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General| Aperture | 114 mm |
|---|---|
| Focal Length | 450 mm |
| Sensor | Sony IMX347 |
| Battery Life | 10 hours |
| Weight | 9 kg |
| Type | Reflector |
| Focal Ratio | f/4 |
| Connectivity | Wi-Fi |
| Compatibility | iOS, Android |
| Magnification | 50x |
| Resolution | 7.7 MP |
| Eyepiece | Electronic |
Details the founding and mission of Unistellar.
Lists all items included in the eVscope 2 package.
Describes the user-friendly, smart, and autonomous eVscope 2.
Details aperture, sensor, weight, and other key technical specifications.
Explains the OLED display and how to adjust the eyepiece for clear vision.
Covers battery type, charging, LED indicators, and storage tips.
Details if the telescope can be used while charging and charging guidelines.
Explains the meaning of different LED colors and patterns.
Describes tripod setup, leveling, and its specific characteristics.
Details the backpack's features, materials, and dimensions.
Explains what users can do with the Unistellar App.
Guides users to find the app on Google Play and Apple App Store.
Lists minimum requirements for downloading and running the app.
Step-by-step guide to setting up and leveling the tripod.
Instructions for physically mounting and powering on the eVscope 2.
Guides users on connecting the eVscope 2 to the app using WiFi.
Instructions on navigating and viewing celestial objects.
Explains how to use the Park function for storage.
Explains the process of equalizing telescope temperature.
Details how and when to adjust focus for clear images.
Step-by-step guide to achieving precise focus using the Bahtinov mask.
Explains the purpose and process of taking dark frames.
Details how to align the telescope's optical axis for better performance.
Introduces key technologies like Catalog and AFD.
Lists types of celestial objects available in the catalog.
Explains the AFD algorithm and its benefits.
Explains the Enhanced Vision system for accumulating light.
Details stacking, processing, and image compensation by software.
Describes saving images with or without overlays.
Explains how gain and exposure time affect image quality.
Details how to adjust magnification and its limits.
Guides on observing bright celestial bodies like the Moon and planets.
Provides recommended gain and exposure values for planets.
Discusses location factors affecting observation quality.
Explains how the eVscope 2 handles light pollution.
Recommends temperature ranges and weather conditions for use.
Explains the benefits of sharing data for science and user experience.
Details SD card capacity and data saving on the smartphone.
Step-by-step guide on how to upload collected data.
Describes the partnership for scientific applications.
Guides users to join citizen science initiatives.
Explains the program to track near-Earth objects.
Details how to contribute to asteroid occultation studies.
Explains exoplanet observation methods and contributions.
How multiple users can observe together using one eVscope 2.
Methods for sharing observations remotely via internet.
Guidelines for storing and maintaining the eVscope 2.
Instructions for cleaning and maintaining the telescope mirror.
How to maintain and store the tripod.
Tips to maximize battery life and avoid damage.
Advice on transporting the eVscope 2, especially on planes.
Details the warranty period and coverage.
Solutions for problems connecting to the Unistellar App.
Addresses issues with the Go To feature not centering objects.
Explains messages and causes for Enhanced Vision stopping or dropping.
Common reasons for upload failures and solutions.
Lists reasons for WiFi drops and potential fixes.
Solutions for focus problems and taking dark frames.
Provides website, support email, and FAQ links.
Covers warnings about children, environment, sun, temperature, and handling.
Lists technical specifications of the eVscope 2.
States compliance with EU, FCC, and IC standards.
Provides guidance on proper disposal of the device.
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