Vixen - Alt-azimuth Telescope Mount

Selecting an Altazimuth Mount for Terrestrial and Astronomical Use

An altazimuth mount provides a straightforward two axis motion system, allowing for vertical and horizontal movement. This makes an alt-az mount an efficient choice for observers who require rapid setup and intuitive tracking. Vixen offers several professional solutions, including the Vixen PORTA II Altazimuth Mount with Tripod, which simplifies the process of locating celestial or terrestrial objects without the complex alignment procedures required by other systems. When choosing between different telescope mounts, the priority for many professionals is stability and the fluid motion of the slow motion controls for high magnification viewing.

Performance Features of the Vixen Alt Azimuth Mount Range

The Vixen APZ Mount Telescope Mount and the Vixen Mobile Porta Alt-Azimuth Mount for Telescope with Tripod are engineered for portability and steady support. These alt azimuth mounts are particularly well suited for sessions where weight and ease of transport are critical factors. While equatorial telescope mounts are typically preferred for long exposure astrophotography, the alt-azimuth design excels in visual observation and terrestrial spotting. For those prioritising manual control over the automated tracking found in star trackers, these units offer a reliable alternative. Integrating the correct accessories for telescopes ensures that your setup remains balanced and responsive during operation. Whether you are using telescopes for educational purposes or professional field work, a robust manual mount is essential for maintaining a steady field of view.

• Slow motion control handles for precise tracking at high magnifications.
• Toolless attachment systems for quick assembly and disassembly in the field.
• Sturdy aluminium tripods included with the Vixen Porta II and Mobile Porta models.
• Compact footprints and lightweight frames suitable for travel and remote location work.
• Friction control systems to prevent the optical tube from moving unexpectedly.

Frequently Asked Questions