E1020 Tilt Switch Module

KY-020 Tilt Switch Module – Digital Orientation Sensor (Arduino Compatible)

The KY-020 Tilt Switch Module is a simple and effective way to detect movement and orientation in electronics projects. It uses an internal ball-type tilt sensor that responds when the module is angled or moved.

When positioned level, the module outputs a LOW signal. When tilted, the internal ball closes the circuit, producing a HIGH signal. This clear digital output makes it easy for students to understand and use in basic input-based projects.

Designed for compatibility with Arduino, Raspberry Pi, and similar microcontrollers, the KY-020 is ideal for introducing motion sensing and orientation concepts. It supports hands-on learning and helps students explore how physical movement can control electronic systems.

Key Features

• Detects tilt and orientation changes
• Ball-type mechanical sensor
• Digital HIGH/LOW output
• Simple interface for quick setup
• Compatible with Arduino, Raspberry Pi, and other platforms
• Compact and classroom-friendly design

Classroom Applications

• Motion and orientation detection projects
• Basic robotics and movement sensing
• Alarm and trigger-based systems
• Teaching digital input signals
• Exploring cause-and-effect in circuits

Australian Curriculum Links

Aligned with Design and Technologies and Digital Technologies:

• ACTDIK024 / ACTDIK034 – Collecting and interpreting data from sensors
• ACTDEP016 / ACTDEP025 – Designing and implementing digital solutions
• ACTDEK019 – Investigating how electrical components function
• ACTDIK036 – Designing interactive systems using input devices

Supports development of:

• Computational thinking
• Understanding of inputs and outputs
• Problem-solving and logical reasoning

Year Level Suitability

• Years 7–10: Ideal for introducing sensors and digital inputs
• Years 9–12: Suitable for integrating into robotics and automation systems
• Beginner-friendly with minimal setup required

Lesson & Project Ideas

• Tilt Alarm: Trigger a buzzer when an object is moved
• Orientation Indicator: Light an LED when tilted
• Basic Robot Feedback: Detect movement or tipping in a robot build
• Security Device Prototype: Alert when a box or device is disturbed
• Digital Input Experiment: Compare tilt sensor output with other switches