XL-MaxSonar-AEL0 MB1360 Ultrasonic Distance Sensor (25~1068cm)

XL‑MaxSonar‑AEL0 (MB1360) is a high‑sensitivity ultrasonic ranging module designed for reliable short‑to‑long distance measurement in demanding sensing environments. Featuring centimeter‑level resolution and a 10Hz update rate, this long‑range ultrasonic distance sensor measures targets from 25cm up to 1068cm while maintaining strong detection performance across wide coverage areas. The compact ultrasonic measurement board occupies less than one cubic inch and integrates multiple output formats including analog envelope, analog voltage, and RS232 serial. High acoustic power, intelligent gain control, and advanced signal processing enable stable readings even in acoustically noisy environments.

Figure: XL-MaxSonar-AEL0 (MB1360) Beam Pattern

Wide and Highly Sensitive Detection Beam

This ultrasonic distance measurement module provides the widest and most sensitive beam pattern within the XL‑MaxSonar‑AE sensor family. The expanded acoustic detection zone improves target acquisition for objects that are small, irregular, or moving within the sensing field. Such characteristics make this long‑range ultrasonic detector particularly effective for human presence detection, robotics awareness systems, and environmental scanning where broader coverage improves reliability.

Multiple Output Interfaces for Flexible Integration

The compact ranging sensor supports three simultaneous output types: analog voltage, analog envelope, and RS232 serial communication. Such flexibility allows straightforward integration with embedded controllers, robotics platforms, and monitoring systems requiring different signal formats. Engineers gain access to raw signal envelope data as well as processed distance readings, enabling advanced signal analysis or straightforward distance measurement depending on application requirements.

Advanced Noise Rejection and Real‑Time Calibration

Reliable performance is achieved through high‑output acoustic transmission combined with continuously variable gain control and intelligent signal processing. Real‑time background calibration adjusts for voltage variation, humidity changes, and ambient acoustic interference. Waveform signature analysis and firmware‑based filtering algorithms further suppress clutter and noise, allowing the ultrasonic sensing module to deliver stable distance measurements even in electrically or acoustically complex environments.

Applications include robotics obstacle awareness, people detection systems, long‑range proximity sensing, industrial distance monitoring, and environmental mapping. The miniature ultrasonic sensing board with mounting holes supports easy installation in mobile robots, automated equipment, smart infrastructure, and experimental measurement setups where wide detection coverage and long sensing range are required.