As Seen On Tv Ioptron Hae29b Dual Equatorial And Alt-azimuth Strain Wave Mount Head With Ipolar + Free Bonus [bPr5eqOs]

Dual-Mode Strain Wave Mount Head

The iOptron HAE29B is a versatile and powerful mount head designed for both deep-sky imagers and visual observers. Its dual equatorial and alt-azimuth modes make it a versatile choice for a wide range of applications. With its strain wave gear technology, the HAE29B offers a counterweight-free solution that is both compact and lightweight, making it perfect for travel and easy to set up. The mount's robust performance is highlighted by its impressive payload capacity of up to 29 pounds, expandable to 40 pounds with counterweights, allowing it to handle high-end equipment without compromise.

Technical Specifications and Features

The HAE29B boasts strain wave gear drives on both the RA and DEC axes, ensuring smooth and precise tracking. This innovative gear system not only eliminates backlash but also provides incredible torque in a compact package. The mount's efficiency is further enhanced by its direct-drive design, which consumes less power than traditional worm gear mounts, making it ideal for off-grid setups. Additional features include a high-resolution RA encoder for improved tracking, a factory-installed iPolar electronic polar alignment system, and multiple control options such as USB-C connection, built-in Wi-Fi, and ST-4 autoguiding port.

Practical Applications and Benefits

Whether you're hosting a public star party or capturing stunning images of galaxies, the HAE29B is up to the task. Its dual-mounting modes allow for accurate sidereal tracking in equatorial mode or quick and intuitive GoTo pointing in alt-azimuth mode, making it suitable for a variety of observing scenarios. The mount's travel-friendly design, with a weight of just 8.6 pounds and dual saddle support for Vixen and Losmandy dovetails, ensures that it's easy to transport and set up. This versatile mount is an excellent choice for astrophotographers and visual observers looking for a high-performance, user-friendly solution.