3D Smart Model Rocket Project
3D Smart Model Rocket Project
Using xChips as the flight computer, participants design and print their own model rocket, configure their payload, and launch on a local field.Teachers are supported with a full Canvas course with all the materials required to engage their students in this activity. This curriculum links to:
- Physics and Newtonian mechanics
- Mechanical design, additive manufacturing and 3D printing
- Chemistry and enthalpy/energy calculations
- Electronics, payload design, and power management
- Software development, coding, and testing
- Research design, the scientific method, and data collection/analysis
The kit includes:
- 3 x MaxIQ Space STEM kits (MK01)
- Barometer
- Accelerometer (XYZ)
- Rechargeable battery unit for the payload
- Launch platform, remote ignition control, safety glasses, and all other necessary accessories
- Space model rocket motors
- 3D print files and instructions
For facilitators wishing to develop their own course materials, the xChips are available as a kit on this page.
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How to use
How to use
We have developed "Getting Started Guides" for all our kits, please find the appropriate guide at these links:
STEM Starter Kit (MK01/SDG)
TinyGS Ground Station Kit (MK05)
Frequently asked questions:
Visit the FAQ page for updated answers.
Shipping & Processing
Shipping & Processing
Please allow 3-5 days for processing.
Shipping is available globally.
Price and shipping times are subject to individual orders.
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