Discover the Sky-Watcher AllView Go-To mount, a versatile solution for astronomy and photography enthusiasts. This single-arm altazimuth mount offers motorized and automated control, ideal for astronomical observation, panoramas, and time-lapses. Thanks to its WiFi module, easily control it via your smartphone with the SynScan app.

Features:

• Mount type: Altazimuth, dual-axis motorized
• Load capacity: 5 kg
• Motorization: Dual-axis tracking with DC servomotors
• Go-To system: SynScan controller with over 42,900 celestial objects
• Tracking modes: Sidereal, Lunar, Solar
• Instrument attachment: Female Vixen-style dovetail and L-mount bracket
• Tripod: Collapsible with spreader, height adjustable
• Weight: 9.5 kg
• Power supply: External 8V to 15V DC, 1 Amp or 10x AA alkaline batteries (not included)

Advantages:

• Exceptional flexibility with Panorama, Time Lapse, and Video Tracking modes, making this mount ideal for various uses such as astronomy and panoramic photography.
• Easy to transport and set up, perfect for on-the-go observations.
• Intuitive user interface via the SynScan app, allowing for easy and precise control from your smartphone.
• Robust construction and solid load capacity, suitable for a variety of equipment.

Specific Uses:

• Panorama Mode: Three shooting options, including Easy Pano for beginners and Preset Pano for advanced users.
• Time Lapse Mode: Automatic capture at regular intervals to create dynamic videos.
• Video Tracking: Smooth and steady movement between two predefined points for professional video captures.

Included Accessories:

• 1 Sky-Watcher AllView Go-To altazimuth mount
• 1 SynScan Go-To controller
• 1 height-adjustable steel tripod
• 1 accessory tray
• 1 multi-use bracket (L-dovetail)
• 1 RS-232 cord
• 1 trigger cable for Canon EOS cameras
• User manual in French

The Sky-Watcher AllView Go-To mount is not only a powerful tool for astronomy but also an essential piece of equipment for creative photography, offering unmatched ease of use and flexibility for all your observation and photography projects.