Winslow, Arizona.

Since 2011, we’ve driven I-40 in northern Arizona twice a year on our way two and from Buckeye, Arizona. Every time we passed by exit 233, the Meteor Crater exit, we were in too big a hurry to stop and we drove on by. That is, until 2020. We drove the 6 miles (10 km) to the Barringer Space Museum and Meteor Crater complex only to find it closed because of the Pandemic.

Last December, on our way to visit my sister in Albuquerque for Christmas, we tried again to stop at the complex. This time, we were successful. Upon our arrival, I came to the immediate conclusion that we should have stopped years ago. The museum, which is privately owned, is well presented, and visitors can opt for a guided or self-guided tour.

50,000 years ago, an iron-nickel meteorite some 150 feet (45 m) across, and weighing many hundred thousand tons slammed into the Arizona desert at about 26,000 miles per hour (41,850 km/hour). The meteor was basically obliterated into small pieces with bits scattering around the area.

Pieces of meteor of any size have long ago been “harvested” for research or display. The crater that was left is over 700 feet (213 m) deep and over 4,000 feet (1219 m) across. Some fragments of debris, both meteorite and desert landscape were thrown over a mile. Some fragments were found several miles away.

One worthy stop in the museum is at the theater to view Collision! 4D, a virtual journey into space. For a more educational program, check out Impact! Theater where the history and geology of the crater are presented through the work of Daniel M. Barringer.

One of the larger museum exhibits rests outside the building. It’s a test capsule from the Apollo moon mission. The capsule never went into space but was used in preparing astronauts for the moon missions. Astronauts trained at Meteor Crater because of its similarity to craters on the moon.

One of the platforms for viewing the crater contains several telescopes fixed on specific research items on the crater floor. In the image above, some visitors are checking out the telescopic view.

I was surprised to discover that I could put my camera lens in front of the telescope and capture the image therein. This telescope was labeled “Main Shaft”. I did have to experiment with camera distance from the telescope and kept trying until I got a decent image. I then found it easy to enhance using my usual photo processing tools.

Equipment found on the crater floor included this boiler and winch. They are barely visible when looking from the wide-angle images I captured, but the telescope brings them up close.

The sand and rock that were thrown up from the strike are found even near the top of the rim, as you can see by the image above. On the day we visited, we were treated to a bit of snow remaining on the shaded south rim from a recent snowfall. It added to the beauty of the crater.

Near the Apollo capsule, a large “picture window” (without glass) looks toward Flagstaff and the San Fransisco Peaks, and Arizona’s highest point, Humphrey’s Peak at 12,633 feet (3,850 m).

People who choose a self-guided tour can find plenty of railed walkways that lead to the fenced observation platforms. The levels are many, so you can expect to do some uphill and downhill walking as you investigate the crater.

Visitors can purchase tickets online for a range of $15 to $24 per person. Active Duty U.S. Military members are free. The tickets are not dated, so they are usable anytime the facility is open. All activities are included with the price of the ticket. The guided tour is 45-50 minutes in length.

You can click on any of the images above to view the image in 2K HD or visit my Flickr album here. I have a more complete gallery of images there with additional photos of the museum and the crater itself. Meteor Crater is a worthy stop. You can expect to spend 2-3 hours there, more if you take the guided tour.

John Steiner

Near Winslow, Arizona.

For a decade, twice a year we traveled I-40 between Albuquerque New Mexico, and Flagstaff Arizona on our way to Buckeye or on our way home to Fargo. Every year we went past the signs that show us the turn-off to the giant meteor crater. In December, we headed back to Albuquerque to celebrate Christmas with my sister and niece. It was December 22 that we finally took the very short detour off I-40 to visit the crater. Well, the truth is, we tried to stop in 2020, but they were closed due to the pandemic. But I digress…

This part of Arizona is part of the Colorado Plateau, a desert region near the borders of Colorado, Arizona, Utah, and New Mexico. The area, mostly high desert is a beautiful part of the country and, according to Wikipedia, contains the greatest concentration of national parks and monuments outside of Washington DC.

Around 50,000 years ago, a meteor estimated to be about 160 ft (50 m) across struck the earth at speeds suggested anywhere from 12 to 20 km/sec (29,000 to 45,000 mph). The meteor vaporized on contact leaving only a few fragments of nickel-iron as clues to the energy of the impact.

Now owned by the family of one of the men who first discovered the crater, then filed mining claims and purchased the surrounding property, the Barringer Crater is not a public site. In a future Travel Tuesday post, we’ll get into greater detail about the Meteor Center and the tours and educational opportunities available at the Barringer Space Museum.

About the photo: From one of the several viewing platforms, I captured several views of the crater with my Samsung S20U cell phone. The high desert is visited by snow each winter and prior to our arrival, the area was covered with a light snow cover, the remnants of which were still visible on the south rim of the crater.

Once I downloaded the images into Lightroom, I used Lightroom’s panorama function to join the images creating an image that was over 12,000 by 7,000 pixels. From that image, I cropped and tweaked, finally moving the image to Luminar AI for final touches. If you’d like to view the final image in 4K HD, click on the photo above to view it on my Flickr site.

John Steiner