Welcome to Educational Space Program
برنامج صقر الفضاء
Welcome to our Space Program Initiative.
This educational space program accelerator initiative aims to bring to Jordan, Gulf and Middle East the most proven new solutions in the space technology.
مبادرة صقر قريش للفضاء
Educational Space Program Initiative
With the support of our international partner, this platform aims to provide experience in creating space vehicles, integrating them with a launch vehicle, launching into space and operation. Our goal is to share this experience with the younger generation, as well as with students - those who want to become an aerospace engineer. This section presents products that will provide an opportunity to visually study the principles of designing, assembling, testing spacecraft, controlling them, as well as investigating the principles of flight of rockets.
On-orbit mission simulation withTerra Complex of Space environment simulators
Large rotating Earth globe for satellite orbital motion simulation
Magnetic frame simulates a magnetic field around the satellite
Spotlight simulates the solar flux
Dots on the globe’s surface imitate ground stations and mission control centers
Software "Virtual MCC" visualizes the coverage zones for satellite control
Satellite Data Receiving Training Station View
Allows receiving radio signals from real spacecraft.
Receive the following types of radio signals:
•Telegraphic radio signals that allow receive the signals of the Morzian "by ear“ or demonstrate the Doppler effect;
•Snapshots from NOAA, Meteor-M weather satellites, with which can see the development of meteorological phenomena, and study the distribution of temperatures;
•Telemetry of approximately 50 satellites for assessment altitude, temperature, speed of rotation of the satellite.
Key-products
Micro-and nano satellites;
Professional test benches and simulators;
Mission control centers
Cube Sat-format satellite kits for self-assembling;
Orbital motion simulators;
Amateur radio stations
Functional mock-up of the satellite (with on-board Computer, reaction wheel,sensors, and camera);
Complex of space environment simulators
Functional Models and Systems
Orbital Space Craft is designed to learn the basics of spacecraft design and assembly.
It represents the kit of simplified satellite subsystems for self-assembly of functional model.
It allows to get functional prototype of the satellite, to learn control algorithms, and to easily learn how to program on C and Python languages.
Terra Spaceflight Simulation
Using “Terra” you can simulate spaceflight
Big rotating Earth globe simulates orbital motion of the satellite;
Magnetic frame creates magnetic field around the satellite;
Spotlight simulates the Sun;
Sensors on the globe surface simulate Mission Control Centers work;
“Virtual MCC” software visualizes radio-covered zones for satellite control.
Satellite Testing
Test bench allows to conduct experiments and analyze ADCS algorithms of the spacecraft in ground conditions.
Test bench contents:
Magnetic field simulator (three-axial)
Sun simulator
Air bearing with moving platform (weightlessness simulator)
System of independent measurements (positioning in space)
Operator’s workstation
Software
Mission Control Center
Receive spacecraft signals and control your satellite from Mission Control Center.
Complex allows to receive signals of the real spacecrafts in amateur radio band.
Types of radio signals available to receive:
Telegraphic radio signals, the Morse alphabet for Doppler’s effect demonstration;
NOAA and Meteor-M weather satellites shots, which can help to study weather events and temperature distribution;
Telemetry of more than 50 satellites for altitude, angular velocity, temperature examination.
Two-way radio channel allows to receive telemetry as well as transmit control commands.
Space Satellite Program برنامج صقر قريش للفضاء
Features of the program is demonstrated below