HRUSB-MaxSonar-EZ1 MB1413 Ultrasonic Distance Sensor

This HRUSB-MaxSonar-EZ1 MB1413 is a highly precise ultrasonic distance sensor engineered to provide millimeter resolution for advanced ranging applications. Operating at a 4Hz read rate, this robust measurement module offers an exceptional blend of detection sensitivity and side object rejection capabilities. Capable of accurately detecting targets from 300mm up to 5000mm, this compact ultrasonic sensor utilizes a convenient USB micro-B interface for seamless connectivity. Measuring less than one cubic inch, this sensor component module easily fits into tightly constrained spaces, making this hardware an ideal low-cost starting point for developers requiring reliable short to long-distance spatial detection.

Advanced Noise Rejection Technology

This ultrasonic ranging module delivers virtually noise-free distance readings through the integration of high-output acoustic power combined with continuously variable gain algorithms. By utilizing real-time background automatic calibration and real-time waveform signature analysis, this precision sensor guarantees stable performance even in environments saturated with various acoustic or electrical noise sources. This sophisticated noise rejection capability ensures that proximity measurements remain highly accurate and dependable, minimizing false readings during critical navigational tasks or complex spatial mapping operations.

Compact Design and Easy Integration

Despite featuring a maximum range of 5000mm, this lightweight measurement sensor maintains an ultra-compact form factor that occupies less than a single cubic inch of physical volume. The integrated circuit board includes pre-drilled mounting holes, facilitating straightforward mechanical installation across nearly all structural applications. Operating at a standard 42kHz frequency, this distance detection module natively supports multi-sensor operation, allowing developers to deploy multiple units simultaneously without encountering cross-talk interference across complex hardware configurations.

By offering dependable, high-resolution spatial awareness, this versatile ultrasonic sensor acts as a foundational component for automated navigation and collision avoidance systems. From guiding autonomous robotics platforms utilizing an Arduino controller to enabling precision altitude hold capabilities in custom drone builds powered by a Raspberry Pi, this USB distance sensor drastically enhances the environmental perception of sophisticated electronic projects.