Vaonis Atlas lets telescope optics detach from a shared body
Vaonis introduced Atlas, a telescope architecture built around interchangeable imaging modules. Each module combines optics with its own image sensor and attaches to a shared body. One module or two identical modules can operate with the system. The first optics target deep-sky objects, while planetary observation and mixed-optics operation remain future additions.
Science··Morning
The optical tube and sensor form a removable unit
French telescope maker Vaonis introduced Atlas on October 15, organizing its new observing system around interchangeable imaging modules. Each module carries the optics that gather light together with its own image sensor. It attaches to a shared body through a connection called SkyDock. This separates the optical section from the supporting body, following the distinction between a camera and its interchangeable lens.[1], [2]
The shared body has two attachment ports. Atlas can operate with one imaging module, or with two identical modules mounted side by side in the arrangement Vaonis calls SkyTwin. Removing or replacing an optical tube leaves the shared body in place. The first module is designed for deep-sky targets such as galaxies, nebulae and star clusters.[1], [2]
An application directs observation while a camera watches the sky
A control application named Gaia provides a live view of the sky for choosing an observing target. The mount turns toward the selected object and the telescope begins collecting images. Target selection and image collection are managed through that application. The removable optical modules supply the images of the chosen astronomical target, each using the sensor housed within its own tube.[1], [2]
SkyGuard, a separate sky camera built into the body, is designed to monitor conditions above the observing location. It supports the application’s sky view and can make a time-lapse view of changes during the night. Its surrounding-sky view serves a different role from the imaging modules pointed at a particular target.[1], [2]
New Atlas also identifies how a galaxy image supplied by Vaonis was prepared: it was manually processed in PixInsight, a program used for astronomical image processing. The published example is a processed image, rather than a raw output directly from an imaging sensor.[2]
Planetary optics remain on the expansion plan
Vaonis plans further optical modules for different observing targets, including a module dedicated to planets. These additions are not yet ready. Mixing different optical types or different filters in the paired arrangement is also not yet supported. Additional filters and an equatorial wedge, a tilted support for following the sky, remain planned accessories. The first announced module therefore serves deep-sky imaging while the system’s other observing roles await further development.[1], [2]
