STARLEAP / SPIKE PRIME PYTHON / 2026–27
Build 2026.09.22-090630-0400
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LEGO Build Menu For Python Projects
Source: LEGO Education SPIKE Prime building instructions page: https://education.lego.com/en-us/product-resources/spike-prime/downloads/building-instructions/
Use this as a swap menu. If a pair has already built one model or needs a different challenge, choose another build with the same coding idea.
Strong Beginner And Intermediate Builds
| LEGO Build | Good For | Python Ideas |
|---|---|---|
| Hopper | first motor-pair driving | time, steering, velocity, tuning |
| Driving Base 1/2/3 | accurate driving challenges | degrees, turns, loops, missions |
| Driving Base 2 with distance-sensor attachment | Projects 08 and 09: parking and approach alarm | thresholds, arguments, if/elif/else |
| Rhino | force sensor bumper | runloop.until(), functions, while True |
| Delivery Cart | distance sensing | thresholds, stop/reverse, parking |
| Leo, the Trainer | loops and counting | for, count, light matrix numbers |
| The Coach | coordinated motors | timing, simultaneous movement, loops |
| Break Dancer | motor timing | repeated dance routines |
| Robot Hand | button control | press/release, open/close, motor stop |
| Grabbers | controller + mechanism | buttons, paired actions, relay games |
| Kiki, the Dog | color sensor | if/elif/else, color reactions |
| Table Top Game | functions and tuning | tap-to-shoot, shot power, repeat |
Good Later Builds
| LEGO Build | Good For | Python Ideas |
|---|---|---|
| Smart Bike | Projects 17 and 19-22: slope rides, speed modes, trip estimates, alarm and data | built-in motion sensor, tuple index, degrees, calibration, thresholds |
| Safe-Deposit Box | lock/unlock projects | button sequences, variables, state |
| Super-Safe-Deposit Box | advanced lock | multiple inputs, functions |
| Package Sorter | sorting challenge | color sensor + motor output |
| Quality Check Robot | sensing and classifying | color/distance conditions |
| CNC Machine | precise motor control | absolute position, repeatable tool paths |
| Prosthesis | controlled mechanism | position, buttons, safety stops |
| The Tracker | sensing and movement | distance/color tracking behavior |
| Game Master | interactive game logic | random choices, score, conditions |
| Weathercaster | display project | data display, light matrix, sounds |
| Wind Indicator | sensor-style display | motor position as a pointer |
| Tomato-meter | measurement display | thresholds and categories |
Mission And Attachment Builds
| LEGO Build | Good For | Python Ideas |
|---|---|---|
| Advanced Driving Base | returning pair or advanced projects | reliable mission routines |
| Dozer Blade | pushing mission | drive, align, push, back up |
| Lift Arm | attachment routine | absolute position, functions |
| Crates | mission objects | delivery and sorting |
| Game Module | target mission | repeatable scoring routine |
| Line Module | line/marker challenge | color sensor and path logic |
| Markers | course setup | consistent testing |
Choosing A Build
Pick the build that matches the coding skill:
- Motors only: Hopper, Driving Base, Coach, Leo, Break Dancer.
- Force sensor: Rhino, Robot Hand, custom bumper.
- Distance sensor: Driving Base 2 with its distance-sensor attachment (Projects 08 and 09), Delivery Cart, Parking Beeper, Tracker.
- Color sensor: Kiki, Package Sorter, Quality Check Robot, line/marker challenges.
- Hub tilt: Smart Bike; complete Bike and Biker instructions, motors C/E.
- Functions and repeatable routines: Table Top Game, Driving Base, Lift Arm, CNC.
Do not wait for a perfect build. A rough build that lets students test code is enough.
Smart Bike instructions: Bike and Biker in the SPIKE App. The gyro is built into the hub; students select and calibrate the tilt axis before adding movement.