iOptron HAZ130 Alt-Az Dual Strain Wave Gear Drive Mount

From the innovative minds at iOptron comes the HAZ130 Alt-Az Dual Strain Wave Gear Drive Mount, a pinnacle of engineering designed for serious astronomers and imaging professionals. This advanced mount boasts dual strain wave gear drives, making it iOptron's highest capacity SWG mount to date, capable of supporting instruments as large as a 16" F/8 RC truss OTA with an impressive payload capacity of up to 132 lbs.

The HAZ130 excels in precision and versatility, offering full Go To pointing and Alt-Az tracking. Control is at your fingertips with the 8411 hand set featuring an OLED display, or opt for independent computer control for seamless operation. Its all-metal CNC machined fork mount design ensures optimal stability, crucial for both tracking celestial objects and capturing high-quality images.

Equipped with two adjustable Losmandy style saddles, this mount accommodates a variety of instrument sizes, providing flexibility for your observational needs. The sophisticated SWG drive system is adept at handling unbalanced payloads and incorporates a unique friction brake, ensuring safe operation during both planned and unexpected power interruptions.

The HAZ130's wide stance adjustable base includes a high-precision leveling indicator, guaranteeing exceptional accuracy in Go To pointing. Driven by quiet, reliable stepper motors, the SWG gear system operates smoothly and efficiently. Additional features include mounting holes for NUC computers and other devices, USB communication ports, and extensive movement ranges with 180-degree altitude and 360-degree azimuth capabilities. Its low power consumption makes it an energy-efficient choice for extended sessions.

Beyond its capabilities in visual astronomy and imaging, the HAZ130 is compatible with the latest satellite and space debris tracking software, making it an outstanding antenna platform for radio communication enthusiasts. This mount is not just a tool; it's a gateway to exploring the universe with precision and reliability.