SATURN HD-20 - compact mount for telescopes
The SATURN HD-20 is a compact harmonic drive mount engineered for high performance in portable and semi-permanent optical systems. Designed to support up to 20 kg of photographic payload, it combines lightweight construction with structural rigidity, enabling precise tracking and fast slewing up to 19°/sec. Integrated magnetic encoders with 1.3 arcsecond resolution per axis ensure accurate motion control, while the dual saddle configuration allows parallel installation of two optical tubes. The mount can operate in both Alt-Az and Equatorial modes thanks to the integrated latitude adjustment system. A weatherproof design with ceramic surface treatment and sealed construction makes the SATURN HD-20 suitable for demanding outdoor applications.
Main Features
- Harmonic Drive dual-axis mount with up to 20 kg photographic payload capacity and dual saddle configuration for parallel optical tubes.
- Integrated magnetic encoders on both axes with 1.3 arcsecond resolution for precise tracking and motion control.
- Maximum slewing speed up to 19°/sec , optimized for fast repositioning and dynamic target acquisition.
- Dual-mode operation (Alt-Az and Equatorial) with integrated latitude adjustment mechanism built into the mount head.
- Weather-resistant construction with ceramic surface treatment for enhanced durability in outdoor environments.
OBSERVATORY DESIGN AND INTEGRATION SERVICE
Designing a truly operational observatory requires more than individual components. It requires coherent integration between dome, mount, telescope, control electronics, and remote software systems. Thanks to its experience in developing complete Observatory Stations, PrimaLuceLab offers dedicated support for institutions, universities, and organizations seeking a fully integrated astronomical or space monitoring facility. From dome and mount design to control computers and automation architecture, our technical team can support the creation of a complete system tailored to your operational requirements.
