Unistellar

Unistellar Smart Telescopes Collection

Unistellar Telescope Collection

At Vega Vision, you’ll find an extraordinary selection of Unistellar smart telescopes that combine innovation, precision, and ease of use. Whether you’re a beginner or an experienced astronomer, Unistellar has a smart telescope for you.

The Unistellar collection includes the eVscope 2, eQuinox 2, Odyssey, and Odyssey Pro models. Each is designed with cutting-edge technology to offer an immersive experience for both novices and experts alike.

Odyssey and Odyssey Pro

The Odyssey and Odyssey Pro are versatile telescopes for both deep-sky and planetary observations. With dynamic signal amplification, automated tracking, and a vast celestial catalog, these models are perfect for discovering galaxies, nebulae, and more.

Unistellar eVscope 2 and eQuinox 2

The eVscope 2 features a 7.7 MP Nikon electronic eyepiece, offering superior clarity. With automatic field detection and light pollution reduction, it excels in deep-sky observations even in urban areas. The eQuinox 2, with enhanced vision and portability, offers stable tracking and built-in light pollution reduction for hassle-free stargazing.

Why Choose Unistellar at Vega Vision?

As an authorized Unistellar dealer, Vega Vision guarantees top-quality products and expert guidance. Whether you choose the eVscope 2 or the eQuinox 2, every purchase includes advanced imaging capabilities and participation in citizen science. Plus, we plant one tree for every telescope sold and offer a 30-day risk-free return policy.

Unistellar Smart Telescopes: Everything You Need to Know FAQs

What are the main differences between the Unistellar eVscope models?

Unistellar Smart Telescope Comparison

Here’s a detailed comparison between the Unistellar Odyssey, Odyssey Pro, eQuinox 2, and eVscope 2 smart telescopes, designed to help you understand which model suits your needs best:

Unistellar Odyssey

The Odyssey is a more accessible and compact model in the "Discovery" range. It has an 85mm aperture and a 3.4 MP camera, making it excellent for casual stargazing. It is lightweight (4 kg), doesn’t require collimation, and is designed for easy transport and setup, making it perfect for beginners or those looking for a portable option. However, it lacks an eyepiece, so all observations are done through the Unistellar app.

Unistellar Odyssey Pro

The Odyssey Pro is very similar to the Odyssey but includes an eyepiece, offering a more immersive viewing experience. It still maintains the convenience of no collimation, making it easy to use right out of the box. It’s a great choice for those who want the visual experience of looking through the telescope itself while still having the portability and ease of the Discovery range. It also has slightly enhanced imaging capabilities compared to the standard Odyssey.

Unistellar eQuinox 2

The eQuinox 2 is a high-end model in the Expert range, similar to the eVscope 2 but without an eyepiece. It has a 6.2 MP camera, offering detailed astrophotography and live image stacking through the app, but it’s geared toward users who are content with app-based viewing. It’s lighter and more streamlined without the eyepiece but still delivers excellent image quality.

Unistellar eVscope 2

The eVscope 2 is part of the "Expert" range and is the most advanced model. It features a 114mm aperture and a 7.7 MP camera, providing significantly higher resolution and deeper sky observations. What sets it apart is the inclusion of a Nikon eyepiece, offering real-time viewing with high contrast, something unique to this model. While it delivers the best image quality and immersive experience, it requires collimation, making it slightly more complex to operate than the Odyssey models.

How do Unistellar telescopes work?

Unistellar Telescopes: Advanced Technology

Unistellar telescopes use smart technology to make stargazing accessible and effortless. Key features include:

Automated Object Tracking

The built-in GoTo system automatically locates and tracks celestial objects. Users can select from a database of 5,000+ celestial bodies using the Unistellar app. The telescope adjusts and keeps the object in view as the Earth rotates.

Dynamic Signal Amplification (DSA)

DSA enhances faint celestial signals by stacking and amplifying light over time. The telescope captures multiple exposures, combines them, and delivers clear images, allowing deep-sky observations even in light-polluted areas.

Real-Time Image Processing

Onboard computers process images in real-time, continuously stacking data to enhance detail and quality. This provides high-quality astrophotography without complex setup.

Citizen Science Participation

Partnered with SETI and AAVSO, Unistellar users can contribute to citizen science by recording observations of asteroids, exoplanets, and more, and sharing them directly from the app.

In Summary

Unistellar telescopes combine automated tracking, signal amplification, and real-time processing, making them ideal for both beginners and experienced astronomers.

Do I need any prior experience to use a Unistellar telescope?

No prior experience is necessary. The Unistellar app guides you step by step, helping even beginners easily locate celestial objects.

How do Unistellar telescopes compare to traditional models?

Unistellar vs. Traditional Telescopes: A Comparison

Unistellar telescopes stand out from traditional models due to their integration of smart technology that simplifies stargazing and astrophotography. Here's an in-depth comparison:

1. Ease of Use

Unistellar Telescopes: Ideal for beginners with automated tracking via the app, no manual adjustments required.

Traditional Telescopes: Require manual setup and adjustments, which can be time-consuming and skill-intensive.

2. Dynamic Signal Amplification (DSA)

Unistellar Telescopes: Use DSA to stack exposures, enhancing visibility in light-polluted areas.

Traditional Telescopes: Rely solely on aperture size, requiring dark-sky conditions for optimal performance.

3. Astrophotography

Unistellar Telescopes: Built-in cameras and real-time stacking, no extra equipment needed for stunning photos.

Traditional Telescopes: Require external cameras, adapters, and software, making the process complex for beginners.

4. Portability

Unistellar Telescopes: Lightweight and easy to transport, with fewer accessories needed.

Traditional Telescopes: Bulkier and often require additional equipment, making them less portable.

5. Real-Time Image Processing vs. Live Viewing

Unistellar Telescopes: Display live images with real-time processing for improved detail and contrast over time.

Traditional Telescopes: Offer direct eyepiece viewing, but without digital enhancement, making faint objects harder to observe.

6. Citizen Science Participation

Unistellar Telescopes: Participate in real scientific projects via the app, contributing data to institutions like SETI.

Traditional Telescopes: Participation requires additional knowledge and equipment, making it less accessible to most users.

7. Cost

Unistellar Telescopes: Higher upfront cost, but includes features like tracking, image processing, and astrophotography.

Traditional Telescopes: More affordable initially, but adding equivalent functionality (cameras, tracking systems) can increase the total cost.

In Summary

Unistellar telescopes offer ease of use, digital enhancements, and real-time processing, ideal for beginners and advanced users seeking a streamlined experience. Traditional telescopes require more expertise and manual adjustments but are preferred by some for direct viewing.

What is the Unistellar Smart Solar Filter, and how does it work with Unistellar telescopes?

Can I use the Unistellar telescope in a city with light pollution?

Unistellar Telescopes and Light Pollution

Yes, Unistellar telescopes perform well in cities with light pollution, thanks to their Dynamic Signal Amplification (DSA) technology. This feature amplifies faint astronomical signals by stacking multiple exposures in real-time, improving visibility of deep-sky objects like nebulae and galaxies, even in brightly lit urban areas.

Key Advantages in Light-Polluted Areas

The Unistellar app helps identify visible objects based on your location, while the telescope’s real-time image processing continuously enhances clarity. This makes it possible to observe the night sky effectively without needing dark-sky locations.

Which model should I get?

Which Unistellar Model Should I Buy?

Choosing the right Unistellar telescope depends on your stargazing needs, experience, and feature preferences. Here’s a quick guide:

Odyssey

Odyssey: Best for beginners or casual users. With an 85mm aperture and 3.4 MP camera, it offers basic sky observations via the app and is portable and affordable.

Odyssey Pro

Odyssey Pro: Same as the Odyssey but with an eyepiece for immersive viewing. Ideal for those wanting a balance between portability and visual experience.

eQuinox 2

eQuinox 2: Great for app-based viewing, with a 6.2 MP camera for astrophotography and live image stacking. Best for users valuing portability and quality without needing an eyepiece.

eVscope 2

eVscope 2: The most advanced model, with a 114mm aperture and 7.7 MP camera. Includes a Nikon eyepiece for high-contrast real-time views. Perfect for those seeking premium image quality.

Recommendation:

Beginners: Start with the Odyssey or Odyssey Pro for ease of use.
Advanced users: Choose the eQuinox 2 or eVscope 2 for astrophotography or immersive eyepiece viewing.

Note: This guide is a suggestion. Beginners can also start with the eVscope 2 or eQuinox 2 if they prefer more advanced features.

Excellent service

Bought this item from Vega Vision and received within 2 days! Outstanding service and products. Highly recommend.

Amazing service and rapid delivery.

Came across Vega Vision whilst looking for Seestar S50. They had one where others did not. Delivery was excellent and I could track it all the way. Obviously its early days with the kit but we had a break in the weather last night and some clear skies. I managed to image several relatively faint objects even with light pollution in a city.

Incredible Scope and Delivery!

Ordered my S50 on New Year’s Eve and was gobsmacked to get it delivered on the Friday - fantastic service by Vega.

The S50 is easy to set up, superbly packaged in its own case, and intuitive to use. Within 10 minutes I’d set it first to gaze at the Moon and then to take a photo of Pleiades. I was grinning ear to ear watching the picture stack. Anyone thinking about getting an S50 - don’t hesitate. You will love it!

Unistellar

Explore the Cosmos with Unistellar Smart Telescopes

Unistellar Odyssey PRO Smart Telescope

Custom Unistellar Backpack for Odyssey and Odyssey Pro Smart Telescopes

Unistellar Smart Solar Filter (Odyssey Pro & Odyssey)

Custom Unistellar Backpack for eVscope and eQuinox Smart Telescopes

Unistellar eQuinox 2 Smart Telescope

Unistellar eVscope 2 Smart Telescope

Unistellar Smart Solar Filter (eVscope & eQuinox)

Unistellar Odyssey Smart Telescope

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Unistellar Smart Telescopes Collection

Unistellar Telescope Collection

Odyssey and Odyssey Pro

Unistellar eVscope 2 and eQuinox 2

Why Choose Unistellar at Vega Vision?

Unistellar Smart Telescopes: Everything You Need to Know FAQs

What are the main differences between the Unistellar eVscope models?

Unistellar Smart Telescope Comparison

Unistellar Odyssey

Unistellar Odyssey Pro

Unistellar eQuinox 2

Unistellar eVscope 2

How do Unistellar telescopes work?

Unistellar Telescopes: Advanced Technology

Automated Object Tracking

Dynamic Signal Amplification (DSA)

Real-Time Image Processing

Citizen Science Participation

In Summary

Do I need any prior experience to use a Unistellar telescope?

How do Unistellar telescopes compare to traditional models?

Unistellar vs. Traditional Telescopes: A Comparison

1. Ease of Use

2. Dynamic Signal Amplification (DSA)

3. Astrophotography

4. Portability

5. Real-Time Image Processing vs. Live Viewing

6. Citizen Science Participation

7. Cost

In Summary

What is the Unistellar Smart Solar Filter, and how does it work with Unistellar telescopes?

Unistellar Smart Solar Filter

Key Features

Available Sizes

Solar Event Observation

Can I use the Unistellar telescope in a city with light pollution?

Unistellar Telescopes and Light Pollution

Key Advantages in Light-Polluted Areas

Which model should I get?

Which Unistellar Model Should I Buy?

Odyssey

Odyssey Pro

eQuinox 2

eVscope 2

Recommendation:

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