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Upgrade in the dome to the Software Bisque MX mount

The Paramount MX Series 6 in the Ozark Hills Observatory

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!

We’re thrilled to announce that Ozark Hills Observatory has upgraded from the Meade LX850 to the cutting-edge Software Bisque Paramount MX+ mount! This upgrade represents a significant leap forward in our observational capabilities, bringing enhanced precision and performance to our astronomical endeavors.

The Paramount MX+ Series 6: Leading-Edge Technology

The Paramount MX+ Series 6 sets the standard for gear-driven German equatorial mounts with its latest features and improvements. Key highlights include:

  • Increased Capacity: A 25% increase in instrument capacity, supporting up to 125 lb. (56 kg) and a maximum payload of 250 lb. (113 kg) with counterweights.
  • Enhanced Accuracy: All-sky pointing accuracies at or below 30 arcseconds RMS, with motor-based encoders achieving peak-to-peak periodic error of just 1 arcsecond after training.
  • Optional On-Axis Encoders: These provide exceptional tracking and pointing accuracy without the need for homing, boasting 0.02 arcsecond resolution and an extended operating temperature range.
  • Advanced Control System: The MKS 6000 control system features USB-C, Ethernet, and Wi-Fi connectivity, along with three high-power XT60 ports and a versatile drop-in dovetail system for easy telescope installation.

Factory picture of the Software Bisque MX+

The upgrade to the Paramount MX+ mount at Ozark Hills Observatory significantly boosts our ability to run heavier equipment, including the 14" ACF, TEC 180 FL, and the 12" AGO, for extended observing sessions. The Paramount MX+ offers unparalleled stability and precision, allowing us to fully utilize the potential of our advanced telescopes.

Superior Stability for Longer Sessions

The mount's unibody design, combined with its advanced motor-based encoders and belt-driven pulleys with spring-loaded worm gears, ensures virtually zero backlash and exceptional tracking accuracy. This superior stability is crucial for long observation sessions, reducing the need for frequent adjustments and enhancing the quality of our data and images.

Extended Observing Opportunities

With the Paramount MX+, we can conduct much longer observing sessions with our heaviest and most powerful equipment. This extended residence time means we can capture more detailed and higher-quality astronomical data, pushing the boundaries of our research and astrophotography.

In summary, the Paramount MX+ mount's advanced features and superior stability open new possibilities for Ozark Hills Observatory, allowing us to run our most substantial equipment for prolonged periods and achieve unprecedented observational accuracy.

Looking Forward to Sharing Our Discoveries

We feel incredibly lucky and blessed to own this latest in telescope equipment. The capabilities of the Paramount MX+ mount open up new possibilities for exploring the universe, and we can't wait to share the results with you. From detailed images of distant galaxies to intricate shots of nebulae, our upcoming deep space astrophotography projects are bound to be breathtaking.

Thank you for being a part of our journey. Stay tuned for some incredible images and discoveries from the Ozark Hills Observatory. Here’s to clear skies and exciting adventures ahead!

About the Author

Richard Harris
Richard Harris

Meet Richard Harris, a passionate and dedicated astronomer who embarked on a cosmic journey at the age of 11 and has been reaching for the stars ever since. Born with an innate curiosity for the universe. Richard's fascination with astronomy ignited when he first gazed up at the night sky and felt an indescribable connection to the cosmos and creation. As a younger lad, Richard spent countless hours poring over astronomy books, studying constellations, and learning about the celestial wonders that grace our skies. In 2001 Richard invented the HyperTune telescope process which has grown into the standard for German equatorial telescope mount tuning across the globe. When he's not taking photos of our universe you can find him with family, playing guitar, or traveling.

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