The Sky-Watcher Explorer 130P AZ Go-2 Wi-Fi Parabolic Newtonian Telescope allows you to easily exp...The Sky-Watcher Explorer 130P AZ Go-2 Wi-Fi Parabolic Newtonian Telescope allows you to easily explore thousands of celestial objects with wireless control from your phone or tablet. It creates its own network for use anywhere. This telescope is suitable for both amateur and professional astronomers and features a parabolic primary mirror to minimize spherical aberration for improved image sharpness. Its multi-coated optics provide high light transmission and color rendering. The telescope includes an altazimuth mount for effortless maneuverability.
The Sky-Watcher Explorer 130P AZ Go-2 Wi-Fi Parabolic Newtonian Telescope is designed for both beginner and experienced astronomers who want to explore the night sky easily using a smartphone or tablet. This telescope offers wireless control and a parabolic primary mirror for sharp images. However, it's important to note that like all telescopes, it requires some initial setup and understanding of celestial navigation.
All features
Brand
Sky-Watcher
Extended Product Information
FAQs
What can I see with this telescope?
You can observe the Moon, planets, star clusters, nebulae, and brighter galaxies. The views depend on the observing conditions and the object's brightness.
How do I control the telescope?
Use the SynScan app on your smartphone or tablet to control the telescope wirelessly.
What is the best way to clean the lenses?
Use a lens cleaning kit specifically designed for telescopes, following the instructions carefully.
What power supply does the telescope require?
The AZ Go-2 mount requires a 12V DC power supply. This is not included.
What is the warranty period?
Please consult the product documentation or retailer for warranty information.
Can I use this telescope for astrophotography?
While the telescope can be used for basic astrophotography, the altazimuth mount is not ideal for long-exposure imaging. A more advanced equatorial mount is recommended for serious astrophotography.
How do I collimate the telescope?
Collimation (aligning the mirrors) is important for image quality. The telescope has a parabolic mirror, which enhances image quality. Consult the manual or seek guidance from experienced astronomers on how to collimate.
Troubleshooting
Telescope won't power on.
Check the power connection and ensure the power supply is working correctly.
Wi-Fi connection issues.
Ensure your device is connected to the telescope's Wi-Fi network. Check for interference from other devices.
Telescope not slewing correctly.
Verify the alignment procedure has been completed accurately.
Images are blurry.
Check the focus and ensure the lens is clean. Allow the telescope to cool down to ambient temperature.
Pros and Cons
Pros
Easy wireless control via smartphone or tablet.
Parabolic mirror for sharper images compared to simpler reflector telescopes.
Multi-coated optics improve image brightness and color.
Altazimuth mount makes it simple to point and observe.
Portable and suitable for use in various locations.
Cons
Requires initial setup and calibration.
Altazimuth mount can make tracking celestial objects difficult at higher magnifications.
Light pollution in urban areas can impact viewing quality.
May require additional accessories for optimal performance.
Setup, Compatibility & Care
Assembly: Follow the included instructions to assemble the telescope and mount.
Power: The AZ Go-2 mount requires a power supply (not included). Refer to the manual for compatible power options.
App Installation: Download and install the SynScan app on your smartphone or tablet.
Wi-Fi Connection: Connect your device to the telescope's Wi-Fi network.
Alignment: Perform a simple alignment procedure to calibrate the telescope for your location.
Compatibility: The SynScan app is compatible with iOS and Android devices.
Care:
Store the telescope in a dry, dust-free environment.
Clean the optics carefully with a lens cleaning kit.
Avoid touching the mirror surfaces.
Protect the telescope from extreme temperatures and direct sunlight.