Vaonis Hyperia

$99,000 for a personal observatory with a 150 mm aperture at f/4, a 45 MP full-frame sensor and deliveries announced from 2027: the Hyperia is not a smart telescope, it is the ceiling Vaonis has set above the market. No reader of this page will buy one, and that is not the point. It serves two purposes: it fixes a high reference mark against which the rest of the catalogue can be measured, and it documents a textbook case — a device that changed nature between two announcements, and whose maker still does not publish its most basic specifications.

Verdict in three lines

The Hyperia is the first object in the Vaonis range that is no longer aimed at an individual: at $99,000, on pre-order, with deliveries pushed back to 2027, it targets private observatories, institutions and science outreach projects. What is known about it is spectacular — 150 mm of aperture at f/4, a 17-element optical design with Canon Air Sphere Coating, a back-illuminated full-frame 45 MP sensor, a direct-drive mount rated to 60°/s with a field derotator. What is not known is just as striking: no weight, no battery life, no storage, no connectivity, no focal length, no exact sensor part number. We publish this page as it stands, without filling in the gaps.

The Hyperia is for you if…

• You are buying for an organisation, not for yourself. Private observatory, university, planetarium, science centre, high-end hospitality running an observing programme: the Hyperia is sized for collective use and for producing images meant to be shown.
• You want field of view, not magnification. 3,30° × 2,20° in a single exposure frames a large nebula, not a planet. The whole instrument is built around that idea.
• You want a turnkey system rather than an assembly. Optics, mount, sensor, derotator, filter drawer and dedicated app are designed together. That is precisely what you do not get when you build an equivalent observatory yourself.
• A two-year wait is acceptable. Pre-orders opened in January 2026 for deliveries from 2027.

Rule it out if…

• You are shopping for a smart telescope. The Hyperia is not in the same category as the few-thousand-euro devices in the Vespera range: it is the counter-example, not the upgrade.
• You need installation constraints before committing. Weight is not published, and neither is whether a tripod or pier is included. Without those figures, sizing a room, a pad or a dome is impossible.
• You want planetary imaging. At f/4 across more than three degrees, this is a wide-field deep-sky instrument. Nothing in the published specifications points to high-resolution planetary work.
• You refuse to buy a product whose running cost is unknown. The Hyperia app is announced as dedicated, but its pricing is not published.

From one Hyperia to another: the announcement changed devices

This is the most interesting part of the story, and it is rarely pointed out. The Hyperia name is not new: an earlier device carrying it had already been presented by Vaonis. Today, nothing but the name survives.

The Hyperia announced first

It was listed at $45,000. Its optics were an apochromatic triplet. Its sensor was a Sony IMX455, monochrome, 61 MP. Its focal ratio was f/7, on optics considerably longer than today’s, and its field covered 1,97° × 1,3°. Broadly speaking, this was an astrophotographer’s instrument: long, slow, monochrome, to be composed frame by frame and filter by filter.

The one now on pre-order

It is listed at $99,000, more than double. Its optics are no longer a triplet but a 17-element assembly with Canon Air Sphere Coating. Its sensor is no longer monochrome but colour, full-frame, back-illuminated, 45 MP. Its focal ratio goes from f/7 to f/4, and its field from under two degrees to 3,30° × 2,20°. This is not a revised spec sheet, it is a different device under the same name.

What the shift tells us

Every one of those changes points the same way. Going from monochrome to colour means giving up sequential narrowband filtering in favour of a usable image in a single session. Going from f/7 to f/4 divides exposure times. Going from under two degrees to over three means framing a whole object rather than a detail. Adding a field derotator to a fast direct-drive mount removes the need for polar alignment. Taken together, these choices describe a device designed to show — in public, live, without an experienced operator — rather than to be worked by a patient astrophotographer.

The doubled price follows the same logic. Vaonis is no longer trying to sell a very high-end imaging instrument to wealthy individuals; it is selling institutional equipment, with the margin and the sales cycle that come with it. The Hyperia now acts as the summit of the range and as a technology showcase, while the Vespera line keeps delivering the volume. This is a repositioning, not a step up.

What Vaonis does not publish — and why that is information

On a $99,000 product, the absence of a complete spec sheet is not an editorial detail: it is a fact worth stating. As of 15 August 2026, the following items are not published by the manufacturer.

• The focal length. A figure from the earlier announcement still circulates in the press and on forums. It describes the abandoned f/7 optics, it is incompatible with the current f/4, and we do not repeat it.
• The weight. No figure, neither for the instrument alone nor in full configuration.
• Battery life. No indication of battery operation, or even of a battery being present.
• Storage. No capacity announced, even though a 45 MP sensor generates considerable volumes.
• Connectivity. No Wi-Fi standard, no wired port, no control protocol.
• Mosaic field. No stitching mode has been announced to date.
• Tripod or pier. Inclusion unspecified.
• The euro price and the pricing of the Hyperia app.
• The exact sensor part number and the detailed optical formula: neither Canon nor Vaonis has confirmed them.

Taken one by one, each of these gaps is explained by how early the project still is. Taken together, on a device already open for pre-order, they describe an announcement that is still largely commercial, with engineering that is not frozen. An institutional buyer signing today is buying a promise documented by a product page, not by a spec sheet.

Where the Hyperia sits in the market

Against consumer smart telescopes

No comparison is possible, and that is exactly its usefulness. The devices that shape the market today sit between a few hundred and a few thousand euros, with apertures of 30 to 115 mm. The Hyperia is two orders of magnitude above them in price. It competes with nothing in that category: it defines its upper boundary.

Against an assembled observatory

This is where the question becomes real. For a fraction of $99,000, an organisation can put a 150 mm apochromatic refractor on a high-end equatorial mount with a cooled full-frame camera and a filter wheel. What it will not get is the integration: a single supplier, a single app, no polar alignment, and a processing chain designed for an audience. The Hyperia sells that integration, not a decisive optical advantage.

Against the rest of the Vaonis range

The Hyperia neither replaces nor extends the Vespera line. It stands apart, with no price continuity with the rest of the catalogue. Its role is that of a demonstration flagship — proof that the manufacturer can do it, more than a product built for volume.

Alternatives by budget

• Institutional budget, automated wide field needed: a 150 mm apochromatic refractor with a cooled full-frame camera on a high-end mount, driven by software, costs substantially less at the price of integration and day-to-day operation.
• Public outreach on a tight budget: several consumer smart telescopes deployed in parallel serve more visitors at once than a single instrument.
• Looking for high end available now: the Hyperia does not ship before 2027; any urgent purchase has to go the classic assembly route.
• Advanced individual use: the top of the Vespera range remains the coherent answer. The Hyperia is not an upgraded version of those devices, it is a different trade.

Frequently asked questions

What is the Hyperia’s focal length?

Vaonis does not publish it. A figure from the earlier announcement still circulates, but it describes the f/7 optics that have since been dropped and it is incompatible with the f/4 announced today. We would rather publish nothing than repeat a wrong number.

Has the Hyperia been independently tested?

No. The device is on pre-order, with deliveries announced from 2027. Everything on this page comes from the manufacturer’s own communication.

Is the sensor really a Canon sensor?

The Air Sphere Coating optical treatment is attributed to Canon. For the sensor, Vaonis announces a back-illuminated full-frame 45 MP unit without giving its part number, and no confirmation has come from Canon or from Vaonis. So we publish the description, not a reference.

Why has the price doubled since the first announcement?

Because it is no longer the same device. The optics, the sensor, the focal ratio and the field have all changed, and the device now targets institutional customers rather than individuals. The move from $45,000 to $99,000 goes with that repositioning.

Is a subscription required to use it?

The device comes with a dedicated Hyperia app. Vaonis has published neither the pricing model nor whether a subscription exists, which leaves the running cost undetermined.

Can it do mosaics like the Vespera range?

No mosaic mode is announced. The native field of 3,30° × 2,20° already covers in one exposure what smaller devices obtain by stitching.