What is Orbicraft for?

• Ideology
• WorldSkills
• Glossary

Assembling the OrbiCraft 3D

• OBC module assembly
• Assembling the reaction wheel (RW) module
• Assembling the PSS module
• Assembling the UHF, HF and RS module
• Assembling the SS (solar sensor) module
• Assembling the payload module
• Assembling the HF Ground Module
• Assembling the ground UHF module
• Assembling the ribbon cable tester
• Assembling the reaction wheel (RW) 3D module
• Assembling the 2D SS module
• Assembling cable network
• Assembling a functional kit from modules (uniaxial)
• Assembling a functional kit from modules (three-axis)

OrbiCraft 3D interfaces

• OrbiCraft 3D interfaces

Work with earth-based VHF

• Work with earth-based VHF
• "Houston" SW interface
• Internal architecture of OrbiCraft 3D
• Test of the earth-based VHF TRX
• Changing frequency of ground and on-board UHF
• Using sensors
• Reaction wheel
• Solar sensors
• File transfer via HF
• Transfer photos with Raspberry Pi by UHF
• Creating and loading schedules

Work with Wifi

• Setting up the Houston App to work over Wi-Fi
• Building a graph based on AVS data
• Upgarde of Raspberry Pi

Work through the WEB interface

• Lesson 01. Install the software
• Lesson 02. Introducing sensors
• Lesson 03. OrbiCraft Educational Kit’s Assembling
• Lesson 04. Stabilization mode
• Lesson 05. Magnetometer calibration. Raw data acquisition
• Lesson 06. Magnetometer Calibration
• Lesson 07. OrbiCraft positioning with magnetometer

Houston Control Center Software

• Houston Control Center Software
• Houston CC Application SW Interface
• Instrument panels
• HOUSTON SERVER SW

Arduino-Based payload

• Arduino-Based Payload
• Arduino module settings
• Arduino module base lesson
• ERS using a camera on OrbiCraft 3D

Laboratory equipment

• Orbicraft gimbal
• Terra Integrated Space Environment Simulator Complex
• Terra 2.0 Integrated Space Environment Simulator Complex

Feedback

• FAQ
• Support