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iOptron iEQ45 Pro Mount: Premium Astro-Imaging Solution

The iOptron iEQ45 Pro GOTO German equatorial mount is a cutting-edge astro-imaging solution designed for both entry-level and intermediate astrophotographers. This advanced mount offers a combination of precision, portability, and durability that sets it apart from other options on the market. With its high payload-to-mount ratio of 1.7, the iEQ45 Pro is both powerful and lightweight, making it an ideal choice for those who want to capture stunning celestial images without compromising on performance.

Key Features and Specifications

The iEQ45 Pro is equipped with a range of features that enhance its performance and usability. It boasts a payload capacity of 45 lbs (20kg), while the mount itself weighs just 25 lbs (11.4kg), ensuring it's easy to transport and set up. The mount features an ST-4 autoguiding port with auto-protection, periodic error correction (PEC), and ultra-accurate tracking with a temperature-compensated crystal oscillator (TCXO). The built-in 32-channel GPS ensures precise alignment, while the #8406 controller with Advanced SmartStarTM GoTo Technology streamlines the process of finding celestial objects. Other notable features include a gap-free structure for both right ascension and declination worms, an RS232 port with LX200-compatible commands, and an RS485 new command set for user-defined control.

Practical Applications and Benefits

The iEQ45 Pro is perfect for a variety of astrophotography applications, from capturing detailed images of planets and stars to exploring the wonders of deep sky objects. Its high payload capacity allows for the use of heavy cameras and lenses, making it suitable for both visual observing and imaging. The mount's portability and lightweight design make it a great choice for astronomers who travel frequently or those who need to set up and dismantle their equipment regularly. The iEQ45 Pro is also ideal for educational purposes, as it provides a stable platform for students to learn about the night sky and the principles of astrophotography.