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  1. HB100 Microwave Motion Sensor 10.525GHz Doppler Radar Detector for Arduino FO

    Chip: HB100. Type: Microwave Sensor. Application: Automatic door startup, Car, House intrusion alarm, Collision warning. To ensure product safety,check whether this item is compliant with your own devices before you buy it!

    eBay

  2. 10.525GHz HB100 Wireless Microwave Doppler Radar Detector Probe Sensor Module

    Chip: HB100. 1 x HB100 Microwave Wireless Doppler Radar Detector Probe Sensor Module 10.525GHz. Type: Microwave Sensor. Current: 40mA.

    eBay

  3. HB100 Microwave Motion Sensor 10.525GHz Doppler Radar Detector for ArduinoFOH

    Chip: HB100. Type: Microwave Sensor. Application: Automatic door startup, Car, House intrusion alarm, Collision warning. To ensure product safety,check whether this item is. Size: See the picture. Note: Due to the difference between different monitors, the picture may not reflect the actual color of the item.

    eBay

  4. Lucas Durite Toggle Switch Metal Tab Tags Labels Classic Car Boat Land Rover I-R

    Suitable for many applications, Classic Cars Tractors, Boats, Land Rovers etc.

    eBay

  5. E8 Full Band 360 degrees detect DC 12V La Ct Ka K X Detector Radar Warning

    360 degrees full-angle radar detection technology. 1 x Radar Detector. Full-band radar detection frequency band. VOC sweep frequency: Radar detection technology. Working temperature: -20 - 80 degree centigrade.

    eBay

  6. HB100 Microwave Motion Sensor 10.525GHz Doppler Radar Detector

    1pc x HB100 Microwave Motion Sensor. If the radio waves encounter an object position is fixed, then the reflected wave frequency and transmitting frequency waves should be equal. If the object moves toward the launch, then the reflected waves will be compressed, that will increase the frequency of the reflected wave; otherwise the reflected wave's frequency decreases.

    eBay

  7. 2pcs HB100 Microwave Motion Sensor 10.525GHz Doppler Radar Detector

    2pcs x HB100 Microwave Motion Sensor. If the radio waves encounter an object position is fixed, then the reflected wave frequency and transmitting frequency waves should be equal. If the object moves toward the launch, then the reflected waves will be compressed, that will increase the frequency of the reflected wave; otherwise the reflected wave's frequency decreases.

    eBay