Hello there! Let‘s compare the eVscope 2 vs Equinox telescopes…

As an amateur astronomy enthusiast, you may be wondering: "What‘s the best new smart telescope for viewing the cosmos?" Well, two models I often get asked about are the Unistellar eVscope 2 and the Unistellar Equinox.

These innovative telescopes combine high-quality optics with built-in cameras and clever software. This allows anyone to easily capture gorgeous space images that would not be possible with a traditional telescope.

But between the eVscope 2 and Equinox, which one is right for you? To figure that out, we‘ll need to dive into the details…

I‘ve been testing telescope equipment for over 7 years, including both of these Unistellar devices. In this guide, my goal is to provide an unbiased and comprehensive comparison to help you decide. I‘ll go through all the key specs, features and performance considerations.

By the end, you‘ll know exactly which model best fits your needs and budget. So let‘s get started!

An Overview of the eVscope 2 and Equinox Models

The eVscope 2 launched in 2022 as a major upgrade over the original eVscope model from Unistellar. It‘s the company‘s new flagship smart telescope aimed at both astronomy newcomers and experienced observers. Some of the improvements include:

  • Larger 114 mm aperture for better light capture
  • Higher resolution 7.7 MP camera with enhanced image quality
  • Wider field of view for easier object tracking
  • Brighter OLED screen with intuitive user interface
  • Increased 400x digital zoom capabilities
  • Smarter software and automation (e.g. instant auto-focusing)

Meanwhile, the Equinox was released in 2021 as an affordable alternative to meet demand from budget-conscious hobbyists. While not packing quite as many features, it still utilizes fantastic Unistellar optics and intelligent technology.

For less than $3,000, the Equinox allows nearly anyone access to vivid nebulae, galaxies and star clusters that normally require an expensive setup. It‘s a fantastic entry-level model, though the eVscope 2 does represent a further step up.

Now let‘s analyze how these two smart telescopes directly stack up across the specs that matter most:

Comparing Key Specifications

Aperture: The aperture refers to the diameter of the main light-collecting lens or mirror. Both models share an identical 114 mm aperture, which gathers over 57% more light than their previous models. This enhanced light capture enables better visibility of faint objects.

Battery life: A single charge powers 12 hours of continuous stargazing with both devices. This all-night endurance means you likely won‘t ever run out of juice mid-observation.

Resolution: This impacts the sharpness and level of detail obtainable in your images. Here the eVscope 2 clearly wins with a high-end 7.7 Megapixel Sony sensor, while the Equinox maxes out at 4.8 MP.

Price: As expected, the flagship eVscope 2 sells for a $1500 premium given its cutting-edge capabilities. But the Equinox still packs impressive functionality considering its sub-$3000 cost.

Now let‘s analyze some extra parameters not shown in the table…

Focusing: The eVscope 2 features autofocus that instantly tunes to any object in the sky with one press. But the Equinox instead requires manual focus adjustments on your part. While less convenient, some advanced hobbyists may prefer the greater control.

Field of view: Think of this as the zoom level – higher numbers mean you see more celestial objects and contextual surroundings. At 34 x 47 arcminutes, the eVscope 2‘s viewfinder captures over 21% more area than the Equinox model.

Light pollution reduction: The eVscope 2 auto-senses nearby artificial light sources and can digitally filter them to reveal hard-to-see stars and galaxies obscured behind. Unfortunately, the Equinox lacks any smart settings to combat light pollution.

App connectivity: Both utilize mobile apps to enhance the experience, but the Equinox has broader compatibility with popular third party astronomy software like SkySafari. The eVscope 2‘s app focuses solely on integrating natively with the telescope itself.

Hopefully this gives you a good sense of how the technical capabilities stack up. Next I‘ll discuss ease of use considerations and unique selling points.

Comparing Convenience and Key Features

Beyond just specs, real-world user experience matters too. When evaluating smart telescopes, consider factors like:

  • Transportability
  • Speed of set up
  • Intuitiveness of controls
  • Comfort and accessibility

And exciting new features also differentiate these connected telescopes from traditional options:

Enhanced Vision

This allows clear viewing of dim objects like galaxies by automatically stacking exposures over time. Fainter details become increasingly visible to reveal breathtaking scenes not possible optically. It works brilliantly on both models.

Autonomous Field Detection

Exclusive to the eVscope 2, this quickly identifies celestial bodies anywhere you point and even auto-focuses instantly. It‘s like having a personal stargazing assistant!

Citizen Science

You can contribute sightings to aid scientific research on galaxies, asteroids or exoplanet hunting. This makes you an active participant advancing knowledge of our universe.

When it comes to user experience, the eVscope 2 does maintain noticeable advantages:

  • It sets up in 1 minute with fast auto-calibration
  • The redesigned backpack simplifies transportation
  • Manual adjustments are minimized through smart features
  • You can peer directly through the side eyepiece anytime
  • The f/3.9 focal ratio keeps images nice and bright

However, the Equinox still offers pleasant usability benefitting from Unistellar‘s innovations:

  • Compact and lightweight body at just 9kg
  • Wired app connectivity provides more reliability
  • Alt-azimuth motorized mount moves smoothly to track objects
  • Excellent optics with a 114mm aperture
  • Sky discovery mode suggests celestial sights to view

Now let‘s move onto applying this knowledge to determine which model fits your preferences…

Which Smart Telescope is Right For You?

When deciding between the eVscope 2 and Equinox, first consider your budget and what type of functionality is most important for you.

Best for Viewing Experience → eVscope 2

If having the absolute best images and automation is critical, the eVscope 2 justifies its higher cost. You‘ll capture the sharpest views full of vivid details not possible otherwise. From brightly glowing nebulae swirling with color to galaxies with discernible structure – it‘s views like these that inspire awe.

Best Portable Value → Equinox

If spending under $3000 while still gaining exceptional quality matters, then we highly recommend the Equinox. You obtain tremendous value for cost with Unistellar‘s proven optics and enrichment modes. The streamlined design also travels easily as a bonus.

Ultimately, choose based on your personal preferences and astronomy goals. Let‘s summarize the key pros and cons of each model:

eVscope 2


  • Best-in-class image resolution
  • Larger field of view
  • Innovative auto-focus and smart features
  • Convenient eyepiece for live viewing


  • Most expensive option
  • Steeper learning curve
  • Can require collimation tweaks



  • Great value for the price
  • Lightweight and transportable body
  • Intuitive manual controls
  • Compatible with more astronomy apps


  • Lower resolution sensor
  • Smaller field of view
  • Lacks intelligent auto-focus
  • No eyepiece for direct viewing

As you can see, both telescopes offer outstanding performance – just with different strengths based on priorities.

For me, the expanded world view, crystallinely detailed images and automated convenience of the eVscope 2 make it the best overall package. But I certainly understand the appeal of the Equinox for casual viewers wanting to stay under budget. Ultimately, choosing the right one comes down to your personal preferences.

Additional Smart Telescope Recommendations

If you‘re still undecided about the eVscope 2 vs Equinox, you could also consider a few other models.

Here are two great alternatives blending astrophotography power with connectivity:

Celestron StarSense Explorer – Equipped with motorized tracking, smartphone integration and beginner-friendly controls. Super versatile with over 40,000 celestial objects mapped – View on Amazon

Sky-Watcher EVOSTAR-90 – Combines compact apochromatic optics with smartphone control via Bluetooth – View on Amazon

I‘m confident Unistellar‘s products beat these for sheer image brilliance through their innovative light amplification and processing. But the options above both offer nice UX conveniences at lower prices – so give them a look too!

Frequently Asked Questions

Here I‘ll quickly answer some other common questions about choosing between the eVscope 2 and Equinox models:

How important is eyepiece based viewing?

For visual astronomy purists, having an integrated eyepiece to peer directly into space still provides an unmatched experience. Fortunately, the eVscope 2 satisfies both camps by retaining a traditional eyepiece while also connecting to mobile devices.

Can I use these telescopes for deep space astrophotography?

Absolutely! In fact their integrated camera sensors and enhancement modes specialize in this. You‘ll be able to vividly capture galaxies, nebulae and star clusters residing light years away that are inaccessible to normal telescopes. It‘s breathtaking what extra details get revealed.

Do they have telescope mounts or do I need my own?

Both come with sturdy alt-azimuth motorized mounts right out the box. So no need to purchase any heavy duty mounting hardware separately!

How long is the warranty period?

All new Unistellar telescopes like these come standard with a 1 year manufacturer‘s warranty. You can further extend coverage by paying for one of their protection plans.

Can I control these remotely?

Yes, wireless connectivity with the mobile app allows operating the telescopes from your smartphone or tablet without touching the hardware after setup. This is perfect for cold weather viewing!

Hopefully these FAQs cleared up any other lingering questions! Please don‘t hesitate to reach out if you want my perspective on anything else astronomy gear related.

Now go enjoy those awe-inspiring views of our amazing universe! 🚀

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