What is the practical imaging capacity of the Sky-Watcher Wave 100i?
The Wave 100i is rated to carry a 22-pound payload without any counterweights, which is ideal for portable setups with wide-field refractors or camera lenses. For heavier or longer optical tubes, adding the optional counterweight kit increases the stable capacity to 33 pounds, ensuring better balance and tracking accuracy for serious astrophotography.
Can I use the Wave 100i for solar imaging with two telescopes?
Yes. The Sky-Watcher Wave 100i comes with a secondary saddle specifically for this purpose. In Alt-Azimuth (AZ) mode, you can mount a primary telescope on the main saddle and a second one on the auxiliary saddle, allowing you to capture, for example, a white-light and a Hydrogen-alpha view of the Sun simultaneously during an eclipse or for general observation.
How do I control the Wave 100i mount?
The Wave 100i has built-in WiFi, allowing you to control it wirelessly using the SynScan Pro app on a smartphone or tablet. It also has a USB port for connection to a PC and compatibility with third-party platforms like ASIAIR. While a hand controller is not included, an optional SynScan hand controller can be connected to the dedicated port.
Is the Wave 100i suitable for airline travel?
Absolutely. The mount head weighs only 9.3 pounds and comes with a durable, foam-fitted case. Its compact size (235.5mm x 128.4mm x 171mm) and low weight make it an excellent choice for traveling astronomers who need a capable equatorial mount that can easily fit into carry-on or checked luggage.
What kind of tripod do I need for the Wave 100i?
The Wave 100i mount head features a standard 3/8"-16 mounting thread on its base, making it compatible with a wide range of heavy-duty photographic tripods and dedicated astronomy tripods. Sky-Watcher offers optional carbon fiber and steel tripods designed specifically for the Wave series.
How does the Wave 100i perform for imaging the Orion Nebula (M42) with an 80mm refractor?
The Wave 100i is an excellent match for imaging M42 with a typical 80mm refractor setup. In EQ mode, its strainwave drive provides the smooth tracking necessary for capturing fine detail in the nebula's core. Since a standard 80mm imaging rig is well under the 22-pound counterweight-free limit, you can have a very lightweight, stable, and easy-to-transport system for deep-sky astrophotography.