Trifid and Lagoon Nebulae captured together by amature astronomer Richard Harris at Ozark Hills Observatory using a 4" Takahashi telescope and 62 megapixel camera.
Richard Harris reveals the hidden beauty of NGC 1499, California Nebula through 18 hours of deep-sky imaging. A breathtaking look at sulfer and hydrogen light, cosmic structure, and the quiet wonder waiting above Missouri’s dark skies.
Explore the Sadr Region in stunning detail with a 25-hour deep-sky image capturing the Crescent Nebula and surrounding structures in Cygnus. Shot from the Ozarks using narrowband and LRGB filters, this wide-field view reveals hidden beauty in the heart of the Milky Way.
We return to the Orion region after 2 years to uncover new details using our latest gear, the Takahashi FSQ-106 EDX4, a 6200MM camera, and 3nm Chroma filters. This setup promises to reveal even more breathtaking features than my 2022 attempt.
Stunning widefield view of NGC 1893 and IC 405 nebulae, captured with the Takahashi FSQ106 EDX4 by Richard Harris at Ozark Hills Observatory. This vibrant image reveals vivid cosmic colors and intricate nebular structures, showcasing deep-sky wonders in breathtaking detail.
Astrophoto of the Veil Nebula, captured with a Takahashi FSQ-106 EDX4 telescope by astrophotographer Richard Harris, showcasing both the Eastern and Western sides against the backdrop of the scenic Ozark Hills.
IC 1396, known as the Elephant's Trunk Nebula, is a stunning region of ionized gas and interstellar dust in the constellation Cepheus. Captured from the Ozarks in Missouri by Richard Harris, this image showcases intricate structures and vibrant colors, highlighting the beauty of this cosmic formation.
We captured the breathtaking beauty of the M27 Dumbbell Nebula on a hot summer night with the Takahashi FSQ106EDX4 telescope. Explore detailed images of this stunning planetary nebula, renowned for its intricate structure and vivid colors. Discover the universe's wonders with precision and clarity, showcasing the exceptional performance of the FSQ106EDX4 in astrophotography under warm, clear Ozarks skies.
Ozark Hills Observatory upgrades from an LX850 to the advanced Software Bisque Paramount MX+ mount, enhancing precision and stability for astronomical observations. Experience superior tracking and imaging capabilities with this state-of-the-art equipment. Stay tuned for more stellar updates!
Discover the stunning NGC 6888 Crescent Nebula captured with the Takahashi FSQ-106EDEX4 by Richard Harris. This remarkable image showcases the intricate details and vibrant colors of this celestial wonder, making it a must-see for astrophotography enthusiasts and stargazers alike.
A relatively brief observation, lasting just 3 hours, captured two galaxies nestled together: M81 (also known as Bode's Galaxy) and M82, utilizing our prized telescope, the TEC APO180FL telescope and ZWO 6200MM.
Explore the stunning 2023 astrophotos by Richard Harris at Ozark Hills Observatory, showcasing breathtaking celestial wonders with unparalleled clarity and beauty.
The Statue of Liberty Nebula NGC 3576 is a stunning emission nebula located in the Carina constellation. This awe-inspiring celestial wonder, situated approximately 9,000 light-years away from Earth, and almost the size of the full moon offers a vivid spectacle in the night sky.
NGC 249 emmision nebula photographed by Richard Harris, a mesmerizing emission nebula nestled in the southern skies of the Tucana constellation. Discovered in 1826 by the illustrious astronomer James Dunlop.
The awe-inspiring beauty of the Orion Nebula M42 is revealed through our latest astrophoto taken with the high-end TEC 180 FL telescope. This image showcases the incredible detail and vibrant colors of one of the most famous celestial objects in the night sky. The TEC 180 FL's superior optics bring out the intricate structures and gas clouds of the nebula, revealing aspects that are often missed in lesser-quality images.
The cosmic beauty of RCW 58, a stunning star captured in our high-resolution astrophotography. This celestial image showcases the intricate details of the star's surrounding nebulosity, revealing the dynamic processes within this distant corner of the universe. Perfect for astronomy enthusiasts and space photography collectors.
WR 102 is one of the hottest known stars in our universe and it's also among the only Wolf–Rayet stars known to be in our Milky Way galaxy. It has a surface temperatures exceeding 200,000 Kelvin. This astrophoto by Richard Harris of Missouri was taken from a remotely operated observatory in Chile using a CDK24 PlaneWave telescope.
M16, "Pillars of Creation", often referred to as the Eagle Nebula by astronomy enthusiasts and astrophotography aficionados, stands out as one of the most luminous nebulae visible from Earth. Richard Harris takes aim at M16 with the 24" PlaneWave telescope in Chile and the results are amazing.
Exciting news! The Ozark Hills Observatory has gained access to a 24 "PlaneWave telescope based in Chile! This remarkable partnership will significantly enhance our ability to explore the cosmos, unlocking new possibilities and bringing the wonders of the universe closer to us. Get ready for breathtaking images and groundbreaking discoveries as we delve deeper into the mysteries of the stars!
Astrophoto of the Orion Complex taken using the Redcat 51 telescope and the ZWO ASI6200MM in mono. LRGB+SHO data combined with just over 4 hours of acquisition time.
The Ozark Hills Observatory is dedicated to fostering a deep and profound connection between humanity and the God of our universe. Our mission revolves around providing a space for astronomical exploration, education, and appreciation in the serene embrace of the Ozark Hills. With state-of-the-art telescopes and a commitment to preserving the natural beauty of our surroundings, we strive to inspire a sense of wonder and curiosity about the cosmos. Whether you're a seasoned astronomer or a curious novice, the Ozark Hills Observatory invites you to gaze upward, unravel the mysteries of the night sky, and unlock the boundless treasures of our universe.
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