OUTPOST 3M - Computerized clamshell dome for telescopes and space monitoring
OUTPOST 3M is a fully opening, 3-meter diameter computerized dome designed by PrimaLuceLab for telescopes and space applications. Unlike traditional observatory domes that require synchronization between the telescope and the dome shutter, OUTPOST 3M opens completely, giving telescopes unrestricted access to the entire sky. This makes it the ideal solution not only for astronomical observatories but also for fast-response tasks such as satellite tracking, space debris monitoring, and all-sky surveys.
Product Details
Constructed with a multi-layer GRP (Glass Reinforced Plastic) structure and featuring anodized aluminum and stainless steel components, the OUTPOST 3M delivers enhanced rigidity and durability, ensuring long-term stability even in the most demanding environments. High-speed motors and advanced remote-control electronics guarantee rapid opening and closing, while a selective shutter mode allows partial opening to protect the telescope from strong winds without sacrificing visibility.
Developed as part of our optical ground stations, OUTPOST 3M combines professional-grade reliability with an affordable price, making it suitable not only for research institutes, universities, and space economy companies, but also for advanced amateur astronomers and schools seeking a higher-quality solution. By merging robustness, automation, and affordability, OUTPOST 3M sets a new standard in all-sky domes for telescopes.
Main Features
- Fully opening 3m dome for unobstructed access to the entire sky without the need of synchronization between shutter and telescope position
- Fast motorized opening/closing for immediate observation readiness
- Reinforced multi-layer GRP (Glass Reinforced Plastic) structure for superior rigidity and durability
- Designed for robotic and remote-controlled observatories
- Automatic safety closure in case of power loss, rain or wind with optional UPS or sensors
- Seamless integration with our optical ground stations
- Made in Italy design and engineering for reliability, automation, and long-term stability
OUTPOST 3M - Computerized clamshell dome for telescopes and space monitoring
ALL-SKY OPERATIONS AND APPLICATIONS
The fully opening design makes OUTPOST 3M ideal for projects where speed and sky accessibility are essential. Research institutes and universities can use it for wide-field surveys and astrophotography, while companies in the New Space Economy can rely on it for satellite tracking, space debris monitoring, and quick-response observations. Scientific museums and educational organizations also benefit from its design, which creates an engaging and immersive experience for the public.
OUTPOST 3M is equipped with high-speed motors and advanced remote-control electronics that ensure rapid opening and closing operations, minimizing time to target acquisition and observation. Its selective shutter function allows partial opening, providing extra protection against strong winds while still enabling the telescope to access the required sky region. Fully automated and reliable, the dome is designed to operate seamlessly with robotic telescopes and remote observatory stations.
OUTPOST 3M - Computerized clamshell dome for telescopes and space monitoring: Safety features
OUTPOST 3M is equipped with custom-designed electronics by PrimaLuceLab to guarantee maximum safety and instrument protection. In case of a power supply interruption, the dome can automatically close even when it is not connected to any control software, as long as it is powered through a supported optional UPS (not included with the dome). Furthermore, OUTPOST 3M electronics can be connected to an optional rain sensor. In this case, the dome will automatically close when rain is detected, independently of the software used, protecting the instruments from sudden weather changes. This ensures a reliable safeguard for telescopes in all situations, including fully automated or remote operations.
EXTERNAL DIMENSIONS
- Maximum outer diameter: 326 cm (128.35 inches)
- Maximum outer height: 325 cm (127.95 inches)
- Weight: 950 kg
- Number of shutters: 4
- Drive: 2 electric motors
- Automation: control with PLAY software for Windows, or with third-party software through the provided ASCOM drivers.
- Equipment bay: 88 x 78 x 68 cm (34.65 x 30.71 x 26.77 inches)
- Door: 84 x 84 cm (33.07 x 33.07 inches)
NEED SUPPORT WITH OPTICAL GROUND STATION DESIGN AND DEPLOYMENT?
Designing an optical ground station that is truly operational for space applications requires much more than assembling individual components. It requires a deep understanding of motion control, automation, remote operations, system integration and long-term reliability. Thanks to the PL-GSS approach, the PrimaLuceLab Space Division provides dedicated support for organizations that need to design, deploy or evolve an optical ground segment. Working directly with the engineers who design and develop the Observatory Stations systems, we support customers in defining the architecture of their optical ground station, selecting and integrating mission-specific optical instruments, and ensuring seamless integration with their mission control software.
Our team can assist throughout the entire process, from system design and customization to on-site installation, commissioning and operational training. The result is not a generic observatory, but a mission-driven optical ground station designed to operate as part of a real ground segment, scalable over time and fully under your control. If you are planning to build or evolve an optical ground station for space missions, research or Space Situational Awareness applications, contact the PrimaLuceLab Space Division to start a technical discussion.
