OrbiCraft 3D is an educational platform-designer of nanosatellites for studying the principles of satellite engineering and spacecraft motion. The constructor allows you to:

to work out orientation and stabilization algorithms using flywheel motors and sensors;
to work out the reception and transmission of information on the VHF radio channel, imitation of directional radio communication;
simulate the process of remote sensing of the Earth;
design a payload based on Arduino Mega, connect Troyka modules;
to practice programming skills, sensor calibration, data processing from different types of sensors.

3-5 students can work with one set.

The three-axis configuration is designed for testing missions on a test bench-a stand of semi-natural SOS modeling. The three-axis configuration is distinguished by the presence of 3 flywheels, the planes of rotation of which are mutually orthogonally arranged, and a composite solar sensor that allows you to determine the direction of the Sun along two axes.

You will need a PC or laptop to work. The necessary software is attached.

Information for tenders
OKPD	32.99.53.130
KTRU	32.99.53.130-00000043
What is in box
Groups of themes in education materials	Satellite construction
Format of education materials	Online
Hardware and materials	BMW module (onboard computing module), SEP module (satellite power supply system), PN module (payload), SD module (solar sensors), UDM module (flywheel control motors 3-dimension), combined VHF module (non-directional radio communication), remote sensing (photo acquisition) and HF (simulation of directional radio communication, module RF ground (simulations of directional radio communication), VHF ground module (non-directional radio communication), loop tester, charger, suitcase with a cradle for transportation.
Box type	Suitcase with a bed
Electronic modules features
Space unit type	CubeSat 3U Microsatellite
Voltage	от 6,6 до 8,4 V
Wireless interfaces	Wi-Fi, UKV
Education expirience
Themes of lessons	Fundamentals of the development, design, assembly, testing and operation of the spacecraft.
Engineering skills	Electronics, programming
Age of students	14 years and older
Max. amount of students working with 1 kit	3-5
Learning hours	20
Competition preparation	Competence "Engineering of space systems" Word skills Russia, competition "Big challenges" Sirius Education Center, Intera (direction "Satellite construction")