Fort Griffin State Historic Site, just outside Albany, Texas, is where Texas frontier history meets some of the darkest skies in the state.
Weathered limestone barracks, historic foundations, and an authentic wagon create powerful foregrounds full of texture and character. By day, the site offers rich storytelling elements. By night, those same structures sit beneath a wide-open sky — perfectly positioned for photographing the Milky Way.
The expansive prairie provides unobstructed views of the galactic core, while the historic buildings give you dramatic, one-of-a-kind compositions you simply can’t recreate anywhere else.
During our 2-day Milky Way seminar, you’ll learn how to plan your alignment, choose strong foregrounds, dial in your settings, and confidently capture the night sky in a real-world setting.
This isn’t just a dark sky location — it’s a chance to photograph Texas history under a once-in-a-season Milky Way alignment.
And that exact moment won’t happen again.
Fort Griffin Historical Site, TX is perfect for the Milky Way and Star Trails
Step into a nightscape shaped by history and starlight.
This season, trade the ordinary for an extraordinary 2-day Milky Way experience at Fort Griffin State Historic Site. Where weathered limestone walls stand quietly beneath a sky ablaze with stars, and the Milky Way rises over the Texas prairie in a moment that feels almost unreal.
As golden light brushes across historic barracks and a lone wagon rests on the open range, you’ll scout compositions that tell a story of the Old West. When darkness settles in, the galactic core slowly lifts above the horizon — aligning with stone foundations and frontier silhouettes that have stood for generations.
Every minute here matters.
Every adjustment of your tripod becomes intentional.
Every frame holds both history and light that has traveled thousands of years to reach you.
This is more than a Milky Way seminar — this is a guided experience designed for photographers who don’t want to miss the moment.
With small group instruction and hands-on guidance in the field, you’ll learn how to plan your alignment, dial in your settings, and confidently capture the night sky against authentic Texas history.
Just you.
The quiet prairie.
The sound of your shutter under a sky that will never align quite like this again.
Start Location: Fort Griffin Historical Site, TX.
Meet and Greet at 3pm
End Time: Last night of photographing the Milky Way
The weather in the spring can be unpredictable and cold. High temperature is 65 to 75 degrees and the average low temperature in the 40's degrees. Nighttime temperatures will typically be in the 40's. Dress in layers, bring hiking books, and gloves
Day 1: Arrive at Fort Griffin Historical Site at 3pm
Class room instruction and set up camera's before we photograph the Milky Way
We will be going to Albany, TX for Dinner
After Dinner we will be setting up our cameras and preparing to photograph the Milky Way.
Day 2
Breakfast / Lunch in Albany, TX.
Class room instruction: Processing your from the night before
Dinner in Albany, TX. at 5pm
Set up camera and be ready to photograph the Milky Way and Star Trails
Fort Griffin State Historic Site, just outside Albany, Texas, is where Texas frontier history meets some of the darkest skies in the state.
Weathered limestone barracks, historic foundations, and an authentic wagon create powerful foregrounds full of texture and character. By day, the site offers rich storytelling elements. By night, those same structures sit beneath a wide-open sky — perfectly positioned for photographing the Milky Way.
The expansive prairie provides unobstructed views of the galactic core, while the historic buildings give you dramatic, one-of-a-kind compositions you simply can’t recreate anywhere else.
During our 2-day Milky Way seminar, you’ll learn how to plan your alignment, choose strong foregrounds, dial in your settings, and confidently capture the night sky in a real-world setting.
This isn’t just a dark sky location — it’s a chance to photograph Texas history under a once-in-a-season Milky Way alignment.
And that exact moment won’t happen again.