Software Bisque Paramount MyT Series 6 with On-Axis Absolute Encoders
Software Bisque
Paramount MyT Series 6 is an observatory-class GoTo mount for heavier or observatory-class deep-sky rigs.
Best Current Offer
Other retailers
- $14,595.00
Mile High Astronomy (In stock)
Specifications
Mount
- Mount type
- GoTo German equatorial mount
- Drive system
- Strain-wave / harmonic drive
Specifications
- Mount weight
- 35 lb (15.88 kg)
Motion
- Encoder
- nstrument capacity increase, an option for absolute digital encoders, and multiple connectivity options
Astrophotography Fit
A heavy-payload mount that should be chosen by realistic imaging payload, not headline capacity alone.
Paramount MyT Series 6 is a flagship observatory-class GoTo mount for computerized tracking and guiding.
For long-exposure astrophotography, use a conservative imaging payload. The telescope, camera, guide hardware, dew heaters, dovetails, and cables all count, and guiding performance matters more than the catalog payload number.
Observatory-class mounts ask for a pier, software integration, and careful commissioning; they are not casual grab-and-go hardware.
Best paired with
- Autoguided refractors or corrected reflectors within conservative payload limits
- Stable tripod or pier and balanced counterweights
- Computer or hand-controller workflow with good polar alignment
Not recommended for
- Payloads at the rated maximum for imaging
- Users who need an airline-portable rig above all else
- Long focal length work without guiding and careful balance
Where To Buy
Some links on this page are affiliate links. Prices and availability are pulled automatically from each retailer and updated daily.
| Retailer | Price | Availability | View Offer |
|---|---|---|---|
| Cloud Break Optics Cloud Break Optics | $8,595.00 | In stock Updated 8/5/2026 | View Offer - $8,595.00 |
| Mile High Astronomy Mile High Astronomy | $14,595.00 | In stock Updated 8/5/2026 | View Offer - $14,595.00 |
Price History
Chronological retailer pricing with out-of-stock points shown at reduced opacity.