keeper ratios when you're tuning parameters. That's not inherently bad: each test frame teaches you something. But for people who want efficient storage use, native Pixel processing is the cleaner option.

Quick Comparison by Use Case

Simple summary: easiest → Pixel, most control → iPhone ProRAW, deepest manual settings → manual camera app. Both approaches point at the same sky; which one is right depends on whether you want the phone to do the work or you want to do the work.

Common Failures and How to Fix Them

Images Coming Out Too Dark

The most common failure isn't settings — it's the sky not being dark enough yet. Right after sunset the sky looks dark to your eyes but contains enough residual glow to block Pixel's Astrophotography mode and reduce Night mode effectiveness. For Pixel, wait 45–90 minutes after sunset as a baseline. Shooting early produces a sky that's neither dark nor twilight — slightly bright, fewer stars visible, washed out by stray light.

Location is equally important. Directly below a streetlight, next to a vending machine, in a parking lot — these environments hold more ambient light than the "dark" feeling suggests. Long exposures integrate everything, including lights you've tuned out with your eyes. Before shooting, check what's behind you and around you, not just what's above.

For iPhone: if Night mode exposure duration is short, check that you're actually mounted and stationary — the mode extends exposure when it detects stability. If you're holding the phone, exposure stays brief. For Pixel: the common miss is staying in Night Sight rather than entering Astrophotography mode. In Night Sight only, the night processing is insufficient for star sky work, producing dark or star-poor results.

Thin cloud and haze are easily overlooked. Patchy cirrus or atmospheric moisture doesn't block stars completely but scatters urban light back down, raising the background. These nights produce soft, milky results even with correct settings — a shorter, less-ambitious exposure often preserves more contrast than a long one.

Blur is worth considering alongside exposure darkness. What looks uniformly dark may actually be softness from vibration. Stars that are point sources get smeared into faint smudges that are easy to miss at thumbnail size. Tripod legs fully extended, wind loads balanced (put a weight on the center column hook if wind is an issue), 10-second timer so the shutter tap has fully dissipated. Avoid shooting from elevated platforms — boardwalks, observation decks, wooden viewing platforms — that flex when you walk on them.

Focus Problems

Star focus is harder than daytime focus. Auto-focus hunts or settles on an incorrect distance because stars are too small and faint to give the AF system clear feedback. Stars that are actually in focus look like tight round points; soft stars bloom into blobs. This blooming makes faint stars invisible, which produces the subjective sense of "not many stars."

iPhone: aim at a bright star or distant light, long-press to lock AE/AF, then reframe. The lock prevents AF from re-hunting when you start the exposure. Keep the locked focus point somewhere at distance — nearby objects pull focus short and soften stars.

Pixel: when a distance focus option is available, use it. Manual apps: set MF near infinity and fine-tune by checking the sharpness of a bright star at 100% zoom. "Infinity" in practice means "slightly toward camera from the optical infinity stop" — test both sides of the mechanical infinity limit and use whichever makes the brightest test star the smallest circle.

If you suspect focus but can't rule out vibration: check for consistent directional smear in star points (indicates vibration) vs. uniform blooming in all directions (indicates focus error). Each has a different fix.

Astrophotography Mode Won't Engage (Pixel)

Covered in detail above. Recap: insufficient stability (the most common), wrong zoom level (any zoom below 1× blocks the mode), sky too bright (early, moonlit, or heavily light-polluted), incompatible device (pre-Pixel 4a (5G)).

One underappreciated source of stability problems: the surface you place the tripod on. A bridge deck, wooden pier, or viewing platform has structural vibration that you can't feel but the phone registers. The ground itself is almost always more stable than elevated human-built structures. When you're on a platform and the mode won't activate, the first thing to try is moving the tripod to bare ground.

Storage Running Out

Specific to iPhone ProRAW: 25 MB at 12MP and 75 MB at 48MP add up fast on a night with multiple compositions. Check storage before leaving. If you find yourself running low mid-session, switching to HEIF or JPEG for the remainder is acceptable — you have your best frames as ProRAW, and secondary or test shots in JPEG don't matter much.

Overheating is related. Extended Night mode exposures and RAW processing generate heat; a hot phone slows down, processing takes longer, and in extreme cases the camera app throttles. 2–3 shots with brief pauses between them is more sustainable than rapid-fire bursts. In cold weather the opposite problem appears — battery voltage drops in the cold, reducing capacity noticeably. Keeping a spare battery warm in a pocket and swapping it in preserves session length.

Practical Tips for Specific Subjects

Starting with Orion

For a concrete first target on either phone, Orion is the most accessible starting point for winter. The constellation is unmistakable, and Orion's Belt makes it impossible to miss even in moderately light-polluted skies. Attempting to capture a defined constellation first — and succeeding — is a better confidence-builder than immediately chasing the Milky Way.

The compositional approach is intuitive: if you want Orion's full outline, lean wide-angle, keep the constellation well within frame, and let a horizon element (tree line, building edge) anchor the bottom. The Orion Nebula (M42) sits just below the Belt in the Sword area and will appear in wide-angle frames as a slightly fuzzy "star" — capturing it as part of the constellation rather than as an isolated close-up is the right entry-level goal.

Milky Way — What to Realistically Expect

The Milky Way is among the most demanding subjects for smartphone photography. It requires new moon or nearly new, minimal light pollution, midsummer timing (for the core visibility in the Northern Hemisphere), and genuinely dark skies — all simultaneously. The gap between what's visible near a city and what the Milky Way looks like from a truly dark site is enormous.

Phones can capture the Milky Way, but the result differs meaningfully from both the naked-eye view and from DSLR work. Smartphones use long multi-frame composites to accumulate light, which can produce results brighter and more colorful than what the eye saw — but the fine star separation and granularity of a camera tracker system won't be there. The reasonable expectation: "the Milky Way visibly appears as a band in the image" rather than "this looks like the magazine photos."

For reference: a typical DSLR Milky Way exposure might be around f/4, 25 seconds, ISO 6400. This gives a sense of how light-hungry the subject is. A smartphone sensor is smaller and the aperture is fixed — reaching equivalent sky depth requires Pixel's extended compositing or iPhone's maximum stabilized Night mode exposure. Sky darkness remains the dominant variable either way.

Settings and Framing Guidance

For manual app users, starting settings to test from: shutter speed 30–32 seconds, ISO 1600–3200, manual focus near infinity. These are references, not fixed answers — test a few frames first.

The general star photography exposure range (no tracking) is 5–15 seconds before trailing becomes distracting. In less-dark suburban skies, a shorter exposure with less background lift often looks better than a longer exposure with a brighter background wash. In a genuinely dark location pursuing the Milky Way, pushing toward 30 seconds creates conditions where the faint band becomes visible.

For framing: Orion full-constellation needs wider angle — standard or slightly wide. For Pixel users needing Astrophotography mode, stay at 1× or longer — ultra-wide blocks the mode entirely, and shooting at 1× with a well-framed subject is more useful than having more sky with no mode engaged. For iPhone Night mode, going very wide reduces the apparent size of stars, which can make the constellation feel washed-out; framing at the size that makes Orion comfortably visible is usually better.

Time of night: the Pixel guideline of 45–90 minutes post-sunset also applies to when to begin any serious star photography. Shooting while the sky is still in transition produces automatic processing that leans toward night-scene rather than astrophotography optimization. I typically use the early-dark window to frame up and test composition on bright stars, then move to the primary subject once the sky has settled.

Quick Post-Processing

When the image comes back looking slightly overexposed and gray: reduce exposure by −0.2 to −0.5 EV before doing anything else. Smartphone night processing lifts the image overall; pulling it back slightly makes stars pop against a darker background.

Next, reduce highlights — on images with bright stars (Orion's Belt, Sirius), this prevents the brightest points from clipping and losing their circular shape. On Milky Way shots, resist the temptation to push contrast hard; aggressive contrast on a composited night sky image tends to produce a grainy, artificial look. Work exposure and highlights first.

White balance around 4000–5000K works well for most night sky conditions. Light-polluted skies push warm (yellow/orange) from sodium lights; cooling the white balance toward the blue end of this range brings back a bluer sky that feels more like "clear night" than "smoggy glow." My goal in processing isn't literal accuracy — it's recovering the feeling of the specific night I was photographing.

Summary: Tonight's Shooting Sequence

What matters most for getting a result tonight isn't perfect knowledge — it's following the right procedure for your phone without improvising in the dark. iPhone: mount it securely, let Night mode run long, apply a gentle exposure correction. Pixel: get into Astrophotography mode cleanly, stay off ultra-wide, wait for real darkness. Get location and stability sorted before touching settings, and you're in good shape.

Once the basics click for either phone, the natural next steps are: fixed-tripod DSLR work, tracked exposures, star-landscape composition, and time-lapse — each of which opens another dimension of what the night sky can look like as a photograph.