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IMPORTANT: Our store is located in Canada. All orders that include products manufactured outside of Canada or USA will be subject to tariffs and duties, regardless of the order value. US customers are responsible for all applicable duties and tariffs, and those will be billed by the carrier, except for the Lacerta upgrade kit, for which we collect them at checkout.
Software Bisque Paramount MX Robotic Telescope System

Software Bisque Paramount MX Robotic Telescope System

by Software Bisque
SKU SB10613
$11,795.00 - $17,795.00
$11,795.00
$11,795.00 - $17,795.00
$11,795.00
Price Match Policy!
  • Instrument Capacity: 125 lb. (57 kg)
  • Total Payload Capacity: 250 lb. (113 kg)
  • Mount Head Weight: 54 lb. (24 kg)
  • Corrected Periodic Error: Typically 1 arcsecond peak-to-peak or less
  • Control System: MKS 6000 with USB-C, Ethernet, and Wi-Fi
  • Integrated Software: TheSky Universal Bundle Included
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  • Description
  • FAQ
  • Specifications
  • In the Box
  • Downloads
  • Warranty

  • Precision That Travels — The Paramount MX Series 6 Mount

    The Software Bisque Paramount MX Series 6 Robotic Mount is the transportable observatory-class platform, engineered for astrophotographers who require the pointing precision of a permanent installation with the flexibility to travel to dark sky sites. It bridges the gap between the portable MYT and the pier-mounted ME, offering a 125 lb. instrument capacity in a 54 lb. package that one person can manage in the field. This mount is designed around the principle that true tracking accuracy comes from a complete system model, not just a well-made gear.

    Every component of the MX Series 6 is built to contribute to a stable and predictable tracking platform. From the belt-driven, spring-loaded worm gears that produce virtually zero backlash to the clutchless design that preserves pointing integrity, the mount's mechanics provide the raw material for its software to perfect. The result is a system capable of 5-to-20 minute unguided exposures, where the hardware and software work in unison to produce scientifically accurate data and exceptional images.

    System-Wide Correction with TPoint and ProTrack Software

    The core of the Paramount's performance is not just its hardware, but its integrated TPoint™ and ProTrack™ software. TPoint builds a detailed pointing model by mapping out errors across the sky, accounting for system-wide issues like tube flexure, polar misalignment, and atmospheric refraction, not just periodic gear error. ProTrack then uses this live model to continuously correct the mount's tracking in both axes, delivering pointing accuracy below 30 arcseconds RMS and exceptionally long unguided exposures.

    Paramount MX Series 6 Software Interface
    Paramount MX Series 6 MKS 6000 Control System

    MKS 6000: The Modern Telescope Control System

    The updated MKS 6000 telescope control system provides robust connectivity options essential for modern astrophotography. With USB-C, Ethernet, and Wi-Fi built-in, you can establish a reliable hard-wired link for remote observatory control or connect wirelessly from a tablet at the telescope. This flexibility ensures dependable communication between your control computer and the mount, eliminating a common point of failure in complex imaging setups.

    Optional On-Axis Absolute Encoders for Ultimate Precision

    For those requiring the highest level of performance, the Paramount MX can be equipped with optional 0.02 arcsecond resolution Renishaw absolute on-axis encoders. This upgrade delivers two primary benefits: it completely eliminates periodic error, and it means the mount never needs to be homed or initialized. The mount always knows its precise orientation, allowing for immediate startup and providing an even more accurate foundation for TPoint to build upon, saving time and yielding exceptional pointing with fewer calibration points.

    Paramount MX Series 6 Optional Encoders
    Paramount MX Series 6 Versa-Plate

    Intelligent Cable Management and Ergonomics

    A snagged cable can ruin a night of imaging. The Paramount MX mitigates this risk with internal routing for power and data, featuring high-power XT60 ports and an Ethernet pass-through on the instrument panel. The redesigned Versa-Plate™ now includes a drop-in dovetail and four clamping knobs, making it significantly easier and safer to mount a heavy optical tube, especially when working alone in the dark.

    A Platform for Serious Imaging — At Home or Away

    The Paramount MX is the right choice when your imaging demands have outgrown mid-size mounts, but a permanent observatory is not practical. It can handle a 14-inch Schmidt-Cassegrain or a 6-inch refractor with a full imaging train, delivering tracking performance that lets you focus on capturing photons, not fighting the equipment. With the MX, you are not just buying a mount; you are investing in a complete, integrated tracking system that delivers repeatable, scientific-grade results, wherever your dark sky site may be.

    Choosing Your Paramount: MX vs. MYT and ME

    The Paramount family is designed around specific payload and portability trade-offs. The MX occupies the critical middle ground, making it the most versatile option for many advanced imagers.

    • Paramount MYT Series 6: The "Mighty" mount is the choice for ultimate portability. With a 70 lb. capacity and 35 lb. head weight, it's designed for air travel and field setups where every pound matters. You gain portability but trade away the capacity for larger instruments that the MX handles with ease.
    • Paramount MX Series 6: The subject of this page, it hits the sweet spot with a 125 lb. instrument capacity and a 54 lb. head weight. It is transportable by car for dark-sky excursions but robust enough to serve as the heart of a permanent backyard observatory, making it an ideal long-term investment.
    • Paramount ME Series 6: The flagship observatory mount, built for permanent installations. It boasts a massive 240 lb. instrument capacity to carry research-grade telescopes. You gain ultimate stability and payload but sacrifice any notion of portability.

  • Do I need the absolute encoders for the Paramount MX?

    For most users, the standard worm-gear model with TPoint modeling provides exceptional, sub-arcsecond tracking. The optional on-axis absolute encoders are for users who need to eliminate all periodic error for unguided imaging with very long focal lengths or who require immediate, no-homing startup in a remote observatory.

    How does the Paramount MX compare to the MYT?

    The MX has a significantly higher instrument capacity (125 lbs vs. 70 lbs) and is physically larger and heavier (54 lbs vs. 35 lbs). Choose the MYT for portability and smaller OTAs. Choose the MX when you need to carry larger instruments like a 14-inch SCT and can accommodate the extra weight.

    Is the Paramount MX portable enough for field use?

    Yes, it is designed to be "transportable." While the 54 lb. head weight is substantial, it can be managed by one person and fits in a vehicle for transport to dark sky sites. It is an excellent choice for a mobile observatory setup that requires high precision.

    What makes TPoint modeling better than standard periodic error correction (PEC)?

    Standard PEC only corrects for the cyclical error of the worm gear. TPoint creates a model of the entire sky and corrects for all repeatable system errors, including atmospheric refraction, telescope flexure, and polar misalignment. This system-level approach results in far more accurate pointing and tracking across the entire sky.

    How long can I expose without autoguiding on the MX?

    With a well-established TPoint model and accurate polar alignment, unguided exposures of 5 to 10 minutes are common. Many users report achieving up to 20-minute unguided exposures under good conditions, a testament to ProTrack's real-time correction capabilities.

    Can I use third-party software like N.I.N.A. or SGP with the Paramount MX?

    Yes. The Paramount MX supports ASCOM drivers, allowing it to be controlled by popular third-party astrophotography software. You will still use TPoint and ProTrack via TheSky for the core pointing and tracking functions, which then integrate seamlessly with your preferred capture software.

  • Instrument Capacity 125 lb. (57 kg)
    Total Payload Capacity 250 lb. (113 kg)
    Mount Weight 54 lb. (24 kg)
    RA Gear 7.5 in. (19 cm), 375-tooth, research-grade
    Dec Gear 7.5 in. (19 cm), 375-tooth, research-grade
    Counterweight Shaft 16 in. (41 cm) length, 1.5 in. diameter
    Latitude Range 14° to 62°
    Tracking Past Meridian 2 hours typical (up to 4 hours)
    Maximum Slew Rate 5.4° per second
    Control System MKS 6000
    Connectivity USB-C, Ethernet, Wi-Fi
    Power Supply 48V DC, 1.88A (90W max) Included
    Periodic Error (uncorrected) 7 arcseconds peak-to-peak max
    Periodic Error (corrected) Typically < 1 arcsecond peak-to-peak
    • Paramount MX Series 6 Mount Head

      Paramount MX Series 6 Mount Head

      × 1

    • 20 lb Stainless Steel Counterweight

      20 lb. (9 kg) Counterweight

      × 2

    • Counterweight Shaft for Paramount Mount

      Counterweight Shaft

      × 1

    • 48V DC Power Supply

      48V DC Power Supply

      × 1

    • USB and Ethernet Cables

      USB and Ethernet Cables

      × 1

    • TheSky Universal Software Bundle License

      TheSky Universal Software License

      × 1

  • Software Bisque 2-Year Warranty