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Stages 1–6

Foundation Kit

The fundamental reusable engineering toolbox for electronics, embedded systems, and automation through Stage 6.

Core role: Provides the fundamental reusable engineering toolbox for early and mid-level electronics, embedded systems, and automation.

£49.99

What's inside(tap to expand)

Assorted Resistors (220Ω, 1kΩ, 10kΩ)

×30

Introduced: Stage 1
Usage: Current limiting and pull-up/pull-down logic

Breadboard Power Supply Module

×1

Introduced: Stage 1
Usage: Stable 3.3V/5V breadboard power rails

Digital Multimeter

×1

Introduced: Stage 1
Usage: Voltage, current, and resistance measurement

Jumper Wires (M-M, M-F, F-F assorted pack)

×65

Introduced: Stage 1
Usage: Circuit interconnections and breadboard wiring

LDR (Light Dependent Resistor)

×1

Introduced: Stage 1
Usage: Light sensing and automatic street light control

LEDs (5 Red, 5 Yellow, 5 Green)

×15

5 Red, 5 Yellow, 5 Green

Introduced: Stage 1
Usage: Visual indicators and traffic light simulation

Potentiometer

×1

Introduced: Stage 1
Usage: Analog user input and voltage division

Push Buttons

×4

Introduced: Stage 1
Usage: Digital inputs and manual control switches

Solderless Breadboard

×1

Introduced: Stage 1
Usage: Solderless circuit prototyping canvas

Arduino Uno Development Board

×1

Introduced: Stage 2
Usage: Primary microcontroller for embedded programming

Active Buzzer

×1

Introduced: Stage 3
Usage: Audible alarms and parking distance alerts

Ultrasonic Sensor (HC-SR04)

×1

Introduced: Stage 3
Usage: Distance measurement and parking guidance

DC Motor (with fan blade attachment)

×1

Introduced: Stage 4
Usage: Motor dynamics and automatic cooling fan

Diode

×2

Introduced: Stage 4
Usage: Flyback diode protection for inductive loads

Micro Servo Motor

×1

Introduced: Stage 4
Usage: Angular positioning and barrier gate actuation

Transistor / MOSFET

×2

Introduced: Stage 4
Usage: DC motor current amplification and switching

Membrane Keypad

×1

Introduced: Stage 5
Usage: User passcode entry for security systems

Mini Water Pump (with plastic tubing)

×1

Introduced: Stage 5
Usage: Liquid displacement and smart irrigation

PIR / Proximity Sensor

×1

Introduced: Stage 5
Usage: Motion detection and electronic security systems

Relay Module / Switching Device

×1

Introduced: Stage 5
Usage: High-power switching for pumps and motors

Soil-Moisture Sensor

×1

Introduced: Stage 5
Usage: Automated plant watering and soil monitoring

LCD / OLED Display Screen

×1

Introduced: Stage 6
Usage: Data display for measurement stations

Temperature & Humidity Sensor (DHT11)

×1

Introduced: Stage 6
Usage: Environmental monitoring and weather station

Qty	Component	Introduced	Core usage
30	Assorted Resistors (220Ω, 1kΩ, 10kΩ)	Stage 1	Current limiting and pull-up/pull-down logic
1	Breadboard Power Supply Module	Stage 1	Stable 3.3V/5V breadboard power rails
1	Digital Multimeter	Stage 1	Voltage, current, and resistance measurement
65	Jumper Wires (M-M, M-F, F-F assorted pack)	Stage 1	Circuit interconnections and breadboard wiring
1	LDR (Light Dependent Resistor)	Stage 1	Light sensing and automatic street light control
15	LEDs (5 Red, 5 Yellow, 5 Green)5 Red, 5 Yellow, 5 Green	Stage 1	Visual indicators and traffic light simulation
1	Potentiometer	Stage 1	Analog user input and voltage division
4	Push Buttons	Stage 1	Digital inputs and manual control switches
1	Solderless Breadboard	Stage 1	Solderless circuit prototyping canvas
1	Arduino Uno Development Board	Stage 2	Primary microcontroller for embedded programming
1	Active Buzzer	Stage 3	Audible alarms and parking distance alerts
1	Ultrasonic Sensor (HC-SR04)	Stage 3	Distance measurement and parking guidance
1	DC Motor (with fan blade attachment)	Stage 4	Motor dynamics and automatic cooling fan
2	Diode	Stage 4	Flyback diode protection for inductive loads
1	Micro Servo Motor	Stage 4	Angular positioning and barrier gate actuation
2	Transistor / MOSFET	Stage 4	DC motor current amplification and switching
1	Membrane Keypad	Stage 5	User passcode entry for security systems
1	Mini Water Pump (with plastic tubing)	Stage 5	Liquid displacement and smart irrigation
1	PIR / Proximity Sensor	Stage 5	Motion detection and electronic security systems
1	Relay Module / Switching Device	Stage 5	High-power switching for pumps and motors
1	Soil-Moisture Sensor	Stage 5	Automated plant watering and soil monitoring
1	LCD / OLED Display Screen	Stage 6	Data display for measurement stations
1	Temperature & Humidity Sensor (DHT11)	Stage 6	Environmental monitoring and weather station

Stages 7–9

Advanced Robotics & Physics Kit

Mobile robotics platforms, robotic arm hardware, and physics test sets for Stages 7–9.

Core role: Provides robust mechanical platforms for integrated mobile robotics, multi-joint kinematics, and physical force testing.

£129.99

What's inside(tap to expand)

Complete Line-Following Robot Chassis Kit

×1

Introduced: Stage 7
Usage: Chassis, motors, wheels, line sensors and motor driver board

Complete Robotic-Arm Hardware Kit

×1

Introduced: Stage 8
Usage: Structural frame and heavy-duty servos for kinematics

Assorted Gear Ratio Set

×1

Introduced: Stage 9
Usage: Interchangeable gears for speed vs. torque experiments

Friction Test Mats

×3

Introduced: Stage 9
Usage: Different surface materials for friction testing

Set of Calibrated Test Masses / Loads

×1

Introduced: Stage 9
Usage: Precisely weighted masses for mechanical advantage and torque testing

Set of Interchangeable Wheels

×1

Introduced: Stage 9
Usage: Different treads and diameters for traction and friction analysis

Qty	Component	Introduced	Core usage
1	Complete Line-Following Robot Chassis Kit	Stage 7	Chassis, motors, wheels, line sensors and motor driver board
1	Complete Robotic-Arm Hardware Kit	Stage 8	Structural frame and heavy-duty servos for kinematics
1	Assorted Gear Ratio Set	Stage 9	Interchangeable gears for speed vs. torque experiments
3	Friction Test Mats	Stage 9	Different surface materials for friction testing
1	Set of Calibrated Test Masses / Loads	Stage 9	Precisely weighted masses for mechanical advantage and torque testing
1	Set of Interchangeable Wheels	Stage 9	Different treads and diameters for traction and friction analysis

Stages 10–12

IoT & Applied Engineering Expansion

Wi-Fi connectivity, environmental safety sensors, and IoT prototyping for Stages 10–12.

Core role: Introduces high-speed Wi-Fi network connectivity, environmental safety monitoring, and open-ended capstone problem solving.

£59.99

What's inside(tap to expand)

ESP32 Development Board (Wi-Fi & Bluetooth)

×1

Introduced: Stage 10
Usage: 32-bit dual-core IoT microcontroller with wireless stack

IoT Expansion Wire & Resistor Pack

×1

Introduced: Stage 10
Usage: Specialized leads and pull-up packs for network prototyping

Safe Energy / Power Measurement Module

×1

Introduced: Stage 10
Usage: Current and voltage sensing for smart grid energy monitoring

Gas / Air Quality Sensor (MQ Series)

×1

Introduced: Stage 11
Usage: Hazardous gas detection for mining and industrial safety systems

Water-Level Sensing Module

×1

Introduced: Stage 11
Usage: Liquid height detection for flood warning and tank monitoring

Qty	Component	Introduced	Core usage
1	ESP32 Development Board (Wi-Fi & Bluetooth)	Stage 10	32-bit dual-core IoT microcontroller with wireless stack
1	IoT Expansion Wire & Resistor Pack	Stage 10	Specialized leads and pull-up packs for network prototyping
1	Safe Energy / Power Measurement Module	Stage 10	Current and voltage sensing for smart grid energy monitoring
1	Gas / Air Quality Sensor (MQ Series)	Stage 11	Hazardous gas detection for mining and industrial safety systems
1	Water-Level Sensing Module	Stage 11	Liquid height detection for flood warning and tank monitoring

Curriculum-aligned kit packages

Foundation Kit

Advanced Robotics & Physics Kit

IoT & Applied Engineering Expansion

Hardware strategy