Steel-frame rotating domes; indicative 2–20 m range, with initial focus on 2–6 m projects
Configuration, dimensions, certification and export availability to be confirmed.
01 / ENCLOSURE ARCHITECTURE · ASTRAVYR
Rotating Observatory Domes
A protected home for astronomical instruments, with a rotating enclosure and dedicated observing aperture.
PRELIMINARY PRODUCT FAMILY · CONFIGURATIONS SUBJECT TO TECHNICAL REVIEW01 / SYSTEM OPTIONS
System concepts under review.
The following are preliminary product configurations, not confirmed available models. Final selection requires technical documentation and project review.
Custom instrument and shutter integration
Configuration, dimensions, certification and export availability to be confirmed.
TECHNICAL CENTRE / GEOMETRY & OPERATIONS
How the rotating dome must work.
A rotating enclosure tracks the telescope azimuth while an independently operated shutter opens the observing aperture. The telescope optical path must remain clear throughout the required observing envelope.
Dome rotation
Verify rotation axis, travel, drive, azimuth synchronisation and emergency manual operation.
Shutter aperture
Check shutter opening width, travel, sealing, weather response and safe-close behaviour.
Telescope clearance
Confirm optical tube, mount, pier and instrument swing clearances in all planned orientations.
Building interface
Obtain ring beam, anchorage, loads, maintenance access and local structural review.
Engineering verification required · Product imagery does not establish dimensions, certification, compatibility or product availability.
02 / TECHNICAL COMPARISON
Compare the right requirements.
Technical values are intentionally withheld until model-specific technical documents are checked. The matrix identifies what buyers should compare before specifying a system.
| Specification area | Evidence required | Verification status |
|---|---|---|
| Dome diameter | Model-specific dimensioned drawings | Confirm for selected model |
| Rotation & shutter | Drive type, travel and manual recovery | Confirm for selected model |
| Telescope interface | Aperture and instrument clearance | Confirm for selected model |
| Site resilience | Wind, seismic and corrosion design evidence | Confirm for selected model |
| Operations | Weather automation and safety interlocks | Confirm for selected model |
Ready to define your project?
Request an initial quotation or send a detailed RFP with drawings, equipment interfaces and local design criteria. Model specifications remain subject to verification.
03 / PROJECT DEFINITION
What we need to understand.
What telescope and mount will the enclosure house?
What diameter and available building footprint are proposed?
What are the site's wind, seismic, corrosion and temperature conditions?
Is remote operation or automatic weather closure required?
04 / ENGINEERING & PROCUREMENT
Evidence before specification.
We will request and review technical documents before making project-specific performance or compliance claims.
✓ Diameter, materials, mass and wind/seismic design evidence
✓ Rotation mechanism, shutter controls and emergency procedures
✓ Interface drawings, foundations and local compliance responsibilities