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Line Tracking Sensor Module for Arduino

Line Tracking Sensor Module for Arduino

Regular price Dhs. 5.00
Regular price Sale price Dhs. 5.00
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The KY-033 Tracking Sensor Module is an infrared (IR) reflective sensor designed to detect black and white surfaces for line-following robots and electronic projects. It uses an infrared emitter and...

Availability: Low stock: 2 left

SKU: OPX-ELC-0300
Vendor: OPPONIX
Category: Unknown Type

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Care Instructions

We advise routinely dusting your items with a gentle cleanser to preserve its look. Periodically, it may need to be softly wet with a mild detergent solution.

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The KY-033 Tracking Sensor Module is an infrared (IR) reflective sensor designed to detect black and white surfaces for line-following robots and electronic projects. It uses an infrared emitter and receiver to detect differences in reflected light, allowing a connected microcontroller to identify a line or track a path.

This compact sensor module is ideal for Arduino-based robotics, autonomous vehicles, and educational electronics projects. It provides a digital output signal that can be used by a microcontroller to control motor movement according to the detected surface. Its adjustable sensitivity allows users to fine-tune detection performance for different operating conditions.

Key Features

  • Sensor Type: Infrared reflective tracking sensor.
  • Detection Function: Detects surface contrast, particularly black and white lines.
  • Output: Digital signal.
  • Sensitivity: Adjustable using the onboard potentiometer, depending on the module version.
  • Compact Design: Easy to integrate into small robotic projects.
  • Microcontroller Compatibility: Suitable for Arduino and other compatible development boards.
  • Simple Integration: Ideal for beginner-friendly electronics and robotics applications.

Applications

  • Line-following robots.
  • Arduino robotics projects.
  • Black and white line detection.
  • Automatic path-tracking systems.
  • Educational electronics experiments.
  • DIY robotic vehicles.
  • Embedded control systems.