Astrophotography for Beginners: How to Take Pictures of the Night Sky
You don’t need professional equipment to start taking pictures of the night sky. A camera with manual controls, a smartphone with Night, Astro, or Pro mode, or a beginner-friendly smart telescope can capture stars, the Milky Way, meteor trails, the Moon, and more astrophotography targets. The main challenges are keeping the camera steady, focusing in the dark, and choosing an exposure that matches your target. Before heading outside, use Sky Tonight to check what will be visible from your location, where to look, and how moonlight will affect your shot.
Contents
- Astrophotography at a Glance
- What Gear Is Best for Astrophotography?
- How to Plan an Astrophotography Session
- Best Camera Settings for Astrophotography
- Best Astrophotography Tips & Settings by Subject
- How to Edit Astrophotos
Astrophotography: Frequently Asked Questions
- Do I Need a Dark Sky for Astrophotography?
- What Are the Best Beginner Camera Settings for Stars?
- Should I Use Autofocus for Astrophotography?
- Can I Photograph Stars with a Smartphone?
- What Lens Is Best for Astrophotography?
- What Is the Best Moon Phase for Astrophotography?
- Can I Photograph the Sun Without a Solar Filter?
- Is a Smart Telescope Better Than a DSLR or Mirrorless Camera?
- Astrophotography for Beginners: Key Facts
- Test Your Astrophotography Skills in August 2026
Astrophotography at a Glance
- Best beginner targets: The Moon, bright constellations, the Milky Way, meteor showers, star trails
- Basic equipment: Camera or smartphone, stable tripod, and optional remote shutter
- Best conditions: Clear weather, low humidity, and little light pollution
- Starting settings for stars: ISO 1600–3200, f/1.8–f/2.8, 5–20 seconds
- Starting settings for the Moon: ISO 100, f/8, about 1/250 second, then bracket
- Best file format: RAW if your device supports it
- Main challenge: Different sky objects require very different focal lengths and exposure settings
- Useful tools: the Sky Tonight astronomy app, the Seestar S30 Pro smart telescope (US store, EU store, global store).
What Gear Is Best for Astrophotography?
You can photograph the sky with a smartphone, DSLR or mirrorless camera, or smart telescope. The best option depends on what you want to capture.
A smartphone is sufficient for wide night scenes, constellations, the Milky Way, and the Moon above a landscape. Use a tripod, turn off the flash, avoid digital zoom, and select Night, Astro, or Pro mode when available.
A DSLR or mirrorless camera offers more control over lenses, exposure, focus, and RAW files. A 14–35 mm lens is practical for stars and the Milky Way, while the Moon usually requires a telephoto lens.
A smart telescope can automatically locate and track the Moon and deep-sky objects, and live-stack images of nebulae, galaxies, and star clusters. It is one of the easiest ways for beginners to photograph deep-sky objects.
Whatever camera you use, bring:
- A stable tripod;
- Fully charged batteries or an external power source;
- Enough free storage;
- A remote shutter, intervalometer, or shutter delay;
- Warm clothing for a long night;
- A lens hood or dew heater in humid conditions;
- A dim red light for adjusting equipment without ruining your night vision.
| Device | Setup tips | Best for |
|---|---|---|
| Smartphone | Turn off the flash, clean the lens, stabilize the phone, and use Night/Astro mode or manual controls. Use RAW if available and avoid digital zoom. | Wide nightscapes, constellations, the Milky Way, meteor showers, and the Moon above a landscape. |
| DSLR or mirrorless camera | Shoot in RAW, use manual focus, and mount the camera on a tripod. For wide scenes, try a 14–35 mm lens at f/1.4–f/2.8; use a telephoto lens for the Moon. | The Milky Way, stars, meteor showers, star trails, conjunctions, and detailed Moon photos. |
| Smart telescope | Level the tripod, use app-based locating and tracking, and let the telescope stack exposures. Check battery, storage, and dew conditions; use a proper solar filter for the Sun. | The Moon, Sun, star clusters, nebulae, and galaxies with minimal manual setup. |
How to Plan an Astrophotography Session
Good astrophotography begins before you set up the tripod. You need to know not only when your target is visible, but also where it will appear in the sky and what the observing conditions are.
The easiest way to plan is with Sky Tonight: find your target in search, check its altitude, direction in the sky, rise and set times, and see how close it will be to the Moon. Use Time Machine and AR mode to preview its position and make sure trees or buildings will not block it but will provide a beautiful foreground. Set a reminder for an eclipse, meteor shower, conjunction, or other time-sensitive event.
Best Camera Settings for Astrophotography
The correct settings depend on the lens, camera sensor, sky brightness, Moon phase, atmospheric transparency, and altitude of the target. Take test shots and adjust the exposure in the field.
How to Focus on Stars
Autofocus often fails in the dark, so switch to manual focus and use live view. Magnify a bright star or planet, then turn the focus ring until it appears as small and sharp as possible. Take a test shot and check stars in both the center and corners.
Do not rely on the infinity mark. Keep the lens in manual focus, secure a mechanical focus ring with low-tack tape if needed, and recheck the focus after touching the camera or a significant temperature change.
How to Choose the Shutter Speed
Longer exposures capture more light but can turn stars into short trails. As a starting point, divide 500 by the full-frame-equivalent focal length: at 25 mm, this gives about 20 seconds.
High-resolution cameras may show trailing sooner, so take a test shot and shorten the exposure if the stars look elongated.
How to Choose ISO and Aperture
Start with the widest useful aperture. If stars look soft or distorted near the edges, stop down slightly — for example, from f/1.8 to f/2.2 or f/2.8.
Increase ISO until the stars are clearly visible without excessive noise or lost highlights. ISO amplifies the recorded signal; it does not make the camera collect more light. The best value depends on the camera.
RAW, White Balance, and Histogram
Shoot in RAW to preserve more detail for editing. White balance can be changed later for a single RAW image, but use a fixed Daylight or Kelvin setting for timelapses, panoramas, meteor sequences, and eclipse timelines to keep colors consistent.
Do not judge exposure by the screen alone. Check the histogram and highlight warnings: a few clipped stars may be acceptable, but an overexposed Moon or a large clipped area cannot be fully recovered.
Best Astrophotography Tips & Settings by Subject
How to Photograph Stars and the Milky Way
The bright central region of the Milky Way is best photographed when it is above the horizon during astronomical darkness.
From the Northern Hemisphere, the galactic center is most conveniently photographed from late spring through early autumn. At mid-northern latitudes, July and August place it in the evening and early-night sky, although it remains relatively low toward the south.
From the Southern Hemisphere, the galactic center rises much higher and may pass nearly overhead from favorable locations.
Starting settings:
- Lens: 14–24 mm
- Aperture: f/1.4–f/2.8
- ISO: 1600–6400
- Shutter speed: 5–20 seconds
- Focus: Manual, on a bright star
- File format: RAW
Include a foreground instead of filling the frame with sky alone. If the landscape is too dark, photograph it separately during blue hour or with a longer exposure. If the sky and foreground were captured at different times or with different exposures, describe the result as a composite image.
Read more: Milky Way Galaxy
How to Photograph Star Trails
Star trails show the apparent motion of the sky caused by Earth’s rotation. To capture them, instead of making one exposure lasting an hour, take a sequence of shorter exposures and combine them later.
Use:
- A stable tripod;
- Manual exposure and manual focus;
- Fixed white balance;
- Repeated exposures of about 20–30 seconds;
- The shortest possible interval between frames;
In the Northern Hemisphere, aim toward Polaris for circular trails around the north celestial pole. In the Southern Hemisphere, use a sky map to frame the south celestial pole; there is no similarly bright southern pole star.
Disable long-exposure noise reduction during the sequence. Otherwise, the camera may spend as much time processing each image as it does exposing, leaving large gaps in the trails.
How to Photograph a Meteor Shower
A meteor can appear anywhere in the sky, so use a wide-angle lens and let the camera shoot continuously.
- Find a dark location;
- Point the camera about 40°–60° away from the shower’s radiant;
- Include a large area of sky;
- Use manual focus;
- Set exposures of about 5–15 seconds;
- Use a fixed white balance;
- Enable continuous interval shooting;
- Continue for at least an hour.
Looking directly at the radiant is not always best. Meteors close to it appear shorter because they are moving almost toward the observer. Farther from the radiant, their trails look longer.
Do not try to press the shutter only when you see a meteor. Most meteors last less than a second. The effective method is to record hundreds or thousands of frames and check them afterward.
One of the best opportunities to photograph shooting stars in 2026 comes during the Perseids, which peak on August 12–13 under a New Moon. The best observing window is usually from late night until dawn, with activity reaching up to 100 meteors per hour under dark skies, though a single camera will capture fewer. Start a continuous wide-angle sequence early and make sure you have enough battery power and storage for a long session.
How to Photograph the Moon
The Moon is bright, so use shorter exposures than you would for stars. Start with manual mode, ISO 100, f/8, and 1/250 second, then bracket at 1/125 and 1/500 second. Shoot in RAW and use manual focus or locked autofocus.
Avoid overexposure: if the Moon looks flat and white, shorten the exposure until lunar maria and surface details appear. A crescent Moon may require a slower shutter speed or higher ISO, while low altitude and atmospheric turbulence can reduce sharpness. Take a burst of images and keep the sharpest frame; for more detail, record a short video and stack the best frames.
Photographing the Moon with a Smartphone
Stabilize the phone, turn off the flash, tap the Moon, and lower the exposure until surface detail appears, and avoid digital zoom. For a better shot, include the Moon in a wider composition with a skyline, trees, mountains, or water. For close-ups, attach the phone to a telescope eyepiece and record several photos or a short video.
Photographing a Lunar Eclipse
During a partial lunar eclipse, adjust the exposure as the Moon darkens. If the eclipse becomes total, raise the ISO or open the aperture before extending the shutter speed, and keep the exposure short enough to avoid motion blur.
Focus while the Moon is still bright, then switch to manual focus. For a complete workflow, see our guide to photographing a lunar eclipse.
How to Photograph the ISS and Satellites
Satellite passes depend on your location, date, and the satellite’s orbit. There is no universal direction from which the ISS or another satellite will appear.
Use a satellite-tracking app to check:
- Exact pass time;
- Entry and exit direction;
- Maximum altitude;
- Expected brightness;
- Whether the satellite will enter Earth’s shadow.
To capture the next Starlink satellite train, check out the full guide to Starlink passes.
For a wide-field satellite trail, compose the predicted route in advance and use a 5–20-second exposure. Begin shooting before the satellite enters the frame.
Keep exposure, focus, and white balance set manually throughout the sequence. Because bright satellites can easily overexpose, take a few test shots of the surrounding sky before the pass begins.
How to Photograph a Solar Eclipse
Always install a proper front-mounted solar filter before pointing a camera or a telescope (even a smart telescope like Seestar S30 Pro) at the Sun during any partial or annular phase. To capture an eclipse, start with ISO 100, f/8–f/11, and 1/500–1/4000 second, shoot in RAW, use manual or locked autofocus, and bracket exposures because the best settings depend on the filter, lens, atmospheric conditions, and the Sun’s altitude. Test the setup before eclipse day.
Use certified eclipse glasses for visual observation, and see our complete guide to photographing a solar eclipse for detailed settings, planning tips, and safety advice.
If you are using the Seestar S30 Pro smart telescope, the instructions are simple: level the tripod, attach the supplied solar filter, select the Sun in Solar System mode, check autofocus and tracking, and choose Photo, Video, or Timelapse mode. For a full-event timelapse, make sure the Sun will remain unobstructed and check battery power and storage in advance. Keep the supplied solar filter securely installed whenever the Seestar S30 Pro is pointed at the Sun.
Get the Seestar S30 Pro smart telescope: US store, EU store, global store.
Astrophotography: Common Mistakes
Using Automatic Mode
Auto mode may overexpose the Moon, select an unnecessarily high ISO, or use a shutter speed that turns stars into trails. Use manual mode or manual exposure controls whenever possible.
Trusting the Infinity Mark
The infinity mark is not always the sharpest focus position for stars. Magnify a real star in live view and focus manually.
Judging Exposure Only by the Screen
A camera screen looks unusually bright at night. Check the histogram and highlight warning instead of relying only on the preview.
Using Too Long an Exposure
If stars appear as short lines, shorten the shutter speed. Increase the ISO or open the aperture if the image then becomes too dark.
Using Digital Zoom
Digital zoom does not create new lunar, planetary, or solar detail. Use optical zoom or a longer focal length, crop the final image carefully, or use a telescope.
Forgetting to Lock Focus and White Balance
Autofocus and Auto White Balance can vary between frames, causing inconsistent focus or color in a sequence, panorama, or timelapse. Lock both before beginning.
Not Checking Battery and Storage
Meteor sequences, star trails, and eclipse timelapses can last several hours and produce thousands of files. Check power and free storage before starting.
Moving the Tripod During a Sequence
Even a small change in framing makes star trails, meteor composites, and eclipse timelines more difficult to combine. Finish the full sequence before adjusting the camera.
How to Edit Astrophotos
RAW images often look flat before processing. Basic adjustments may include:
- White balance;
- Exposure and contrast;
- Highlights and shadows;
- Color correction;
- Lens-profile correction;
- Noise reduction;
- Careful sharpening.
Avoid removing so much noise that faint stars disappear or sharpening the image until stars develop unnatural outlines. Keep the sky background dark, but not completely black.
When combining several exposures, distinguish between:
- Stacked image: Similar exposures combined to reduce noise or improve detail;
- Panorama or mosaic: Adjacent fields combined to create a wider view;
- Composite image: Elements or exposures from different moments combined into one scene.
Astrophotography: Frequently Asked Questions
Do I Need a Dark Sky for Astrophotography?
A dark sky greatly improves photographs of the Milky Way, meteor showers, and faint deep-sky objects. However, you can photograph the Moon, bright planets, star trails, and fireballs from a city.
What Are the Best Beginner Camera Settings for Stars?
Start with ISO 1600–3200, an aperture between f/1.8 and f/2.8, and an exposure of 5–20 seconds. Adjust the shutter speed if the stars look elongated.
Should I Use Autofocus for Astrophotography?
For stars, manual focus using magnified live view is usually the most reliable method. Autofocus may work on the Moon, Sun, or a bright planet, but lock it after focusing and check the result before starting a long sequence.
Can I Photograph Stars with a Smartphone?
Yes. Use a tripod and the phone’s Night or Astrophotography mode. Results are best with phones that support long exposures, RAW shots, and manual focus.
What Lens Is Best for Astrophotography?
A 14–35 mm lens is useful for stars, meteors, and the Milky Way. For the Moon and Sun, a 200 mm lens is a workable minimum, while a 300–600 mm full-frame-equivalent focal length produces a more prominent disk.
What Is the Best Moon Phase for Astrophotography?
It depends on the target. A New Moon is helpful for faint stars and the Milky Way, while some moonlight can illuminate a nightscape foreground. Crescent and quarter phases are most suitable to capture close-ups of the lunar surface.
Can I Photograph the Sun Without a Solar Filter?
No. A proper front-mounted solar filter must cover the camera lens or telescope aperture before it is pointed at the Sun. During a total solar eclipse, the filter may be removed only during full totality and only from inside the path of totality.
Is a Smart Telescope Better Than a DSLR or Mirrorless Camera?
They serve different purposes. A smart telescope simplifies locating, tracking, and stacking celestial objects. A DSLR or mirrorless camera offers more control over lenses, framing, foregrounds, and image processing.
Astrophotography for Beginners: Key Facts
To photograph the night sky, start with a stable tripod, manual focus, RAW capture, and several test exposures. Use a wide, fast lens for stars, the Milky Way, and meteor showers; use a telephoto lens or telescope for the Moon and Sun.
Plan the target’s position, moonlight, and local visibility with Sky Tonight. Lock the focus and white balance before a long sequence, check the histogram instead of trusting the screen, and make sure you have enough battery and storage. To track and capture deep-sky objects with ease, use a smart telescope such as the Seestar S30 Pro. Get Seestar S30 Pro here: US store, EU store, global store.
Test Your Astrophotography Skills in August 2026
August 2026 offers several opportunities to practice different types of sky photography.
- Around August 12, before sunrise: A six-planet alignment stretches across the sky, although Uranus and Neptune require optical aid and Jupiter and Mercury will be difficult in the dawn glow.
- August 12: A total solar eclipse crosses Arctic Russia, Greenland, Iceland, northern and eastern Spain, the Balearic Islands, and a tiny part of northeastern Portugal.
- August 12–13: The Perseids peak during the New Moon, offering excellent conditions for meteor photography.
- August 27–28: A deep partial lunar eclipse covers about 96% of the Moon at maximum.
Check the exact local visibility and timing before planning a photo session: not every event will be observable from every location.
