Comparing Unistellar Odyssey and Odyssey Pro: What Sets Them Apart?
In the realm of premium smart telescopes, two standout models have captured the attention of amateur astronomers: the Unistellar Odyssey Pro and the standard Unistellar Odyssey. Both released in 2024, these telescopes offer a blend of traditional and modern features, catering to a wide range of user preferences.
The Unistellar Odyssey Pro and the standard Odyssey share many similarities, including their lightweight and portable design, with each weighing 4 kg (8.8 lb) and having dimensions of 13 x 20 x 43 cm. However, the Pro model boasts a sleeker design and slightly lighter weight compared to earlier models, making it easier to set up.
One of the main differences between the two lies in their features and specifications. The Odyssey Pro comes equipped with a Nikon-made electronic eyepiece, offering a more traditional live viewing experience. On the other hand, the standard Odyssey does not include this feature, necessitating viewing on a screen.
In terms of imaging capabilities, the Odyssey Pro boasts a higher resolution 4.1-megapixel camera, compared to the standard Odyssey's 3.4-megapixel camera, both using a Sony IMX615 sensor and 1.45μm pixel size. This enhanced imaging capacity allows the Pro model to deliver more detailed and colourful images of nebulas, among other deep-sky objects.
Functionality-wise, both telescopes are fully automated via the Unistellar app, eliminating the need for manual focus or collimation controls. However, the Odyssey Pro's automation extends to include the electronic eyepiece, which may be a drawback for traditional astronomers who prefer manual controls.
The Odyssey Pro offers approximately 5 hours of battery life per charge, which is shorter than other Unistellar models. The standard Odyssey's battery life is not specifically stated but is generally longer than the Pro model.
In terms of performance, both telescopes handle light pollution well, with the Pro model featuring Unistellar's "Deep Dark Technology" for enhanced deep-sky viewing. The Pro model is also capable of solar imaging with an attached solar filter. The standard Odyssey is praised for its detailed and colourful images of nebulas and overall ease of use.
Price-wise, the Odyssey Pro retails at around $3,824, reflecting its additional features like the Nikon eyepiece and higher camera resolution. The standard Odyssey, on the other hand, is approximately $1,700 less, making it a more affordable option for those who do not require the electronic eyepiece or enhanced imaging capacity.
In conclusion, the Odyssey Pro is geared towards users who seek an enhanced viewing experience with the addition of a traditional eyepiece, improved imaging specs, and smart technology, at a higher cost and slightly reduced battery life. The standard Odyssey, on the other hand, offers strong smart telescope functionality with a more affordable price point, making it a popular choice among amateur astronomers.
For more information about these telescopes, visit the Unistellar website or check out reviews available on their site. Comparisons with other models such as the Celestron Origin, Dwarf II, Vaonis Vespera II, and Vaonis Vespera Pro are also available for those interested in a comprehensive evaluation.
[1] Unistellar website: https://www.unistellaroptics.com/ [2] Anthony Robinson's work: https://skiesandscopes.com/ [3] Comparisons with other models: https://www.telescope.com/compare-telescopes/unistellar-odyssey-vs-celestron-origin-vs-dwarf-ii/
- The realms of premium smart telescopes witness the presence of gadgets like the Unistellar Odyssey Pro and the standard Unistellar Odyssey, both renowned in the field of astrophotography.
- Smart-home-devices such as the Unistellar telescopes offer autonomous functionality via apps, eliminating the need for manual focus or collimation controls, making astronomy easier for amateurs.
- Technology advances continue to impact the world of telescopes, with the Unistellar Odyssey Pro showcasing a Nikon-made electronic eyepiece, providing a blend of modern and traditional live viewing experiences.
