Big Eyes pointed to the Sky

something incredible is waiting to be known.
Carl Sagan


The research at GAL Hassin is carried out through the robotic telescope named Galhassin Robotic Telescope (GRT).

The Wide-field Mufara Telescope (WMT), located on Mount Mufara (1865 meters) in September 2020, will become operational in the coming months.


The Galhassin Robotic Telescope (GRT) is a reflector telescope in Ritchey-Chrétien (RC) optical configuration, fast, made by Officina Stellare, with 400 mm aperture and f3.8 focal ratio and equipped with a large field of 83x83arcmin corrected thanks to the integrated leveller.

The telescope is placed on a 10 micron GM3000-HPS mount, which allows tracking with an accuracy of 1″/15 min and a maximum pointing speed of about 10°/sec.

The optical train is composed of a focuser, an FLI filter wheel with 10 housings currently occupied by four L-RGB filters, four SLOAN photometric filters u’, g’, r’, z_2s and two narrowband filters OIII and H-alpha. Finally, the camera is an FLI ProLine 16803, with a 52 mm diagonal KAF-16803 sensor and 4096×4096 9 μm pixels, for a resolution of 1.22″/px.

GRT1 is currently located in a 3 m astronomical dome purchased through funds awarded by The Planetary Society (Pasadena, California), which selected GAL Hassin as one of the 2019 Shoemaker NEO Grant winners with $11,700 in funding.

Along with the dome, it was possible to purchase two devices for time synchronization of the PC clocks controlling GRT. The entire instrumentation is fully remote and able to start, point and begin the observation of a target within 7 minutes.

The GRT is mainly dedicated to the confirmation and monitoring of Near Earth Objects (NEO), Trans-Neptunian Objects (TNO), comets, space debris and and the study of the OneWeb constellation satellites.

Wide-field Mufara Telescope (WMT)

The Wide-field Mufara Telscope (WMT) is the future of research at GAL Hassin.

It is a 1-meter wide-field telescope, a world prototype for this kind of observational instrument. Its location on the top of Mount Mufara, at 1865 meters of altitude, makes it even more special, giving it the record of the second highest observatory in Italy.

The low latitude and high elevation of the site will offer an unique position for the study of a region of sky up to DEC ~ -40° declinations – usually inaccessible to the telescopes of the northern hemisphere – and of the Galactic Center. This region is full of stars and energetic events of great astrophysical interest. Among them, the supermassive black hole of 4 million times the mass of our Sun.

The WMT is a unique and versatile instrument, suitable for multiple research activities: from the discovery of asteroids potentially dangerous for the Earth to the tracking of large and medium-sized space debris, from the detection of optical counterparts of gravitational waves to the discovery and characterization of exoplanets through the method of transits, from the detection and photometric follow-up of novae events to the study of galactic and extragalactic variable sources.
Objects and phenomena completely different, but all “transient events”, i.e. characterized by rapid changes in position or brightness. Variations that the WMT is able to capture thanks to its wide- field of observation, as large as 25 full moons.

The WMT will also be an excellent tool for the immediate confirmation of the detections provided by the future NEOSTEL telescope (Near Earth Object Survey TELescope), also called FlyEye, of the European Space Agency (ESA), which will be located at a short distance from the WMT, on Mount Mufara, within the next 5 years.

  • WMT

  • GRT1

Wide-field Mufara Telescope

1-meter wide-field telescope, world prototype for this type of observational instrument. The Telescope was placed on the summit of Mount Mufara in September-October 2020, Credits: Officina Stellare/GAL Hassin

The WMT will make fundamental contributions to the study of asteroids potentially hazardous for the Earth. Other key science areas include the study of the monitoring of large and medium-sized space debris, the detection of optical counterparts of gravitational waves, the discovery and characterization of exoplanets through the method of transits, the detection and photometric follow-up of novae events and the study of galactic and extragalactic variable sources.

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Commissioning and first tests

Commissioning and first tests of the Wide-field Mufara Telescope.
The time between first light and science operation is used to verify, quantify, qualify and optimize the functionality and performance of the telescopes and their instruments.
Credits: Officina Stellare/GAL Hassin/Alessandro Nastasi

Telescope Assembly

Telescope Assembly. Mount Mufara, September-October 2020. Credits: Officina Stellare/GAL Hassin/Alessandro Nastasi

Waiting for watching the Universe

First tests and calibrations for the WMT, October 2020. Credits: GAL Hassin/Alessandro Nastasi

In the reign of the WMT telescope

The dome housing the WMT telescope is visible on top of Mount Mufara. Credits: GAL Hassin/Alessandro Nastasi
There are currently no telescopes in the European continent – either in the works or even under consideration for the near future – with the characteristics of the telescope that will be installed on Mount Mufara, specifications that make it particularly suitable for the task of detecting and tracking Near-Earth asteroids. Its location in the center of a large continental area with no other comparable facilities ensures that this telescope will play an important and central role in this activity.
Giovanni Valsecchi