cyber:bot Educator Workshop

Day 1

cyber:bot robot with Python & micro:bit Three-session Educator Workshop �March 3, 5, & 7 2025

This Slide Show

https://docs.google.com/presentation/d/1HDSaXB6cECDrMY2TQmpdgMUO9LSkHLG0nD8uRBeTfjc/edit?usp=sharing

https://bit.ly/3BpR0Mh

Zoom on one side

Editor on other side

Agenda and Goals

Goals & Learning Outcomes

• Enjoy the Zoom Meetings; have fun!
• Participate
• Learn about the resources
• Address classroom setup challenges (and cross them off your list of concerns)
• Adding the cyber:bot module
• Centering servos and building bot
• Finding and fixing syntax errors
• Circuit building and power supplies
• Getting access to resources
• Understand the cyber:bot module and hardware interaction
• Gain confidence to use cyber:bots in classrooms
• Build and program your robot
• Get questions answered
• Share with other educators and your students

​

​

Workshop Agenda

Monday

• Intros & Overviews
• Homework review and Q&A
• Connect Micro:bit to Python Editor
• Write a few simple Python scripts
• Learn about the Python editor
• Add cyberbot.py module to project
• Calibrate two servo motors
• Assignment: build your cyber:bot

Wednesday

• Python scripts for navigation
• Overview of circuit lessons & sounds
• Navigation with touch sensors
• Assignment: Build infrared navigation circuit

Friday

• Advanced circuit test navigation application
• Cybersecurity lesson overview
• Educational resources
• Classroom implementation

​

Discussion: is encouraged and appreciated!

Intros & Overviews

Got Brains?

​

​

​

​

​

​

​

​

Parallax Manufactures in the USA

Parallax Inc. Headquarters�599 Menlo Drive�Rocklin, California USA

• Outside Sacramento, CA
• 20 employees
• In business since 1988, and education since 1997

Be the classroom they remember!

®

https://www.parallax.com/

https://www.parallax.com/about-parallax/

• Applications Engineer at Parallax for 25 years
• BSEEE in Electronics Engineering from �CSU Sacramento
• Developed educational material for Parallax:
• Educational Textbooks (10 and counting)
• Accompanying Educational kits
• Circuit & program applications
• Product design
• Web content & apps
• PD Workshops (develop and teach)
• Recently: micro:bit emphasis

What’s a Microcontroller

cyber:bot Robot

Product

Online workbooks

Educator resources

Next workshop

Product

Online workbooks

Educator resources

Previous Workshop

Session 1

Session 2

Session 3

BASIC Stamp

Boe-Bot Robot

Educational Robots

Source - https://www.parallax.com/package/parallax-small-robot-comparison-chart/

Hardware �Features

V2

V1

Source - https://microbit.org/get-started/user-guide/overview/

The BBC micro:bit

cyber:bot Robot

Student Lessons

Teacher Resources

https://learn.parallax.com

https://learn.parallax.com/educators

cyber:bot

micro:bit

https://www.parallax.com/product-category/microbit/

https://www.parallax.com/product-category/cyberbot/

Upcoming

Workshops

https://www.parallax.com/category/events/

On-demand

Workshops

https://www.parallax.com/�category/events/��…and scroll to the bottom of the page.

Getting Started, Languages, and Q&A

Kit: cyber:bot Robot Kit – with micro:bit

Tests: watch each video and following the checklist instructions:

• Get Started with micro:bit and Python (No video here, just gather parts/equipment.
• Flash Scripts with Python Editor
• Try This: Make Changes (No video here, just checklist instructions.)
• Save & Edit Scripts
• Editor Controls and Left Side Panel
• Use the Serial Monitor

Materials: cyber:bot Workshop Materials You'll Need

Python primer: Learn Python with the micro:bit

Getting Started

The Basics

Scripts make the micro:bit perform these five activities:

• Communicate
• Remember (store/retrieve)
• Calculate
• Decide
• Repeat

​

The Basics -all in one script

The Reset Button

Excerpts from:

https://microbit.org/projects/make-it-code-it/

Mid workshop break

We will resume at 8 minutes past the hour

​

Build and test your cyber:bot

Meet the cyber:bot board

Connect the micro:bit to a Rev C Board

Center the Servos First

Build the chassis

Add the Topside Hardware

The cyber:bot system

The cyber:bot Board

The cyber:bot System

Add cyberbot module to your project

cyberbot.py module download reference

bot(pin).write_digital(state) # set I/O pin to a state: high (1) or low (0)

state = bot(pin).read_digital() # pin gets state high (1) or low (0) from connected circuit

bot(pin).write_analog(level) # set pin voltage x 3.2227 mV (P20, P21) or

# PWM from 0 to 1024 us high time

level = bot(pin).read_analog(us) # pin measures voltage in level x 3.2227 V

bot(pin).pulse_out(us) # pin sends a pulse that lasts microseconds (us)

us = bot(pin).pulse_in() # pin measures pulse from device in microseconds (us)

reps = bot(pin).pulse_count(ms) # pin counts pulse repetitions (reps) during time period (ms)

us = bot(pin).rc_time(state) # pin measures time (us) for voltage to reach 1.65 V

# state is 1 if voltage starts above 1.65 V or 0 if below

bot(pin).tone(frequency, time) # pin sends tone at frequency (Hz) for time (ms)

state = bot(tx,rx).ir_detect(freq) # send freq to IR LED (tx pin), check IR state at rx pin

bot(pin).servo_angle(theta) # pin set/hold servo at angle in degrees

bot(pin).servo_speed(speed) # pin set/hold servo speed (-100 to 100)

bot(pin).accelerate(a) # pin set servo acceleration (a) to 1...200 / 50th sec

​

Other modules (see speaker notes) # feedback360, group_io, i2c_repeat, shift

# ping, qti, tv_remote

Meet the cyber:bot board

Connect the micro:bit to a Rev C Board

Center the Servos First

Build the chassis

Add the Topside Hardware

The cyber:bot system

The Reset Button

# left_servo_CW.py

from cyberbot import *

​

bot(18).servo_speed(200)

# left_servo_CW.py

from cyberbot import *

​

bot(18).servo_speed(-200)

# left_servo_CW.py

from cyberbot import *

​

bot(18).servo_speed(0)

https://learn.parallax.com/tutorials/robot/cyberbot/navigation-cyberbot/servo-direction

Overdrive speed counterclockwise

Overdrive speed clockwise

No rotation (after calibration)

Servo Direction

​

​

​

​

​

Meet the cyber:bot board

Connect the micro:bit to a Rev C Board

Center the Servos First

Build the chassis

Add the Topside Hardware

The cyber:bot system

cyber:bot Assembly (Parts)

Center Mounted - with servos pressed up against the inside of the chassis and drive shafts closest to the center.

​

+ Original design intent

+ More like Roomba

+ Improved maneuvering

+ Looks cooler for social media posts

- Need eyeglass screwdriver to re-center

Front mounted - shown with servos pressed up against outside of chassis, and drive shafts toward the front.

​

+ Centering adjustments simplified

+ Offsets weight of Gripper & others.

+ Tail wheel never jumps at stops

- Maneuvering is clunkier

- Wheel slip during turns on some surfaces

​

Unplug power when you are done!

Homework Due Wednesday (Build the cyber:bot)

• Build the chassis
• Add the Topside Hardware
• Remove the Servo Horns

Servo horns are already removed from 900-00040 servos, so you can skip. Only required for 900-00008 servos.

• Install the Servos
• Install the Battery Pack
• Attach the Wheels
• Attach the cyber:bot Board

​

cyber:bot Educator Workshop

Day 2

cyber:bot robot with Python & micro:bit Three-session Educator Workshop �March 3, 5, & 7 2025

This Slide Show

https://docs.google.com/presentation/d/1HDSaXB6cECDrMY2TQmpdgMUO9LSkHLG0nD8uRBeTfjc/edit?usp=sharing

https://bit.ly/3BpR0Mh

Zoom on one side

Editor on other side

Goals & Learning Outcomes

• Enjoy the Zoom Meetings; have fun!
• Participate
• Learn about the resources
• Address classroom setup challenges (and cross them off your list of concerns)
• Adding the cyber:bot module
• Centering servos and building bot
• Finding and fixing syntax errors
• Circuit building and power supplies
• Getting access to resources
• Understand the cyber:bot module and hardware interaction
• Gain confidence to use cyber:bots in classrooms
• Build and program your robot
• Get questions answered
• Share with other educators and your students

​

​

Workshop Agenda

Monday

• Intros & Overviews
• Homework review and Q&A
• Connect Micro:bit to Python Editor
• Write a few simple Python scripts
• Learn about the Python editor
• Add cyberbot.py module to project
• Calibrate two servo motors
• Assignment: build your cyber:bot

Wednesday

• Python scripts for navigation
• Overview of circuit lessons
• Overview of sounds
• Navigation with touch sensors
• Assignment: Build infrared navigation circuit
• Log into learn.parallax.com

Friday

• Advanced circuit test navigation application
• Cybersecurity lesson overview
• Educational resources
• Classroom implementation

​

Navigation

Are the Servos Centered?

Cyber:bot Wheel Speed Control

Forward, Backward, and Straightening Curves

Left and Right Turns

​

​

​

​

cyber:bot� Directions

https://learn.parallax.com/courses/navigation-with-the-cyberbot/lessons/forward-backward-and-straightening-curves/

​

​

​

​

​

​

Forward Motion

Opposite directions

for forward motion

https://learn.parallax.com/courses/navigation-with-the-cyberbot/lessons/forward-backward-and-straightening-curves/

We’ll be back at 5 past the hour

Challenge: follow a path using prior experiences

Finish

Start

Tip: prior slide may be the easiest starting point!

​

Circuits

Blink a Light

Get Ready to Build

Build LED Circuits

Check Pushbuttons

Get Ready to Build Circuits

https://learn.parallax.com/courses/circuits-on-the-cyberbot/lessons/get-ready-to-build-2/

Blink a Light� Connect Wires

https://learn.parallax.com/courses/circuits-on-the-cyberbot/lessons/get-ready-to-build-2/

Blink a Light: Power & I/O

• Position 0: use for building circuits, flashing scripts.
• Position 1: powers breadboard, Propeller.
• Position 2: powers breadboard, Propeller, and motors (3-pin ports)

https://learn.parallax.com/courses/circuits-on-the-cyberbot/lessons/get-ready-to-build-2/

Blink a Light: LED

• LED emits light when electric current flows through it
• A diode is a 1-way current valve

Light Emitting Diode (LED) Leads:

• Anode: longer pin with plus (+) on part, wide part of the triangle in the schematic symbol
• Cathode: shorter pin with minus (-) on part, line across the triangle tip in symbol

https://learn.parallax.com/courses/circuits-on-the-cyberbot/lessons/build-led-circuits-2/

Blink a Light: Build & Code LED Circuit

• Build circuit
• Write a program blink light.

# blink_light_p12.py

from cyberbot import *

​

while True:

bot(12).write_digital(1)

sleep(500)

bot(12).write_digital(0)

sleep(500)

​

​

Longer pin

​

Jumper wire

​

https://learn.parallax.com/courses/circuits-on-the-cyberbot/lessons/build-led-circuits-2/

Blink a Light: Resistors

https://learn.parallax.com/support/reference/resistor-color-codes

Blink a Light: How It Works

​

bot(12).write_digital(0) sets the pin to “output low” and connects the pin to ground.

​

bot(12).write_digital(1) sets the pin to “output high” and connects to the 3.3V power supply.

​

https://learn.parallax.com/courses/circuits-on-the-cyberbot/lessons/build-led-circuits-2/

Pushbuttons

Check Pushbuttons

Pushbutton �Blinks Light �

Extra Parts

​

https://learn.parallax.com/courses/circuits-on-the-cyberbot/lessons/check-pushbuttons-3/

Pushbutton Blinks Light: � Inside The Pushbutton

https://learn.parallax.com/courses/circuits-on-the-cyberbot/lessons/check-pushbuttons-3/

Pushbutton: Add to Breadboard

Pushbuttons Script: Hold Button - Light On

# pin_8_button_LED.py

from cyberbot import *

​

while True:

if bot(8).read_digital() == 1:

bot(12).write_digital(1)

elif bot(8).read_digital() == 0:

bot(12).write_digital(0)

​

​

• Modify code to control P12 LED with P8 button.
• if-elif conditional statement
• P12 LED is on when button on P8 is pressed
• Challenge (if time permits) :
• Make the P12 light blink while P8 button is pressed and held

Pushbutton Circuit: How It Works

​

bot(8).read_digital() == 0 ...if voltage the circuit applies to the I/O pin is below 1.65 V.

​

bot(8).read_digital() == 1 ...if voltage the circuit applies to the I/O pin is above 1.65 V.

​

�

​

​

�Sounds

Introducing the Piezospeaker

Place the Piezospeaker

The cyber:bot tone function

Notes from Frequencies

Songs with Lists

Place the Piezospeaker

• Find piezospeaker in the Small Robot Electronics Component Pack.
• Peel off the “Remove the seal after washing” sticker if it has one.
• Plug into the cyber:bot board

https://learn.parallax.com/courses/sound-for-the-cyberbot/lessons/introducing-the-piezospeaker/

https://learn.parallax.com/courses/sound-for-the-cyberbot/lessons/place-the-piezospeaker/

The Tone Call

# sound_effect.py

​

from cyberbot import *

​

for freq in range (500, 3100, 100):

bot(22).tone(freq, 100)

​

• Sounds are used in robotics for program feedback (sensor actions), customizing behavior, or as alarms.
• Syntax for the tone command:
• bot(22).tone(frequency, milliseconds)
• What will this script do? Hint, the loop counter has a step value!

https://learn.parallax.com/courses/sound-for-the-cyberbot/lessons/the-cyberbot-tone-function/

The Reset Button

Notes from Frequencies

Happy Birthday!

happy_birthday.py

​

from cyberbot import *

​

bot(22).tone(2349.3, 125) #D for an eighth

bot(22).tone(2349.3, 62) #D for a sixteenth

bot(22).tone(2637.0, 250) #E for a quarter

bot(22).tone(2349.3, 250) #C for a quarter

bot(22).tone(3136.0, 250) #G for a quarter

bot(22).tone(2793.8, 500) #F for a half

​

​

https://learn.parallax.com/courses/sound-for-the-cyberbot/lessons/notes-from-frequencies/

Navigation with Sensors

cyber:bot Applications with Sensors

​

• Object Detection
• Whiskers as a physical button-press sensor
• Infrared for avoidance
• Infrared for following
• Ping))) Ultrasonic Sensor
• Ping))) Laser Sensor
• Infrared Remote Control
• Light Following with Phototransistors
• Line Following

Touch Navigation w/ Whiskers

Build the Whisker Circuits

Testing the Whiskers

Navigating by Touch

Escaping Corners

​

Touch Navigation: Assembled Circuit

https://learn.parallax.com/courses/touch-navigation-for-the-cyberbot/

Touch Navigation: Parts

(2) resistors, 220 Ω

(red-red-brown-gold)

(2) resistors, 10 kΩ (brown-black-orange-gold)

(2) 3-pin

headers

​

(2) Whiskers

​

https://learn.parallax.com/courses/touch-navigation-for-the-cyberbot/lessons/build-the-whisker-circuits

Touch Navigation: Whiskers

https://learn.parallax.com/courses/touch-navigation-for-the-cyberbot/lessons/build-the-whisker-circuits

Touch Navigation: Testing Circuit

• LEDs show state of whiskers (code from tutorial)

Neither pressed.

Left �pressed.

Right �pressed.

Both �pressed.

https://learn.parallax.com/courses/touch-navigation-for-the-cyberbot/lessons/testing-the-whiskers

Touch Navigation: Pressed / Not Pressed

https://learn.parallax.com/courses/touch-navigation-for-the-cyberbot/lessons/how-whisker-switches-work/

https://learn.parallax.com/courses/touch-navigation-for-the-cyberbot/lessons/navigating-by-touch/

Navigating by Touch

Example Script: roaming_with_whiskers.py

Homework Due Friday

Infrared Light Signals

Build the IR Circuits

Check for IR Interference

Adjust the Detection Range

Navigate and Avoid Obstacles

Drop-off Detector

​

​

​

​

​

​

​

​

Homework Due Friday: Build & Test Infrared Circuit

⏷Build the IR Circuits

◎ Test the IR Object Detectors

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/infrared-light-signals/

Infrared Light Signals

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/build-the-ir-circuits/

Build the IR Circuits - Parts

Parts List

(2) IR receivers

(2) IR LEDs (clear case)

(2) IR LED shield assemblies

(2) Resistors, 220 Ω (red-red-brown)

(2) Resistors, 2 kΩ (red-black-red)

(misc) Jumper wires

Build the IR Circuits - Infrared LED ID

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/build-the-ir-circuits/

Build the IR Circuits - Assemble the IR Headlights

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/build-the-ir-circuits/

Build the IR Circuits

IR Object Detection Circuit

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/build-the-ir-circuits/

Homework Due Friday

• If you received an email like the one below, follow the instructions.
• Otherwise, go to https://learn.parallax.com/user/login and make sure you can log in.

Homework Due Friday

Unplug power when you are done!

cyber:bot Educator Workshop

Day 3

cyber:bot robot with Python & micro:bit Three-session Educator Workshop �March 3, 5, & 7 2025

This Slide Show

https://docs.google.com/presentation/d/1HDSaXB6cECDrMY2TQmpdgMUO9LSkHLG0nD8uRBeTfjc/edit?usp=sharing

https://bit.ly/3BpR0Mh

Zoom on one side

Editor on other side

Goals & Learning Outcomes

• Enjoy the Zoom Meetings; have fun!
• Participate
• Learn about the resources
• Address classroom setup challenges (and cross them off your list of concerns)
• Adding the cyber:bot module
• Centering servos and building bot
• Finding and fixing syntax errors
• Circuit building and power supplies
• Getting access to resources
• Understand the cyber:bot module and hardware interaction
• Gain confidence to use cyber:bots in classrooms
• Build and program your robot
• Get questions answered
• Share with other educators and your students

​

​

Workshop Agenda

Monday

• Intros & Overviews
• Homework review and Q&A
• Connect Micro:bit to Python Editor
• Write a few simple Python scripts
• Learn about the Python editor
• Add cyberbot.py module to project
• Calibrate two servo motors
• Assignment: build your cyber:bot

Wednesday

• Python scripts for navigation
• Overview of circuit lessons
• Sounds
• Navigation with touch sensors
• Assignment: Build infrared navigation circuit

Friday

• Advanced circuit test navigation application
• Cybersecurity lesson overview
• Projects and add-ons
• Educational resources
• Classroom implementation

​

Infrared Light

Infrared Light Signals

Build the IR Circuits

Check for IR Interference

Adjust the Detection Range

Navigate and Avoid Obstacles

Drop-off Detector

​

​

​

​

​

​

​

​

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/infrared-light-signals/

Infrared Light Signals

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/build-the-ir-circuits/

Build the IR Circuits - Parts

Parts List

(2) IR receivers

(2) IR LEDs (clear case)

(2) IR LED shield assemblies

(2) Resistors, 220 Ω (red-red-brown)

(2) Resistors, 2 kΩ (red-black-red)

(misc) Jumper wires

Build the IR Circuits - Infrared LED ID

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/build-the-ir-circuits/

Build the IR Circuits - Assemble the IR Headlights

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/build-the-ir-circuits/

Build the IR Circuits

IR Object Detection Circuit

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/build-the-ir-circuits/

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/test-the-ir-object-detectors/

Test the IR Object Detectors

https://learn.parallax.com/courses/infrared-light-navigation-for-the-cyberbot/lessons/faster-ir-navigation/

Faster IR Navigation

Unplug power when you are done!

Visible Light

About phototransistors

Simple Light to Voltage Sensor

Light Levels over Larger Ranges

Light Measurements for Roaming

Navigate by Light

Visible Light Following: Circuit Build

Visible Light Following: Circuit Build

Cyber:bot kit Sensor Apps

Build the Whisker Circuits

Testing the Whiskers

Navigating by Touch

Escaping Corners

​

About phototransistors

Simple Light to Voltage Sensor

Light Levels over Larger Ranges

Light Measurements for Roaming

Navigate by Light

Infrared Light Signals

Build the IR Circuits

Check for IR Interference

Adjust the Detection Range

Navigate and Avoid Obstacles

Drop-off Detector

​

​

​

​

​

​

​

​

Apps 2nd micro:bit module

Terminal Control — Start Tethered

Terminal Control — Go Wireless!

​

​

​

​

​

​

​

Measure Accelerometer Tilt

Measure Rotation Angles

Measure How Far from Vertical or Level

Z-Axis: Which Way Is Up?

Display Tilt Direction

Tilt Radio Tests

Tilt Control Forward & Backward

Adding a Stop Range

Add Left/Right Tilt Control

Radio Tilt Controlled cyber:bot App

​

​

​

​

​

​

​

​

​

Cybersecurity

Some Chapters Available for MakeCode

Computer Science

Cybersecurity

On break from 3:55 to 4:05 PM Pacific Time

Cybersecurity: Malformed Packet Attacks & Defenses

Malformed Packets and the Countdown Timer

Malformed Packets and Sharing Something Personal

Malformed Packets and Keyboard cyber:bot Control

Projects - for Class Pack

Also available as sold-separately add-ons

Line Follower

Included in:

• cyber:bot Robot 12-pack Plus for Classrooms SKU 32712
• cyber:bot with QTI Line Follower Bundle

Sold separately:

• QTI Line Follower AppKit for the Small Robot SKU 28108

​

​

​

​

​

​

Infrared Remote Control

Included in:

• cyber:bot Robot 12-pack Plus for Classrooms SKU 32712

Sold separately:

• IR Remote Parts Kit SKU 29122

​

Roaming with the Ping))) Ultrasonic Sensor

Included in:

• cyber:bot Robot 12-pack Plus for Classrooms SKU 32712

Sold separately:

• PING))) Ultrasonic Sensor + Mounting Bracket SKU 910-28015A

​

More Projects

For parts sold separately, not included in Class packs

Tilt & Button Wirelessly Controlled Gripper

Sold Separately:

• Gripper 3.0 for Parallax Small Robots SKU 28203
• micro:bit v2 GO Bundle SKU 32717

Also to accompany class 12-pack:

• Gripper 3.0 12-Pack SKU 28212
• micro:bit v2 CLUB Bundle SKU 32719 (Note: this is a 10-pack, not a 12-pack)

Feedback 360° Servos with Position & � Speed Control

Sold Separately:

• (2x) Parallax Feedback 360° High Speed Servo SKU 900-00360

Feedback 360° Servos + Gripper

Sold Separately:

• Gripper 3.0 for Parallax Small Robots SKU 28203
• micro:bit v2 GO Bundle SKU 32717
• (2x) Parallax Feedback 360° High Speed Servo SKU 900-00360

Also to accompany class 12-pack:

• Gripper 3.0 12-Pack SKU 28212
• micro:bit v2 CLUB Bundle SKU 32719 (Note: this is a 10-pack, not a 12-pack)
• (24x) Parallax Feedback 360° High Speed Servo SKU 900-00360

Electronics Lessons

Educational Resources

Key Workshop Links

​

Student Lessons

Teacher Resources

https://learn.parallax.com/book_collection/cyberbot-tutorial-series/

https://learn.parallax.com/educator/cyberbot-resources/

Workshops

Past, Present, Future, and Self-paced

https://www.parallax.com/category/events/

Excerpts from:

https://microbit.org/projects/make-it-code-it/

BBC micro:bit MicroPython Documentation�https://microbit-micropython.readthedocs.io/en/latest/

CYBER.ORG micro:bit and cyber:bot Material

​

Products

Purchasing cyber:bot

Cyber:bot with micro:bit #32700

$279 ea. (qty 1-9)

$265.05 ea. (qty 10-19)

$251.10 ea. (qty 20+)

https://www.parallax.com/product/cyberbot-robot-kit-with-microbit/

Cyber:bot 12-Pack Plus #32712

$3,995.00 (regular $4,670.95)

• (12) cyber:bots
• (12) micro:bits
• (12) QTI Line Followers
• (12) Ping))) Ultrasonic sensors and servo mounting brackets
• (12) Infrared remote controls
• (5) battery chargers
• (60) NiMH batteries
• 2’x6’ class banner

https://www.parallax.com/product/cyberbot-robot-12-pack-plus-for-classrooms/

Boe-Bot with BASIC Stamp

• Program in PBASIC (text)
• Easy language with very direct code/hardware cause and effect for learning embedded systems

Shield-Bot with Arduino

• Program in C variant (text)
• Best for schools with Arduino-based tech programs

ActivityBot 360° with multicore Propeller

• Program in Blockly (visual) or C (text)
• Easy start yet simplifies building capable projects and real-world prototypes

Conversion

possible conversion

possible conversion

https://www.parallax.com/product/cyberbot-conversion-kit/

Replacement Parts

Electrical & Electronic

Mechanical

https://www.parallax.com/product/small-robot-electronics-pack/

https://www.parallax.com/product/small-robot-hardware-refresher-pack/

Support

• Educator Hotline open 8-3 Pacific time (916) 701-8625
• E-mail education@parallax.com
• Sales (916) 624-8333, sales@parallax.com
• Forums http://forums.parallax.com/
• Facebook
• Parallax https://www.facebook.com/ParallaxInc/
• Micro:bit https://www.facebook.com/groups/1756471244599979/

Thank You

Parallax Inc.

599 Menlo Drive, Ste 100

Rocklin, CA 95765

​

www.parallax.com

Learn.parallax.com

Main: (916) 624-8333

Educator Hotline: (916) 701-8625