Cubesat Kit Assembly

Categories: Design & Build
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About Course

In this exciting hands-on module of the Future Space Pioneers Academy, students will transform their custom 3D-printed 1U cubesat frame and complete electronics kit into a fully assembled, functional satellite ready for orbit. Over nine carefully paced 15–30 minute video segments, learners will safely bolt together the structural frame, mount the Raspberry Pi Zero W as the satellite’s central computer, install three reaction wheels for precise attitude control, wire up the 18650 lithium battery system with solar energy management board, integrate the 9-axis IMU sensor and 16-megapixel Arducam camera, attach deployable solar panels with hinges and servo actuator, complete professional cable management, and perform a final systems checkout. Each short lesson includes clear instructor-led video demonstrations, simple slide decks, and printable step-by-step how-to guides so students can build at their own pace with confidence. By the end of this module, every student will proudly hold a real working 1U cubesat they built themselves.

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What Will You Learn?

  • The goal is to turn the sometimes overwhelming task of building a real 1U cubesat into bite-sized, confidence-building 15–30 minute video segments that students can complete one evening at a time.

Course Content

Segment 1: Safety, Tools & Kit Inspection
Estimated length: 15 minutes - Academy safety rules for lithium batteries, small screws, and static-sensitive boards - Complete kit inventory checklist (students physically check off every item against the supplied parts list) - Recommended tools (included in kit or common household) - Workspace setup and anti-static practices

Segment 2: Building the Structural Frame
Estimated length: 20 minutes - Identifying the top plate, bottom plate, and four edge rails (reference the exact 3D-printed part you show in the first image) - Step-by-step alignment and bolting using the supplied M3 screws and standoffs - Proper torque technique and thread-locking tips - Checking for square and rigidity

Segment 3: Mounting the Brain – Raspberry Pi Zero W
Estimated length: 25 minutes - Correct orientation and mounting holes on the bottom plate - Installing the Pi with the supplied standoffs and gentle cable routing - First power-check (no batteries yet – just USB for testing)

Segment 4: Installing the Reaction Wheels (Attitude Control)
Estimated length: 25 minutes - Positioning the three laptop hard-drive motors + mini brushless controllers for X, Y, and Z axes - Vibration-damping mounting technique - Labeling each wheel clearly for later software configuration

Segment 5: Power System – Batteries & Solar Management Board
Estimated length: 20 minutes - Installing the 18650 battery holder and two protected lithium cells - Mounting the solar energy management board - First safe power connections (power bus only)

Segment 6: Sensors & Eyes – IMU + Arducam
Estimated length: 20 minutes - Mounting the 9-axis accelerometer/orientation sensor in its optimal location - Installing the 16-megapixel Arducam with correct ribbon-cable orientation - Securing both components to avoid vibration damage

Segment 7: Deployable Solar Panels & Servo Actuator
Estimated length: 30 minutes (the longest – students love this one!) - Attaching the two hinges to the three solar panels - Mounting panels to the frame sides (two deployable + one body-fixed) - Installing and testing the servo actuator for panel deployment

Segment 8: Complete Wiring & Cable Management
Estimated length: 30 minutes - Full wiring harness: power, I2C/SPI data buses, motor controllers, servo, camera, and IMU - Color-code legend and strain-relief techniques - Neat routing inside the frame to prevent shorts or snags during launch vibration

Segment 9: Final Close-Out, Securing & Initial Checkout
Estimated length: 25 minutes - Installing the top plate and final screws - Full visual inspection checklist - Safe power-on sequence and first system test (Pi boots, sensors read, wheels spin, panels deploy) - What to do if something doesn’t work (troubleshooting flowchart)

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