If you've ever scrolled past stunning meteor shower photos and assumed you needed a weeknight trip to a remote dark sky preserve to pull off the same shot, you're not alone. Most astrophotography guides are written for people with acres of unlit land and $1,000+ specialized gear, leaving urban dwellers convinced meteor photography is out of reach---especially for minor meteor showers, which produce far fewer visible meteors than headline-grabbing events like the Perseids or Geminids. The good news? You don't need to drive three hours outside the city or drop a fortune on equipment to capture a meteor streaking over your local skyline, even with the glow of streetlights and billboards fighting for your frame. All you need is a few targeted, city-specific strategies tailored to the lower meteor counts and fainter streaks of minor showers.
Unlike major showers with a Zenithal Hourly Rate (ZHR, the number of meteors visible per hour under perfect dark sky conditions) of 100 or more, minor showers have a ZHR between 5 and 25 at peak. Most of their meteors are fainter and slower-moving than the bright, fast streaks of major events, so you can't rely on sheer volume to get a shot---you need to be intentional, especially when urban skyglow is washing out faint streaks.
Prioritize Location and Timing (Even Within City Limits)
You don't need to escape the city entirely to cut down on light pollution---you just need to minimize its impact. Pick a spot that blocks as much direct artificial light as possible: a rooftop away from unshielded streetlights, a quiet edge of a large public park, or even a residential side street where the only light source is a distant lamppost. Avoid spots directly adjacent to brightly lit parking lots, billboards, or sports fields, as their glare will wash out even bright meteors. Timing is even more critical for minor showers, which often have narrow, 2- to 4-hour peak windows. Check the exact peak time for your location (most free stargazing apps list this) and aim to shoot when the shower's radiant point is as high in the sky as possible. Higher meteors have to pass through less atmosphere to reach your camera, so they're brighter and less likely to be lost in skyglow. Also, avoid nights with a bright moon: even a 60% illuminated moon will drown out the faint streaks of minor shower meteors, so plan your shoot for the week before or after the new moon if possible.
Use Accessible Gear (No $1,000 Astro Camera Needed)
You don't need specialized equipment to pull this off---both smartphones and entry-level dedicated cameras work perfectly for urban meteor photography, as long as you lock in the right settings:
For smartphones
Most modern phones (iPhone 12 and newer, Samsung S21 and newer, Google Pixel 6 and newer) have capable night modes that can handle long exposures. Skip the default auto camera app, though: download a free manual camera app like ProCam (iOS) or Open Camera (Android) to lock your settings: set ISO to 800--1600, shutter speed to 10--20 seconds, and turn off all auto-brightness, HDR, and beauty filters, which will wash out faint streaks. Use a cheap $10--20 phone tripod to avoid camera shake, and turn off autofocus after tapping a distant bright light (a faraway streetlamp or building sign works) to lock focus.
For entry-level DSLR/mirrorless cameras
Even a 10-year-old entry-level model works perfectly. Pair it with a wide-angle lens (14--24mm is ideal, as it captures more sky and gives you more chances to catch a meteor) and set your aperture as wide as possible (f/2.8 or lower, if your lens allows). Use ISO 1600--3200, a 15--20 second shutter speed, and a 2-second timer or remote shutter to avoid shake when you trigger the shot. Turn off in-camera long exposure noise reduction: it adds a 30-second delay between shots, and you'll miss meteors during that gap.
Frame Your Shot to Beat Light Pollution
This is the most underrated urban-specific hack for meteor photography: don't just point your camera straight up at the sky. Frame your shot to include a dark foreground element---a tree line, rooftop edge, park bench, or even the silhouette of your city's skyline. The dark foreground creates natural contrast against the washed-out skyglow, making even faint meteor streaks pop far more than they would against a blank, bright sky. Avoid placing bright, unshielded streetlights directly in your frame, as they create lens flare that washes out the rest of the sky. If you can't avoid a distant light source, use a lens hood to cut down on flare, or hold a piece of black cardboard just below the lens to block the glare. If your city's skyglow is heaviest in the direction of the shower's radiant, tilt your camera 15--20 degrees to the side to capture a slightly darker patch of sky---your meteors will show up far brighter against a less washed-out background.
Maximize Your Chances of Catching a Meteor
Minor showers don't produce enough meteors to waste time fumbling with settings between shots. Before you start shooting, lock your exposure and focus, then use interval shooting mode (on dedicated cameras) or an intervalometer app (like Open Camera for phones) to take photos back-to-back, with no gap between exposures. For minor showers, a 15-second shutter speed with a 5-second gap between shots is ideal: it lets you cover as much sky as possible without overexposing the skyglow. Don't limit yourself to the official peak window, either: minor showers often have unexpected off-peak bursts of activity that most photographers miss because they only show up during the narrow 2-hour official peak. Start shooting 1--2 hours before the listed peak time, and keep going until 1--2 hours after, to catch those random streaks. If you're using a wide-angle lens, don't crop your shots in-camera to a tighter frame: you can crop later in post-processing, and a wider field of view gives you far more chances to catch a stray meteor.
Edit Your Shots to Pull Meteors Out of the Haze
Even if your in-camera shots look washed out from skyglow, you can pull out even faint meteor streaks with a few simple edits, no advanced skills required. Use a free tool like Lightroom Mobile, Snapseed, or your phone's built-in editor to make these adjustments:
- Bump up contrast and clarity by 10--15% to make the meteor streak stand out against the sky.
- Use the "dehaze" tool to cut through light pollution haze and darken the sky, which makes the meteor appear far brighter by comparison.
- Adjust the shadows on your foreground element to bring out details (like the silhouette of a tree or skyline) without washing out the meteor. If you shoot dozens of frames over the course of the shower, use a free stacking tool like StarStax (desktop) or the stacking feature in Lightroom to combine all your shots into a single frame, with every meteor you captured overlaid on top of each other. This is a game-changer for minor showers, where you might only catch 2 or 3 meteors in a full night of shooting---you'll end up with a single, stunning frame instead of separate, underwhelming shots of each streak.
Quick Troubleshooting for Urban Shoots
- If your photos are too bright from skyglow: lower your ISO by one stop, or shorten your shutter speed by 2--3 seconds.
- If you can't get sharp focus on distant stars/lights: use live view on your camera, zoom in 10x on a bright point of light, and adjust the focus ring manually until the light is a crisp, sharp dot, not a blurry blob.
- If lens flare from streetlights is washing out your frame: shift your angle slightly, or use a piece of black cardboard to block the light source from hitting the front of your lens.
At the end of the day, minor meteor showers are the perfect excuse to try urban meteor photography, no dark sky road trip required. You'll avoid the crowds of major shower events, you can shoot from the comfort of your own neighborhood, and you'll end up with photos that feel far more personal than generic shots of meteors over remote wilderness. Even if you only catch one faint streak over the course of a 3-hour shoot, that's a win---proof that the night sky is accessible, no matter where you live.