LD2410C 24GHz Sensor Module Human Presence Radar FMCW LD2410 Qme A

LD2410C 24GHz FMCW Human Presence Radar Sensor Module

A
$25.95
Sale price  $25.95 Regular price  $31.29
Skip to product information
LD2410C 24GHz Sensor Module Human Presence Radar FMCW LD2410 Qme A

LD2410C 24GHz FMCW Human Presence Radar Sensor Module

$25.95
Sale price  $25.95 Regular price  $31.29
ColorA

LD2410C 24GHz FMCW Human Presence Radar Sensor Module

The LD2410C 24GHz FMCW Radar Sensor Module is a compact, high-performance millimeter-wave radar module designed for accurate human presence detection. Using Frequency Modulated Continuous Wave (FMCW) technology at 24GHz, this module can detect stationary and moving occupants with remarkable precision — making it an essential component for modern smart automation projects.

Key Features

  • 24GHz FMCW Technology: Millimeter-wave radar enables reliable detection of both moving and stationary human presence, going beyond simple motion-only sensors.
  • Configurable Performance: Easily adjust sensitivity, detection range, and timing parameters via software settings to match your specific application requirements.
  • Wide Application Range: Ideal for smart home automation, robot obstacle avoidance, autonomous vehicles, occupancy sensing, energy-saving lighting control, and security systems.
  • Compact Plastic Housing: Lightweight and space-saving form factor slots effortlessly into custom enclosures, DIY builds, and commercial product designs.
  • Simple Integration: Standard serial (UART) interface makes wiring and firmware integration straightforward for makers, engineers, and developers alike.
  • Low Power Consumption: Efficient design keeps power draw minimal — perfect for battery-powered or always-on installations.

Applications

  • Smart home occupancy and presence detection
  • Automatic lighting and HVAC control systems
  • Robot obstacle avoidance and navigation
  • Autonomous/driverless vehicle sensing
  • Security and intrusion detection systems
  • Industrial automation and people counting

Specifications

  • Model: LD2410C
  • Frequency: 24GHz (millimeter wave)
  • Detection Technology: FMCW (Frequency Modulated Continuous Wave)
  • Material: Plastic housing
  • Interface: UART (serial)
  • Vendor: Qme

Why Choose the LD2410C?

Unlike basic PIR motion sensors that only detect gross movement, the LD2410C uses advanced FMCW radar to sense micro-movements such as breathing and subtle body motion — enabling true human presence detection even when a person is sitting still. This makes it far more accurate for smart lighting, climate control, and security applications where knowing whether a space is truly occupied matters.

For more information on radar and sensor technology standards, visit the National Institute of Standards and Technology (NIST) — Sensors & Electromagnetic Technology.

Frequently Asked Questions

Q: What makes the LD2410C 24GHz FMCW radar module different from a standard PIR motion sensor?

A: The LD2410C uses Frequency Modulated Continuous Wave (FMCW) millimeter-wave radar at 24GHz, allowing it to detect stationary human presence — including subtle movements like breathing — whereas a standard PIR sensor only triggers on larger physical motion. This makes the LD2410C far more reliable for smart automation scenarios where continuous occupancy awareness is needed.

Q: What applications is the LD2410C radar sensor module best suited for?

A: The LD2410C is well suited for smart home occupancy sensing, automatic lighting and climate control, robot obstacle avoidance, autonomous vehicle systems, security and intrusion detection, industrial people-counting, and any IoT project requiring accurate human presence detection in real time.

Q: Can I customize the detection settings on the LD2410C module?

A: Yes. By adjusting the module's configurable parameters — such as detection range, sensitivity thresholds, and output timing — via its UART interface, you can tailor the LD2410C's performance to suit a wide variety of environments and application requirements without hardware modifications.

You may also like