Professional vocational teaching equipment manufacturer in Guangzhou, Chinasales01@star-brain.com · www.star-brain.com
StarBrain
Ultrasonic Radar Sensor Training and Teaching System
Operation Type - Intelligent Connected Vehicle Teaching Equipment

Ultrasonic Radar Sensor Training and Teaching System

This equipment is based on the ultrasonic radar sensor and environmental perception teaching and training platform, integrated with ultrasonic radar modules, autonomous driving controllers, display sy

RATING PLATEUltrasonic Radar Sensor Training and Tea
Dimensions
≥1200×660×1500mm (Length × Width × Height)
Input Power Supply
Single-phase AC 220V 50/60Hz
Structural Material
Cold-rolled steel frame (1.2-2.0mm), surface treated with electrostatic spraying, tabletop made of 36mm solid wood board
Overview

Product Overview

This equipment is based on the ultrasonic radar sensor and environmental perception teaching and training platform, integrated with ultrasonic radar modules, autonomous driving controllers, display systems, and control interfaces for educational design. The equipment is used to demonstrate the distance detection and environmental perception process of ultrasonic radar in the automatic parking assistance system. It supports teaching content such as sensor structure recognition, installation and debugging, data collection, calibration testing, fault diagnosis, and system debugging. It is suitable for vocational colleges, technical schools, and intelligent connected vehicle training bases to conduct training and teaching on environmental perception systems.

≥1200×660×1500mm (Length × Width × Height)
Dimensions
Single-phase AC 220V 50/60Hz
Input Power Supply
Cold-rolled steel frame (1.2-2.0mm), surface treated with electrostatic spraying, tabletop made of 36mm solid wood board
Structural Material
Key Features

Core Advantages

Real Components and System Display

Integrates ultrasonic radar modules, autonomous driving controllers, display systems, and control interfaces to construct an ultrasonic radar environmental perception teaching system, demonstrating the actual connection and workflow between sensors and control units.

System Structure and Installation Position Recognition

Displays the installation positions and arrangement methods of ultrasonic radar in the vehicle's Automatic Parking Assistance (APA) system, enabling students to understand the functional distribution and relationship of sensors at positions such as the front and rear bumpers of the vehicle.

Data Collection and Visualization

Real-time display of ultrasonic radar distance measurement data and obstacle information through the display system, achieving visualized output and dynamic observation of environmental perception data such as distance and direction.

Installation, Calibration, and Debugging

Supports training on the installation, debugging, and parameter calibration of ultrasonic radar modules, enabling students to master methods for adjusting sensor installation angles and optimizing distance measurement accuracy.

Perception Function Testing

Supports ultrasonic radar testing for obstacle distance detection and environmental perception, verifying the sensor's distance measurement range and response performance through different detection modes.

Fault Setting and Diagnosis

Simulates various fault states such as sensor communication anomalies and detection anomalies through the Android application fault setting system, conducting training on fault phenomenon identification and diagnostic troubleshooting.

Safety Protection and Stable Operation

Equipped with input circuit protection breakers and industrial-grade power supply systems, combined with a stable stand structure, ensuring safe and stable operation of the equipment during training.

Training
Training & Applications

Teaching Content & Training Projects

Hands-on training covering the following topics:

  • Ultrasonic Radar Structure Cognition
  • Ultrasonic Radar Installation and Calibration
  • Distance Data Collection and Analysis
  • Obstacle Detection Testing
  • Ultrasonic Radar Communication Abnormality Diagnosis
  • Ultrasonic Radar Detection Abnormality Diagnosis
  • Comprehensive Training on Environmental Perception
  • Working principle of ultrasonic radar in environmental perception systems
  • Perception logic of the Automatic Parking Assist System (APA)
  • Analysis of ultrasonic radar ranging and accuracy characteristics
  • Application of CAN and Ethernet in Radar Data Transmission
  • Sensor Installation and Calibration Methods
Specifications

Technical Specifications

ParameterValue
Dimensions≥1200×660×1500mm (Length × Width × Height)
Input Power SupplySingle-phase AC 220V 50/60Hz
Structural MaterialCold-rolled steel frame (1.2-2.0mm), surface treated with electrostatic spraying, tabletop made of 36mm solid wood board
Ultrasonic Radar Distance Measurement Range200mm~3500mm (Stable), Maximum 5000mm
Ultrasonic Radar Distance Measurement Accuracy0.5% (Relative Distance Measurement Error)
Ultrasonic Radar Resolution5mm
Ultrasonic radar emission angle60°
Ultrasonic radar protection levelIP67
Ultrasonic radar operating voltage+12V~24V
Power supply for CAN/Ethernet conversion module6~36VDC (12V@60mA)
Ethernet interface10M/100M adaptive, 2KV electromagnetic isolation
Operating temperature of communication module-40℃~85℃
Standard Accessories

What's Included

  • Ultrasonic radar module
  • Autonomous driving controller
  • Data conversion and interface module (CAN/Ethernet)
  • Display system
  • Control interface module
  • CAN communication module
  • Ethernet communication module
  • Communication harness
  • Intelligent fault setting system (Android APP)
  • Ultrasonic radar training platform (including steel structure bench and solid wood tabletop)
  • Power protection circuit breaker system

Product Category

Automotive teaching equipment — suitable for vocational colleges, technical schools, and automotive training institutions.

Get a Quote for Ultrasonic Radar Sensor Training and Teaching System

Contact StarBrain for technical specifications, custom configurations, and delivery timeline.