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Building:bit Superkit📖
0.First Trial Video
1.Assembly Course
  • 1.1Mobile shooter
  • 1.2Pretty car
  • 1.3Clip robot
  • 1.4Proficient carrier
  • 1.5Skip car
  • 1.6Freestyle
  • 1.7Spider
  • 1.8Lifting platform
  • 1.9Biped robot
  • 1.10Changing Face
  • 1.11Carousel
  • 1.12Oscillating fan
  • 1.13Airplane
  • 1.14Unicycle
  • 1.15Auto-door
  • 1.16Dragon knight
  • 1.17Ultrasonic handheld rangefinder
  • 1.18Small flying car obstacle avoidance
  • 1.19Changing face
  • 1.20Adjustable RGB light
  • 1.21Adjustable fan
  • 1.22Photosensitive emergency light
  • 1.23Smart alarm clock
  • 1.24Light-controlled bipedal robot
  • 1.25Swimming robot avoid objects
  • 1.26Fleeing spider
  • 1.27Temperature humidity reminder
  • 1.28Temperature-controlled fan
  • 1.29Color recognition machine
  • 1.30Color-recognizing automatic door
  • 1.31Rokcer color changing light
  • 1.32Rokcer transporter
2.Preparation before class
  • 2.1 About BBC microbit
  • 2.2 Super:bit expansion board
  • 2.3 MakeCode Graphical Programming Guide
  • 2.4 MakeCode graphical API
  • 2.5 Python Programming Guide
  • 2.6 Superbit MicroPython API
  • 2.7 Notes on charging and battery use
3.Basic modeling MakeCode course
0.Basic course
  • 1.Buzzer play music
  • 2.Control RGB color
  • 3.Control all RGB lights
  • 4.Drive 270°building block servo
  • 5.Drive 180° servo
  • 6.Drive motor
A.Mobile shooter
  • 1.Cannonball shooting
  • 2.Music fortress
  • 3.APP control
  • 4.Micro:bit handle control
  • 5.WiFi camera control
B.Pretty car
  • 1.Dancer
  • 2.APP control
  • 3.Micro:bit handle control
  • 4.WiFi camera control
C.Clip robot
  • 1.Dancing and singing
  • 2.Button control clip
  • 3.APP control
  • 4.Micro:bit handle control
  • 5.WiFi camera control
D.Proficient carrier
  • 1.Dancing
  • 2.Button control shovel
  • 3.Transportation
  • 4.APP control
  • 5.Micro:bit handle control
  • 6.WiFi camera control
E.Skip car
  • 1.Dance battle
  • 2.Button control skip car
  • 3.Powerful carrier
  • 4.APP control
  • 5.Micro:bit handle control
  • 6.WiFi camera control
F.Freestyle
  • 1.Dancing and singing
  • 2.Freestyle advance
  • 3.APP control
  • 4.Micro:bit handle control
G.Spider
  • 1.Spider advance
  • 2.The dancing spider
  • 3.APP control
  • 4.Micro:bit handle control
  • 5.WiFi camera control
H.Lifting platform
  • 1.Automatic Lift
  • 2.Button control platform
  • 3.APP control
  • 4.Micro:bit handle control
I.Biped robot
  • 1.Walking
  • 2.Dancing and singing
  • 3.APP control
  • 4.Micro:bit handle control
J.Changing Face
  • 1.Changing face
  • 2.Bite the hand crocodile
  • 3.APP control
  • 4.Micro:bit handle control
K.Carousel
  • 1.Music carousel
  • 2.APP control
  • 3.Micro:bit handle control
L.Oscillating fan
  • 1.Colorful windmill
  • 2.Summer cooling artifact
  • 3.APP control
  • 4.Micro:bit handle control
M.Airplane
  • 1.Sailing Prelude
  • 2.APP control
  • 3.Micro:bit handle control
N.Unicycle
  • 1.Clumsy reptile
  • 2.APP control
  • 3.Micro:bit handle control
O.Auto-door
  • 1.Soldiers on duty
  • 2.Music door
  • 3.APP control
  • 4.Micro:bit handle control
P.Dragon knight
  • 1.Waving wings
  • 2.APP control
  • 3.Microbit handle control
4.Basic modeling Python course
0.Basic course
  • 1.Buzzer play music
  • 2.Control RGB color
  • 3.Control all RGB lights
  • 4.Drive 270° building block servo
  • 5.Drive 180° servo
  • 6.Drive motor
  • 7.Drive stepper motor
A.Mobile shooter
  • 1.Cannonball shooting
  • 2.Music fortress
  • 3.Micro:bit handle control
B.Pretty car
  • 1.Dancer
  • 2.Micro:bit handle control
C.Clip robot
  • 1.Dancing and singing
  • 2.Button control clip
  • 3.Micro:bit handle control
D.Proficient carrier
  • 1.Dancing
  • 2.Button control shovel
  • 3.Transportation
  • 4.Micro:bit handle control
E.Skip car
  • 1.Dance battle
  • 2.Button control skip car
  • 3.Powerful carrier
  • 4.Microbit handle control
F.Freestyle
  • 1.Dancing and singing
  • 2.Freestyle advance
  • 3.Micro:bit handle control
G.Spider
  • 1.Spider advance
  • 2.The dancing spider
  • 3.Micro:bit handle control
H.Lifting platform
  • 1.Automatic Lift
  • 2.Button control platform
  • 3.Micro:bit handle control
I.Biped robot
  • 1.Walking
  • 2.Dancing and singing
  • 3.Micro:bit handle control
J.Changing Face
  • 1.Changing face
  • 2.Bite the hand crocodile
  • 3.Micro:bit handle control
K.Carousel
  • 1.Music carousel
  • 2.Micro:bit handle control
L.Oscillating fan
  • 1.Colorful windmill
  • 2.Summer cooling artifact
  • 3.Micro:bit handle control
M.Airplane
  • 1.Sailing Prelude
  • 2.Micro:bit handle control
N.Unicycle
  • 1.Clumsy reptile
  • 2.Micro:bit handle control
O.Auto-door
  • 1.Soldiers on duty
  • 2.Music door
  • 3.Microbit handle control
P.Dragon knight
  • 1.Waving wings
  • 2.Micro:bit handle control
5.Sensor Advanced MakeCode coursenew
3.Sensor expansion course
  • 3.1 Avoiding car
  • 3.2 Changing Face
  • 3.3 Adjustable fan
  • 3.4 Photosensitive robot
  • 3.5 Swimming robot
  • 3.6 Spiders sense human body
  • 3.7 Temperature control fan
  • 3.8 Automatic safety door
  • 3.9 Rocker carrier car
2.Sensor basic course
  • 2.1 Hand-held range finder
  • 2.2 Adjustable RGB light
  • 2.3 Emergency light
  • 2.4 Vibrating alarm clock
  • 2.5 Infrared detection broadcast
  • 2.6Human body infrared detection broadcast
  • 2.7 Temperature and humidity broadcaster
  • 2.8 Color recognition machine
  • 2.9 Rocker control light
1.Sensor principle
  • 1.1 About ultrasonic sensors
  • 1.2 Ultrasonic ranging
  • 1.3 About potentiometers
  • 1.4 Adjust potentiometer
  • 1.5 About photosensitive sensors
  • 1.6 Read the light intensity
  • 1.7 About infrared modules
  • 1.8 Obstacle detection
  • 1.9 Introduction of module
  • 1.10 Human body detection
  • 1.11 About temperature-humidity modules
  • 1.12 Read temperature humidity
  • 1.13 About color recognition sensors
  • 1.14 Color recognition
  • 1.15 About rocker module
  • 1.16 Control rocker
6.Sensor Advanced Python coursenew
1.Sensor principle
  • 1.1 About ultrasonic sensorsnew
  • 1.2 Ultrasonic rangingnew
  • 1.3 About potentiometersnew
  • 1.4 Adjust potentiometernew
  • 1.5 About photosensitive sensorsnew
  • 1.6 Read the light intensitynew
  • 1.7 About infrared modulesnew
  • 1.8 Obstacle detectionnew
  • 1.9 About human infrared sensing modulesnew
  • 1.10 Human body detectionnew
  • 1.11 About temperature-humidity modulesnew
  • 1.12 Read temperature humiditynew
  • 1.13 About color recognition sensorsnew
  • 1.14 Color recognitionnew
  • 1.15 About rocker modulenew
  • 1.16 Control rockernew
2.Sensor basic course
  • 2.1 Hand-held range findernew
  • 2.2 Adjustable RGB lightnew
  • 2.3 Emergency lightnew
  • 2.4 Vibrating alarm clocknew
  • 2.5 Infrared detection broadcastnew
  • 2.6 Human body infrared detection broadcastnew
  • 2.7 Temperature and humidity broadcasternew
  • 2.8 Color recognition machinenew
  • 2.9 Rocker control lightnew
3.Sensor expansion course
  • 3.1 Avoiding carnew
  • 3.2 Changing Facenew
  • 3.3 Adjustable fannew
  • 3.4 Photosensitive robotnew
  • 3.5 Swimming robotnew
  • 3.6 Spiders sense human bodynew
  • 3.7 Temperature control fannew
  • 3.8 Automatic safety doornew
  • 3.9 Rocker carriernew
Download
  • APP(iOS_Android)
  • Code_PythonLibrary
  • Hardware manual
  • Bluetooth communication protocol
  • Assembly Instructions Manual
  • Makecode offline software
Download ZIP

Welcome to Building:bit Superkit repository

3.1 Avoiding car

Avoiding car

Avoiding car1. Learning objectives2. Building blocks3. Sensor wiring4. Programming4.1 Adding extension packs4.2 Building blocks used4.3 Combining blocks5. Experimental phenomenon

1. Learning objectives

In this course, we mainly learn how to use MakeCode graphical programming to achieve obstacle avoidance for flying cars.

2. Building blocks

For detailed steps of building blocks, please refer to the installation drawings of [Assembly Course]-[Small flying car obstacle avoidance] or the building blocks installation brochure.

3. Sensor wiring

The motor wiring on the left side of the car is inserted into the M1 interface of the Super:bit expansion board, and the black wire is close to the battery side;

The motor wiring on the right side of the car is inserted into the M3 interface of the Super:bit expansion board, and the black wire is close to the battery side;

The ultrasonic wave is connected to the P1P2 interface.

image-20250624143411432

4. Programming

Method 1 Online Programming:

First, connect micro:bit to the computer via a USB data cable. The computer will pop up a U disk. Click the URL in the U disk: https://makecode.microbit.org/ to enter the programming interface. Then, add the Yahboom software package https://github.com/YahboomTechnology/SuperBitLibV2 to start programming.

Method 2 Offline Programming:

Open the offline programming software MakeCode and enter the programming interface. Click [New] and add the Yahboom software package https://github.com/YahboomTechnology/SuperBitLibV2 to start programming.

4.1 Adding extension packs

image-20250606184603631

image-20250606184759888

4.2 Building blocks used

The locations of the building blocks required for this programming are shown in the figure below.

1588044336115798

Snipaste_2025-06-20_21-42-03

Snipaste_2025-06-20_21-42-47

image.png

4.3 Combining blocks

The summary program is shown in the figure below.

image.png

You can also directly open the Avoiding-car.hex file provided in this experiment and drag it into the browser that opens the URL, and the program diagram of this project source code will be automatically opened.

5. Experimental phenomenon

After the program runs successfully, the microbit dot matrix displays a smiley face. When the ultrasonic wave detects that the obstacle is less than 10cm away, the small flying car turns right to avoid the obstacle, and goes straight if there is no obstacle within 10cm.

Micro:bit handle control
Changing Face

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