The URM06-UART Ultrasonic Sensor is a high-performance, long-range distance sensor designed for accurate object detection and measurement. With a measuring range of 20 cm to 10 meters and a resolution of 1 cm, it is ideal for applications such as robot navigation, obstacle avoidance, and industrial measurement.
Housed in a durable PVC casing with a 35 mm electrical pipe mounting design, the URM06 is both compact and robust, suitable for a wide variety of environments. The sensor features a 15-degree narrow beam angle that offers excellent directional accuracy and high sensitivity, especially effective when detecting soft materials.
Whether you're building a mobile robot, an industrial level sensing system, or precision measuring equipment, the URM06 offers reliability, performance, and ease of integration.
Key Features
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Wide detection range: 20 cm to 10 m (7.87" to 393.7")
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High resolution: 1 cm accuracy
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Narrow 15° beam angle for focused detection
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UART interface for easy connection with microcontrollers and PCs
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Rugged PVC housing compatible with 35 mm pipe mounting
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Operates on 6V–12V input (5V supported but not recommended)
Specifications
Parameter | Value |
Working Voltage | 6V–12V (5V acceptable) |
Default Baudrate | 19200 |
Rated Current | 16 mA |
Peak Current | 2 A |
Interface | UART |
Operating Frequency | 49.5 kHz |
Operating Temperature | -10°C to +70°C |
Beam Angle | 15° (-6 dB) |
Detection Range | 20 cm to 10 m (7.87" to 393.7") |
Resolution | 1 cm |
Dimensions | 50 mm (D) × 43 mm (L) |
Mounting Thread Diameter | 35 mm (1.38") |
Weight | 50 g |
Applications
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Robot navigation and SLAM
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Obstacle detection and avoidance
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Industrial distance measuring tools
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Water and material level monitoring
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Engineering and construction measurements
Package Includes
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URM06-UART Ultrasonic Sensor ×1
Why Choose the URM06
The URM06 outperforms many similar sensors on the market in terms of beam angle, sensitivity, and accuracy. It is widely used in professional robotics platforms such as Pioneer robots, ensuring high reliability and performance in real-world applications.