Three years ago, I dragged my beat-up 2016 entry-level mirrorless camera and a $40 Walmart tripod out to what Google Maps labeled a "remote desert area" two hours outside Phoenix, convinced I'd finally capture the Milky Way core I'd been chasing for months. I arrived at 1am, set up my tripod on a rocky hillside, and took 20 test shots, only to find a faint orange glow bleeding across the horizon from a nearby off-grid casino's security lights. My final shot was a hazy, washed-out mess, and I spent the next hour swatting mosquitoes while my partner laughed at me from the passenger seat. That's the problem with random desert picks: even spots that look remote on a map have hidden light pollution, access headaches, or atmospheric haze that ruin your shot before you even press the shutter.
After four years of scouting 12 desert locations across the US Southwest, southern Africa, and the Australian Outback, I've narrowed down the spots that actually deliver crisp, bright Milky Way captures for amateur astronomers, no $10,000 astrophotography setup or PhD in astrophysics required. All of these sites hit Bortle Class 1 or 2 (the darkest possible classifications on the 9-point Bortle scale, where the Milky Way is bright enough to cast faint shadows) and have minimal access barriers for casual shooters.
First, a quick pre-trip checklist that applies to every spot on this list: cross-check your exact shooting coordinates with the Dark Site Finder app before you leave, not just the general area---even a tiny off-grid ranch 10 miles away can bump a site from Bortle 1 to 3. Shoot only during new moon or crescent moon phases (less than 10% illumination) to avoid the moon washing out the Milky Way core. Avoid summer months in most desert regions, when afternoon thunderstorms and high humidity create haze that blurs your shots; spring and fall offer the clearest, most stable air. And for the love of all that is holy, bring more water than you think you need---even in mild weather, dehydration sets in fast when you're standing still in the dark for hours.
Alvord Desert, Oregon, USA (Bortle Class 1)
Tucked between the Steens Mountains and the Nevada border, the Alvord Desert's 12-mile-long dry lake bed is the most accessible ultra-dark site in the Pacific Northwest, and my go-to spot for quick weekend trips. There are no permanent settlements within 50 miles of the main lake bed, no streetlights, and the flat, open terrain lets you capture the full arc of the Milky Way core without trees or mountains blocking your frame. The site sits on BLM land, so no permits are required for dispersed camping, and you can drive a standard sedan onto the hard-packed lake bed (just stick to the main routes, as the soft mud around the edges can trap low-clearance vehicles). Park at the Alvord Desert Hot Springs trailhead, then drive 2 miles west onto the lake bed to get away from the rare passing cars on the adjacent highway. Shoot in late spring or early fall, when daytime highs stay below 80°F and nighttime lows hover around 40°F---summer highs regularly hit 105°F, and winter nights drop below 0°F. Pro tip: Bring a wide-angle lens (14-24mm on full-frame, 10-18mm on crop sensor) to capture the full Milky Way arching over the Steens, and a red-light headlamp to avoid ruining your night vision. Avoid wading into the hot springs at night without testing the water first---many of the thermal vents are hot enough to cause second-degree burns. Last September, I set up on the lake bed at 11pm, new moon, 45°F, and my 30-second exposure captured the Milky Way core so bright I could see the dark dust lanes with my naked eye. The only light I saw for three hours was the faint red glow of my camera's exposure timer, and I left with 12 usable shots and zero mosquito bites (a small miracle for Oregon in September).
NamibRand Nature Reserve, Namibia (Bortle Class 1)
One of only two International Dark Sky Reserves in Africa, the NamibRand is a 3,900-square-mile private reserve in the Namib Desert, with zero permanent settlements, almost zero light pollution, and some of the clearest skies on the planet. The reserve's strict lighting rules---all exterior lights at the on-site lodges are red-filtered and pointed straight down to avoid skyglow---mean you can shoot the Milky Way core right from your lodge's patio if you don't feel like venturing into the wilderness. If you want to avoid any light bleed at all, book a guided night drive with the reserve's rangers, who know exactly where to set up to stay out of sight of the lodge lights, and can point out the Magellanic Clouds, the Andromeda Galaxy, and distant star clusters with high-powered green laser pointers. Permits for the reserve are included when you book a stay at one of the low-impact lodges (Wolwedans and Sossusvlei Desert Lodge are the most popular for astrophotographers), and rangers will even help you carry your gear if you're hiking up a dune for a shot. Shoot in May or September, when the winter fog that rolls in off the Atlantic coast has cleared, and temperatures are mild (daytime highs around 75°F, nighttime lows around 45°F). Avoid the full moon, when the reserve closes all night drives to protect its population of endangered Hartmann's mountain zebra and desert-adapted elephants. Last May, I set up on top of a 150-foot red sand dune 2 miles from the nearest lodge, and my 2-minute exposure captured not just the bright Milky Way core, but the faint glow of the Small Magellanic Cloud, a satellite galaxy I'd never been able to spot from the US. The only sound for three hours was wind blowing across the dunes, no cars, no planes, no hum of distant electricity. It was the quietest I've ever been in my life.
Mojave National Preserve, California, USA (Bortle Class 1-2)
If you don't want to travel internationally, the Mojave National Preserve is the best ultra-dark site in the contiguous US, just a 3-hour drive from Las Vegas and a 2.5-hour drive from Los Angeles. The 1.6-million-acre preserve is 95% designated wilderness, with no permanent settlements and almost zero light pollution, except for a tiny cluster of security lights at the Kelso Depot visitor center. Skip the areas near Kelso and head straight for the Cima Volcanic Field, a flat lava bed 20 miles north of the visitor center, dotted with cinder cones and Joshua trees that make for dramatic foregrounds in Milky Way shots. The preserve requires a $30 annual National Parks pass for entry, no extra permits needed for backcountry camping, and you can drive a standard sedan onto the main lava bed routes (just avoid the rougher unmarked trails, which require 4WD). Shoot in late October or early November, when the desert cools down, the air is crisp and dry, and the Milky Way core rises early enough that you can be back at your car by midnight if you don't want to stay out late. Pro tip: Bring a red-light headlamp---the preserve has strict rules against white light after dark to protect its population of threatened desert tortoises, and rangers will fine you $200 if you're caught using a white light after sunset. Avoid setting up within 100 feet of any Joshua tree, as their roots are shallow and easily damaged by tripod legs. Last November, I set up on the lava bed at 9:30pm, new moon, 50°F, and my 25-second exposure captured the Milky Way core arching over a row of Joshua trees. The only light on the horizon was the faint, distant glow of the Las Vegas strip, which was so dim it didn't show up in my final shot. I didn't see another car for two hours, and the only sound was the wind blowing through the Joshua trees.
Simpson Desert, Queensland, Australia (Bortle Class 1)
The world's largest sand dune desert, the Simpson is the most remote, darkest site on this list, and perfect for amateur astronomers who want to escape even the faintest hint of light pollution. There are no paved roads through the desert, no permanent settlements for 300 miles in any direction, and the only light you'll see for days is the glow of the stars. You'll need a high-clearance 4WD with a long-range fuel tank (there are no gas stations in the desert, so you need to carry all the fuel you'll need for the entire trip plus a 50% emergency reserve) and a free backcountry camping permit from the Queensland Parks and Wildlife Service, which you can apply for online. Base yourself at the tiny Innamincka Hotel, the only permanent settlement in the Simpson, which turns off all exterior lights after 10pm to keep the night sky dark. Drive 30-40 miles west of the town onto the dry lake beds and dune fields to get away from the tiny amount of light from the town. Shoot in the Australian winter (June-August), when daytime highs hover around 75°F and nighttime lows drop to 40°F. Avoid the Australian summer (December-February), when temperatures hit 115°F during the day and afternoon thunderstorms roll in almost daily. Bring a satellite communicator like a Garmin inReach---cell service is non-existent in the desert, and if you get a flat tire or stuck in the sand, you could be waiting days for help. Last July, I drove 40 miles west of Innamincka, hiked up a 100-foot sand dune, and set up my tripod at the top. My 20-second exposure captured the Milky Way core so bright it cast a faint, silvery shadow on the sand below me. I could see the Large and Small Magellanic Clouds with my naked eye, and I didn't see another person for three days. The only downside? I got a sunburn on my nose from the desert sun, even though I wore a hat and SPF 50.
Common Amateur Mistakes to Avoid (No Matter the Site)
I've made every single one of these mistakes, so trust me: don't do them. First, don't use a white light after dark. Even a 10-second burst of white light from a phone or headlamp will ruin your night vision for 20-30 minutes, and if other shooters are around, you'll ruin their shots too. Stick to red lights, which don't impact night vision. Second, don't skip the lens warmer. Even in mild desert climates, the temperature drop from day to night can cause condensation to fog your lens, which will show up as soft, blurry spots in your shots. A $10 USB lens warmer will fix this in 2 minutes. Third, don't forget to turn off your camera's autofocus. Autofocus hunts in the dark, and will almost always miss focus on the stars. Switch to manual focus, use live view to zoom in on a bright star, and adjust the focus ring until the star is a tiny, sharp pinprick. Fourth, don't leave your gear unattended. Most of these sites are remote, and theft is rare but not unheard of. Keep your gear in your car or within arm's reach at all times.
Last month, I dragged my 8-year-old niece out to the Alvord Desert for her first Milky Way shoot. She lives in a Portland suburb where light pollution is so bad you can only see three stars on a clear night, and she'd never seen the Milky Way before. We set up at 10pm, new moon, 48°F, and when I took the lens cap off the camera, she gasped so loud I thought I'd scare the coyotes away. Her first test shot was blurry, because she was so excited she bumped the tripod mid-exposure, but she still framed it and hung it on her bedroom wall. That's the thing about ultra-dark desert sites: they're not just for getting the perfect shot for Instagram, or checking a box on your astrophotography bucket list. They're for that quiet, humbling moment when you look up, and realize how tiny you are, and how bright the galaxy is when you get far enough away from all the lights we've built. You don't need a fancy camera to capture that. You just need to get far enough away to see it.