ASIAIR

ASIAIR is an intelligent wireless controller that pairs a compact hardware unit with a mobile app to simplify astrophotography setup and control. With ASIAIR you can wirelessly manage ASI USB 3.0 and Mini-series cameras, selected DSLR and mirrorless bodies, and popular equatorial mounts directly from a phone or tablet. The system connects over the ASIAIR WiFi and includes a built-in SkyAtlas interface, so photographers can preview targets, plate solve, autofocus, guide and run multi-target or mosaic sequences without a full laptop-based rig.

Key Features

⭐ Wireless control for ASI USB 3.0 and Mini-series cameras, selected DSLRs/MILCs, and many popular equatorial mounts.

⭐ Built-in SkyAtlas for target selection, framing and planning both deep-sky and planetary imaging sessions.

⭐ Automated tools including preview, plate solving, autofocus, polar alignment, guiding and multi-target/mosaic sequencing.

⭐ Support for accessories such as electronic filter wheels (EFW) and electronic autofocus (EAF) from ZWO.

⭐ Live stacking, video recording and post-stacking features to review results in the field.

⭐ Simple WiFi connection lets you control the entire setup from your phone or tablet and share images or chat with other users.

Advantages

✅ Consolidates cameras, mounts and accessories into a single portable controller for field use.

✅ Streamlines common tasks with automated plate solving, polar alignment and autofocus routines.

✅ Broad compatibility with ASI cameras, selected DSLR/MILC models and ZWO accessories reduces gear juggling.

✅ Mobile-first interface makes it easy to operate from a phone or tablet without a laptop.

✅ Integrated planning and live-stacking tools help you get usable results faster during a session.

Disadvantages

❎ Compatibility is limited to supported ASI cameras, selected DSLR/MILC models and particular mounts rather than working with every device.

❎ The system requires the ASIAIR hardware unit in addition to the app to access its full functionality.

❎ Some advanced workflows depend on supported equipment and may need on-site configuration to perform optimally.