HLK-LD012-5G Radar Sensor – Reliable Motion & Proximity Detection for Smart Devices.
The Hi-Link HLK-LD012-5G Radar Sensor Kit is a next-gen sensing module operating in the 5 GHz frequency range for improved precision and low interference. Designed for smart electronics, this module offers real-time motion sensing, proximity detection, and object tracking capabilities, perfect for a wide range of automation and IoT systems.
Its applications include motion-activated lighting, intrusion detection, energy management, smart appliances, and even automotive systems. Compared to conventional PIR or 2.4GHz radar modules, this sensor excels in signal clarity and accuracy, even in cluttered RF environments.
Thanks to its digital output, integration with Arduino, Raspberry Pi, and other microcontrollers is quick and developer-friendly. A detection range of up to 10 meters and a 5V operating voltage make it suitable for home, industrial, and wearable devices alike. Developers benefit from the included evaluation board for prototyping and debugging, helping accelerate product development cycles. Buy Now and bring intelligent motion sensing to your smart home, IoT devices, or automation systems with the reliable Hi-Link HLK-LD012-5G Radar Sensor Kit – available at the best price on Rajguru Electronics!
Specifications & Features: Hi-link HLK-LD012-5G Radar Sensor Kit
• Radar Frequency: 5 GHz
• Detection Range: 5–10 meters
• Output Type: Digital (pulse or high/low logic)
• Power Supply: 5V DC
• Low power consumption
• Compact size, lightweight
• Interfacing: Compatible with Arduino, Raspberry Pi
• Application-ready: Smart homes, security, automotive, IoT
Package Details:Hi-link HLK-LD012-5G Radar Sensor Kit
✔ 1x HLK-LD012-5G Radar Sensor Module
✔ 1x Evaluation/Breakout Board (if included)
✔ 1x Connector Cables Set
✔ 1x User Manual/Documentation
FAQs: Hi-link HLK-LD012-5G Radar Sensor Kit
1. What is the range of the HLK-LD012-5G radar sensor?
It typically detects motion and proximity between 5 to 10 meters depending on environmental conditions.
2. Can I integrate this sensor with Arduino or Raspberry Pi?
Yes, it provides a digital output easily compatible with popular microcontrollers.
3. Does the sensor work in environments with Wi-Fi and Bluetooth?
Yes, operating at 5 GHz reduces signal interference from common 2.4 GHz devices.
4. Is this sensor suitable for wearable or battery-powered devices?
Absolutely. It is designed for low power consumption and compact integration.
5. Does the kit include any testing tools or interface boards?
Most kits come with an evaluation or breakout board for prototyping and debugging.
