Manufacturing of Robotic Wide Field Telescope "MASTER"
master.complex.telescope@gmail.com

If you have a wide-field telescope, we will make a robot out of it. We offer a program for searching, photometry and automatic publication of new flares in the Universe from the Solar System up to 10 billion light years!

"MASTER" company produces the unique fully robotic optical observatory, capable of the sky survey and reduction without human intervention, identifying all tens-hundred thousands stars at every image and detecting all new moving and stationary objects with their characteristics in real time (1-2 min after CCD readout).

The MASTER systems are an astronomical tool of a new generation, created on the basis of 20 years of experience with MASTER Global robotic telescopes, known for their discoveries of thousands of new objects, including the independent discovery of a new astronomical phenomenon - Kilonova (2017, Nature) - at the neutron stars merging, as well as the discovery of the polarization of optical emission of gamma-ray bursts (2016, Nature).

"MASTER" is a fast, twin, colored (BVRI) and polarizing wide-field telescope robot with its own real-time detection system of new objects. It means that 1-2 minutes after reading the CCD cameras, you have complete astrometric and photometric information about tens-hundred of thousands of objects on each frame with access to archive photometry and images and with access to known public databases. This software will give you possibility to discover optical transients, including comets and potentially hazardous asteroids.

We offer fully robotized «turnkey» observatories of «MASTER» system in various modifications which include:
- optical part (telescopes themselves);
- electronic part (image acquisition);
- mechanical part (mount, dome, housing);
- computing facilities ("hard");
- programming computational tools ("soft").

Robotic wide field optical complex «MASTER» is capable of working both in autonomous mode and in manual control mode using the world-wide web capabilities.
Computer memory of the complex contains all known data about the celestial objects (stars, galaxies, minor planets, supernovae, artificial satellites and space debris). The system is continuously updating the catalog of known objects via internet.

The software allows real-time image acquisition and processing, identifying objects by types and automatically upload the information to the Databases accessible by the remote user on the WWW.

Manufacturing of Robotic Wide Field Telescope Complexes. MASTER 400, MASTER 600 and MASTER 900

We offer fully robotized «turnkey» observatories of «MASTER» system in various modifications which include:
- optical part (telescopes themselves);
- electronic part (image acquisition);
- mechanical part (mount, dome, housing);
- computing facilities ("hard");
- programming computational tools ("software").

Robotic wide field optical complex «MASTER» is capable of working both in autonomous mode and in manual control mode using the world-wide web capabilities.
Computer memory of the complex contains all known data about the celestial objects (stars, galaxies, minor planets, supernovae, artificial satellites and space debris). The system is continuously updating the catalog of known objects via internet.

The software allows real-time imaging and processing, identifying objects by all types and automatically upload the information to the Databases accessible by the remote user on the WWW.

MASTER 400
Main Sky Survey Parameters: 20th magnitude in 1 minute exposition at 8 sq. deg. Field of view. MASTER 400 automaticaly discovery Red Nova in Andromeda (19.4 m).

Terms of delivery:
Delivery in Russia and assembly is paid by manufacturer. In case of installing the telescope in other world the delivery is paid by the Ordering Customer.
Personnel training on the work with the telescope is provided by the Contractor free of charge.
Telescope delivery is provided in 12 months after signing the Contract.
Term of guarantee – at least 24 months since the day of signing the acceptance document.
In case of defects appearing due to the manufacturer part, guarantee repair is performed at the expense of manufacturer.

System Characteristics
1. Robotic wide field optical complex is designed for the continuous monitoring of sky and observations of selected objects.
2. Rate of sky survey – up to 320 sq. deg. per night for CCD and 480 sq.deg. for CMOS.
3. Depth of survey – 20th magnitude in the moonless night.
4. Accuracy of objects angular position measurement – less than 0.7 arcsec.
5. Automatic Photometric accuracy: 0.1 for 19th magnitude objects, 0.01 for 14th magnitude objects.
6. Processing of images is performed in the real time mode, results of observations are available in internet.
7. Control – remote (via WWW) and fully autonomous operation.

The Complex includes:
1. Own Software for automatic observations and real-time reduction (the key factor for robotic telescope).
2. Twin wide-field telescope.
3. The monolith CCDs.
4. Robotized fully opening dome of «shell» type.
5. Cloud sensors and rain sensors.
6. Set of high-speed control and processing computers and image storage (up to 10 Tb), initial database.

MASTER 600
Main Survey Parameters: 21st magnitude in 1 minute over 15 sq. deg.
Key parameter: own software for robotic observations and real time reduction

System Characteristics
1.Fully Robotic wide field optical complex is designed for the continuous sky monitoring and observations of selected objects.
2. Rate of sky survey - at least 1000 sq. deg. per night.
3. Depth of survey – 21st magnitude in the moonless night.
4. Automatic Accuracy of objects angular position measurement – less than 0.7 arcsec.
5. Automatic Photometric accuracy: better than 0.1 for 20th magnitude objects, better than 0.01 for 17th magnitude objects.
6. Processing of images is performed in the real time mode, results of observations are available in internet.
7. Control – remote (via WWW) and fully autonomous operation.

The Complex includes:
1. Own Software for automatic observations and real-time reduction (the key factor for robotic telescope).
2. Twin wide-field reflecting telescope.
3. Two monolith CCDs or CMOS.
4. Robotized fully opening dome of «shell» type.
5. Cloud sensors and rain sensors.
6. Set of high-speed control and processing computers and image storage (up to 100 TBytes), database.

Terms of delivery:
Delivery in Russia and assembly is paid by manufacturer. In case of installing the telescope abroad the delivery is paid by the Ordering Customer.
Personnel training on the work with the telescope is provided by the Contractor free of charge.
Telescope delivery is provided in 12-18 months after the Contract signing.
Term of guarantee – at least 48 months since the day of signing the acceptance document.
In case of defects appearing due to the manufacturer part, guarantee repair is performed at the expense of manufacturer.

MASTER 900

Main Survey Parameters: 22th magnitude in 1 minute over 26 sq. deg (depend on CCD grade 10x10 см).

Terms of delivery:
Delivery in Russia and assembly is paid by manufacturer. In case of installing the telescope abroad the delivery is paid by the Ordering Customer.
Personnel training on the work with the telescope is provided by the Contractor free of charge.
Telescope delivery is provided in 32-36 months after the Contract signing.
Term of guarantee – at least 24 months since the day of signing the acceptance document.
In case of defects appearing due to the manufacturer part, guarantee repair is performed at the expense of manufacturer.

System Characteristics
1. Robotic wide field optical complex is designed for the continuous monitoring of sky and observations of selected objects.
2. Rate of sky survey - at least 1500 sq. deg. per night.
3. Depth of survey – 23 magnitude in the moonless night.
4. Automatic Accuracy (1-2 minutes after CMOS readout) of objects angular position measurement – less than 0.3 arcsec.
5. Automatic Photometric accuracy: better than 0.1 for 21nd magnitude objects, better than 0.01 for 17th magnitude objects.
6. Processing of images is performed in the real time mode, results of observations are available in internet 24*365.
7. Control – remote (via WWW) and fully autonomous operation.

The Complex includes:
1. Own Software for automatic observations and real-time reduction (the key factor for robotic telescope).
2. Wide-field telescope with a diameter of 1 m, focal length of 2.0 m.
3. The world's largest monolith CCD (112 Megapixels) able to provide the 16 sq. deg. field of view.
4. Rapid, fully automated azimuthal mount.
5. Robotized fully opening dome of «shell» type.
6. Cloud sensors and rain sensors.
7. Set of high-speed control and processing computers and image storage (up to 50 TBytes), database.

Technical Characteristics of the Telescope and Mount

The complex is designed for the space monitoring and quick response to the alerts from other robotized systems.
The complex is installed in the good astroclimate conditions with the maximum number of clear nights. Operating the complex requires electric power and internet. Consumed power is 50 kWt.
The system does not require the continuous stay of the operator.

Terms of delivery:
Delivery in Russia and assembly is paid by manufacturer. In case of installing the telescope abroad the delivery is paid by the Ordering Customer.
Personnel training on the work with the telescope is provided by the Contractor free of charge.
Telescope delivery is provided in 32-36 months since the conclusion of Contract.
Term of guarantee – 24 months since the day of signing the acceptance document.
In case of defects appearing due to the manufacturer part, guarantee repair is performed at the expense of manufacturer.

Photos for Fully robotic Сomplex 400, 600

The instalment technique data in details

The complex is supplied and assembled by the turnkey supplier's team. On the part of the customer, it is necessary to provide electricity, a site, the Internet and a server room, at a distance of less than 50 meters from the installation site of the complex.

MASTER 400

Tenerife, Canarias Island, Spain

MASTER 400

Tenerife, Canarias Island, Spain

MASTER 400

South Africa Astronomical Observatory.

MASTER 600

Tunka, Baykal Lake, Russia

Siberian weather Dome style.

MASTER 600

Tunka, Baykal Lake, Russia