The olive® ultrasonic module is a compact and versatile sensor that provides high-resolution distance measurements for robotic systems. It features a high-frequency ultrasonic transceiver and a built-in transducer that provides accurate and reliable distance measurements even in challenging environments.

Some of the key features and benefits of our ultrasonic module include:
Overall, our ultrasonic module is a compact and versatile sensor that provides high-resolution distance measurements for robotic systems. Its high-resolution distance measurements, compact and lightweight design, and native ROS support make it an essential component for developing autonomous and intelligent robotic systems.
| Part Number | OLV-SON01 |
|---|---|
| Connection Interface | USB Type-C |
| Communication Protocol | ROS 1&2 (Virtual Ethernet / IPV4) |
| Communication | USB Type C - Ethernet Over USB |
| Sample rate | 10 Hz |
| Weight | 62 grams |
| Dimensions WxHxD | 40x40x30 mm |
| Native ROS Messages | sensor_msgs/Range |
| Operating Voltage | 3.0-5.5VDC |
| Operating Current | ~300 mA |
| Operating Temperature | 0 ~ 55 °C |
| Part Number | OLV-SON01 |
|---|---|
| Range Min. | 0,25 m |
| Range Max. | 7,5 m |
| Resolution (theoretical) | 1 mm |
| Detection Accuracy | ±2 % |
| Field of View | ±20 deg |
| Internal Frequency | 40 kHz |
ros2 topic listThe following ROS topics showed be shown:/olive/sonar/id01/range/parameter_events/rosoutINFO
The number id001 is your device's default namespace.
192.168.7.100.| Topic Name | Message Type | Type | Description |
|---|---|---|---|
| /range | sensor_msgs/Range | Publisher | The currently measured range. |
The device allows certain parameters to be changed at runtime. To get an overview of all changeable parameters use ros2 param list. To change a parameter use ros2 param set /dcm_son <parameter> <new_value>. These are the supported ROS parameters.
| Parameter | Type | Range Min | Range Max | Default | Description |
|---|---|---|---|---|---|
| frequency | int | 0 | 10 | 10 | Status publish rate |