Journey to Starfront Observatories

I was only eleven years old when I first fell in love with the night sky. One calm evening in the Ozarks, armed with a star chart from the library and youthful curiosity, I pointed a tiny red Tasco 60mm refractor towards the Moon. That telescope - a skinny red tube on a wobbly mount - was my portal to the cosmos. I still remember the gasp that escaped my lips when I focused on Saturn for the first time and saw its delicate rings. In that moment, the universe felt within reach. That little red telescope, which I still have to this day, sparked a lifelong journey.

Journey to Starfront Observatories: A lifelong pursuit of the night sky

On every clear night I could manage, I’d lug the Tasco out to the backyard (or local fields). The mount would squeak as I adjusted it, and the narrow field of view made it tricky to land on targets. Yet I learned patience and persistence. I scanned the Moon’s craters, traced the outline of Orion’s glittering belt, and marveled at the Pleiades star cluster, a tiny dipper of blue-white stars. Under those relatively dark suburban skies, I came to know the stars as friends. Back then, I wasn’t thinking about light pollution or advanced imaging; I was simply a kid in awe of the universe, thrilled that a small telescope could reveal such wonders.

From hobbyist to telescope tuner

As my teenage years progressed, so did my ambition. I saved up money for bigger and better equipment. By high school I had graduated from the 60mm refractor to a bulkier 4.5-inch Newtonian reflector on a manual equatorial mount. Not only could I see fainter deep-sky objects, I also started dabbling in astrophotography by attaching a film SLR camera to the telescope. Those early photos were grainy and humble, but each was a hard-won prize. Every success (and many failures) taught me about the delicate interplay of optics, mechanics, and the sky itself.

This hands-on tinkering led me to an interesting niche later in life: telescope tune-ups. I discovered that many off-the-shelf telescopes, especially their mounts, could perform much better with some careful adjustments. In the early 2000s, soon after the release of the Meade LXD mounts, I turned this insight into a small business venture: the HyperTune telescope tune-up service. The idea was to “hot-rod” people’s telescopes, to take a mount that was struggling to track the stars smoothly and tune it to perfection. I would meticulously disassemble equatorial mounts, degrease and regrease gears, polish bearing surfaces, adjust worm gear mesh to remove backlash, and then reassemble everything with precision. The transformation was often dramatic: telescopes that previously produced jittery star images would track so well that long-exposure photos had pinpoint stars. Over the 2000s, I worked on hundreds of telescopes worldwide through HyperTuning, gaining a reputation in the amateur astronomy community for giving new life to rickety mounts.

Those were thrilling years. Each project had its unique challenges, and I got to know the mechanical hearts of telescopes intimately. I became a telescope “doctor,” learning to diagnose issues by the subtle ticks of gearboxes or a hint of slop in a gear mesh. I took pride that my work helped fellow stargazers around the world get better views of the cosmos. My hobby had grown into a profession, and it kept me deeply connected to the technical side of astronomy even during times when I wasn’t observing as much myself.

The little red Tasco 60mm refractor that opened the universe to me

Richard's first telescope in 1987 (left), Richard with LX200 inside homemade dome in 1997, HyperTune days in 2000's (lower)

My resurgence in 2019: The era of smart telescopes

By the late 2010s, I had been spending less time at the eyepiece due to life’s demands and the frustrations of a brightening sky, but that quiet period ended in 2019. A new wave of technology hit the scene: smart telescopes, ultra-portable rigs with built-in cameras, and computers that automatically align, capture, and stack images in real-time. I was intrigued, and I got my hands on one of these new smart scopes, the Stellina, a neat robotic gadget not much bigger than my old Tasco, but far more sophisticated.

The first night I tested this smart telescope, I set it up in my Bortle 4 light-polluted backyard with minimal fuss, no polar alignment, and no complicated calibration. Through my smartphone app, I commanded it to find the Andromeda Galaxy. The telescope slewed itself to the right spot, took a series of short exposures, and began stacking them on the fly. Within minutes, a hazy oval of M31 appeared on my tablet. I was astonished, something that would have taken me hours of work appeared effortlessly. It felt like science fiction.

Using that device rekindled my astrophotography spark. I realized how far technology had come during my hiatus, and it pulled me right back in. The convenience of the smart scope had lowered the barrier for me to get out under the stars again. The images were good for a quick backyard setup, but my seasoned astrophotographer soul hungered for more, for truly dark skies and a larger instrument. Before long, I started dreaming bigger again. The stage was set for the next chapter of my journey, one that would take me farther than ever before.

Chasing darkness: The light pollution challenge

Revived by the 2019 tech revolution, I set my sights on a new goal: capturing the faintest, most distant wonders of the universe with the best gear possible. One major obstacle stood in my way, one that no amount of gadgetry at home could overcome, light pollution. Over the decades I watched my hometown sky fade, the growing orange glow swallowed all but the brightest stars, and the Milky Way became nearly invisible. What used to be a sky full of constellations was now a pale imitation. 

Light pollution, the excessive and misdirected artificial light that brightens our night skies, has been a growing problem worldwide. Historically, this wasn’t always the case. In the 17th century, astronomers were "unhindered by light pollution" and could work even in major cities, whereas today’s astronomers have to travel far from civilization, even into space, to find comparable dark skies. The introduction of widespread electric lighting in the 19th and 20th centuries transformed society, streets became safer at night and cities dazzled with illumination. But this progress came at a cost to the stars. A famous anecdote illustrates just how severe the loss has been: in 1994, a major earthquake knocked out power in Los Angeles, and many residents who looked up were startled by a huge silvery cloud in the dark sky. Unaware it was the Milky Way they were seeing for the first time, some even called 911 to report the "strange sky". It’s almost unbelievable that an entire generation in a big city could live under the Milky Way and not realize it was there until the lights went out.

Today, more than 80% of Americans, and about one-third of humanity, can’t see the Milky Way at all. This loss is not just aesthetic: for astronomers, faint nebulae and distant galaxies simply disappear in the skyglow, forcing observatories to far-flung locations. But light pollution’s reach goes far deeper into life on Earth. Nocturnal wildlife is profoundly affected by the constant illumination. Creatures that evolved for the dark are confused and imperiled by artificial lights. Studies confirm that artificial light at night has negative and even deadly effects on many species, from amphibians and birds to insects and plants. Sea turtle hatchlings, for example, become disoriented by beachfront lights, and migratory birds can be fatally drawn off course by city glow. Humans are not untouched by this perpetual glare either. Medical research has linked excessive nighttime light exposure to sleep disturbances and other health concerns, as it interferes with our circadian rhythms. Culturally and psychologically, there’s a growing worry that we’re raising generations who have never seen a truly dark night. Writer Henry Beston noted in 1928 that with lights we "drive the holiness and beauty of night back to the forests and the sea," leaving modern people “who have never even seen night". That thought is heartbreaking to me. The night sky is our universal heritage; losing it means losing a part of ourselves.

By 2019, I felt this loss acutely on a personal level. I had high-end telescopes sitting in a custom-built dome at home, but no matter how good the equipment, the city’s skyglow was a ceiling I couldn’t break through compared to what I could find online by people in much darker areas. I knew I needed darker skies. In the past, that meant packing up gear and driving for hours to some remote mountain or desert. But by 2019, a new solution promised permanent access to pristine skies: the remote observatory.

Technical Innovations Home Dome, and Stellina Smart telescope (2019)

Investing in a remote observatory at Starfront

Rather than fight the local light pollution, I decided to go where the darkness was. This led me to invest in a high-end remote observatory setup at a facility called Starfront Observatories. Starfront is located in the heart of Texas ranch country, near a town called Brady, under some of the darkest skies in America, a Bortle Class 1 night sky. Under such pristine conditions, the Milky Way spans the sky in all its glory. This was exactly what I needed to truly capture the cosmos with modern instruments.

Planning a remote observatory takes some time. I spent months trying to find the ideal system for my pier at Starfront. The centerpiece would be a CDK17 astrograph, a 17-inch (432 mm) Corrected Dall-Kirkham telescope built by PlanWave Instruments. This telescope’s optics are a marvel: a large primary mirror paired with special corrector lenses to deliver a wide, flat field of view. The 17-inch aperture gathers immense amounts of light, enough to reveal incredibly faint galaxies and wispy nebulae. I paired it with a high-end cooled camera and a motorized filter wheel loaded with LRGB and 3nm Chroma narrowband filters for color and emission-line imaging. In essence, it was a dream setup,  the kind of rig that could produce observatory-grade images, especially under a Bortle 1 sky. It was all riding on top of a Paramount MEII mount.

Starfront’s team handled the on-site installation in early 2025. My pier was soon crowned by the white tube of the CDK17 and its attached cameras and cables. With the mount precisely polar-aligned, and the observatory’s robust infrastructure (fiber-optic internet, climate control, backup power, and an automated roll-off roof) in place, I felt confident my gear could operate safely unattended on clear nights. With over 220 clear nights a year and gigabit internet, I knew I'd be able to maximize imaging time and get data back home quickly.

I recently made my first light with the remote setup, the results were jaw-dropping. A few 180s exposures of the Orion nebula using an H-alpha filter, revealed a crystal-clear ribbon of glowing gas and the iconic dark silhouette of the M43 region, details I could only dream of capturing from home. I’ll admit I got really excited seeing such a pristine image appear on my screen. I was controlling a professional-grade telescope from hundreds of miles away, gathering ancient photons on my detector. In that quiet moment, I thought about the other possibilities of objects I’ve captured over the year that need a redo!

Remote astrophotography: Technology and camaraderie

I am not new to remote astronomy. Having a 6’ Home Dome from Technical Innovations over the last 18 years has taught me some pretty good lessons in what I can get away with remotely. Operating my observatory locally but remotely accessible has given me a unique balance between automation and hands-on control. While I can monitor and manage my imaging sessions from inside my house, or even offsite when needed, I always have the option to step outside, enter the dome, and manually intervene if something goes wrong. Whether it’s adjusting the mount, fixing a cable snag, or clearing off unexpected condensation, I can troubleshoot issues firsthand. In contrast, a fully remote setup, such as one located in a distant dark-sky site, would mean relinquishing that immediate control and instead relying on a team of on-site technicians to handle any problems. While such a setup offers unparalleled dark skies and uptime, it also introduces challenges in communication, trust, and the potential for downtime due to issues that might be minor if addressed in person but become significant when waiting on remote support. This experience with my home observatory has given me an appreciation for both the freedom and the limitations of remote astronomy, shaping my understanding of what can be reliably automated and what still benefits from human intervention.

A welcome bonus of going remote has been the camaraderie with fellow astrophotographers. At Starfront I became part of a community of like-minded explorers, swapping stories and results online and helping each other with technical hiccups. It feels like we are colleagues in a cosmic lab, collectively sharing a slice of the world’s best sky. This social aspect of remote observing has been invigorating, I’m no longer a lone stargazer, but part of a team exploring the universe together.

Maintaining a home observatory alongside a fully remote one has given me the best of both worlds, hands-on tinkering and cutting-edge deep-space imaging. In my backyard dome, I have a TEC 180 FL, a Takahashi FSQ-106, and a buffet of other telescopes, including my 24" Hubble Optics Dobsonian, a 14" SCT, and more. These instruments keep my nerd propeller spinning, letting me indulge in the tactile joy of slewing a scope under my own sky, whether it's for an impromptu look at Jupiter, tracking a bright comet, or testing new imaging setups. There's something special about physically interacting with the gear, tweaking focus, or adjusting collimation in real time. But when it comes to hunting the faintest galaxies and nebulae, my remote 17-inch telescope under pristine Bortle 1 skies is in a league of its own. The level of detail it can capture is simply beyond what’s possible in my suburban backyard. This combination gives me both a personal connection to the night sky at home and a far-reaching "cosmic camera" that pushes the boundaries of what I can explore.

Reflections under the night sky

Like many people I know, my journey through astronomy has been a long one, from a wide-eyed kid with a Tasco to a telescope tuner in the 2000s, to a remote observatory owner today. Yet through every phase, I’ve been guided by the same wonder I felt at 11. In some ways, I still feel like that kid when I make a new discovery or see a new image come through: "Wow… so that’s what’s out there!" Each photograph I produce today, whether it’s a vivid portrait of a nebula or a deep exposure of a distant galaxy cluster, is built on layers of knowledge and innovation developed over the years.

Sometimes I’ll step outside and gaze at the few stars visible through my neighborhood’s glow, knowing that at that very moment, my remote telescope is under a dark sky capturing light from objects I cannot see here. It’s a humbling and exhilarating feeling. Astrophotography has given me a profound sense of scale and perspective, teaching me that patience, precision, and passion can unlock the universe’s secrets one photon at a time.

In sharing my story, I also share a hope: that we do not lose sight of the importance of dark skies. Through better lighting practices and preserving natural darkness, we must ensure future generations can experience and be inspired by a starry night. As an astrophotographer seasoned by decades under the stars, I feel a responsibility to help protect this celestial heritage. 

In the end, we are all explorers in the dark, drawn by the allure of the infinite. No matter how advanced our tools become, it’s the mystery and majesty of the night sky that will always call to us, urging us to look up, to wonder, and to keep journeying onward among the stars.

PlaneWave 17" CDK at Starfront Observatories

PlaneWave 17" CDK at Starfront, in the daylight during staging (left), and while imaging (right)

Sources

• 7 Pieces of Art Inspired by the Night Sky - DarkSky International
• What is Light Pollution? - Scenic America
• Percent of World Population That Can’t See the Milky Way - Cloudy Nights
• Light Pollution Harms Wildlife and Ecosystems - DarkSky International
• How to Win the Fight Against Light Pollution - Astronomy
• Quote by Henry Beston: “Our Fantastic Civilization Has Fallen Out of Touch...” - Goodreads
• Quote by Henry Beston: “None of It, It is the True Night...” - Goodreads
• About Starfront Observatories - Starfront

Remote Imaging 101: How to Operate a Remote Telescope

Remote Imaging 101: How to Operate a Remote Telescope

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