I. Product Requirements:
This product is suitable for practical training projects involving millimeter-wave radar structural understanding, assembly and calibration, and basic application development, including"New Energy Vehicle Driving Assistance System Maintenance,""Environmental Perception Component Assembly and Calibration,"and"Intelligent Sensor Technology."The millimeter-wave radar experiment box integrates comprehensive application training and experimental equipment for CAN network communication technology, millimeter-wave radar speed and ranging principles, AEB active safety testing, BSD blind spot detection, and ACC adaptive cruise control. It requires a 24GHz millimeter-wave radar, a 13.3-inch industrial computer, a CAN-BUS communication tester, and a test vehicle. It includes a wireless keyboard and mouse, specialized tools, and is designed to meet diverse development and learning needs. It also comes with instructional videos and relevant practical training accessories.
 
II. Technical Requirements:
1. Communication Protocol: Utilizes CAN communication technology. The CAN bus communication network complies with the ISO11898-2 standard and has a transmission rate of 500K bits/second.
2. Input and Output Interfaces: The experimental box supports dual USB ports and a Gigabit Ethernet port, and is expandable with COM ports, LPT ports, GPIO ports, and more.
3. Function 1: Incorporates Flash technology to complete the disassembly and assembly of millimeter-wave radar components, providing practical training on millimeter-wave radar structure and principles.
4. Function 2: Incorporates millimeter-wave radar assembly and testing software to complete practical training on millimeter-wave radar speed and range measurement.
5. Function 3: Incorporates millimeter-wave radar calibration software to complete millimeter-wave radar assembly, calibration, and performance testing.
6. Function 4: Incorporates millimeter-wave radar development and application systems to complete comprehensive application training experiments on AEB active safety testing, BSD blind spot detection, and ACC adaptive cruise control.
 
III. Practical Training (Experimental) Projects:
1. Millimeter-wave radar structural understanding training; 2. Millimeter-wave radar speed measurement principle training; 3. Millimeter-wave radar ranging principle training; 4. Millimeter-wave radar performance testing; 5. Millimeter-wave radar assembly and calibration; 6. Millimeter-wave radar AEB application development experiment;
7. Millimeter-wave radar BSD application development experiment;
8. Millimeter-wave radar ACC application development experiment;
 
IV. Teaching Resources
1. Learning Worksheet: Includes millimeter-wave radar understanding, millimeter-wave radar quality testing, millimeter-wave radar debugging, millimeter-wave radar calibration, AEB active safety testing, blind spot detection testing, ACC adaptive cruise control testing, and active safety testing based on a ROS car.
2. Simulation Testing: Using intelligent driving simulation software, complete AEB active collision avoidance simulation testing and BSD blind spot detection simulation testing.
 
V. Performance Parameters:
1. Appearance:
1) Case Dimensions: Approximately 505*420*180mm
2) Operating Voltage: DC12V
3) Operating Temperature: -20°C - 60°C
2. Industrial Computer Parameters:
1) Processor: Intel Core i7
2) Memory: 4GB
3) Hard Drive: 128GB SSD
4) Operating System: Windows 10
3. Millimeter-Wave Radar Parameters:
1) Radar Transmission Frequency: 24-24.2 GHz
2) Transmission Capacity: EIRP 20 dBm
3) Power Supply: 6V-12V
4) Power Consumption: 1.65 W
5) Ranging Range: 0.1-30 m
6) Distance Accuracy: 0.1 m
7) Velocity Range: -16-16 m/s
8) Velocity Resolution: 0.24 m/s
9) Azimuth: 56 degrees
10) Elevation: 37 deg
11) VDC Protection Rating: IP66
12) Storage Temperature: -40-125°C
13) Operating Temperature: -40-85°C
4. Test Vehicle Parameters:
1) Product Dimensions: 269*194*65mm
2) CPU: ARM Cortex-A72 64-bit @ 1.5GHz (quad-core)
3) Computing Power: 0.2TOPS (FP16)
4) Interfaces: 2 USB 2.0, 2 USB 3.0 Type-C Ethernet Ports
5) Minimum Turning Radius: 0.8m
6) Servo: S20F 20kg Torque Digital Servo
7) Motor: MD36 35W Brushed DC Motor
8) Motor Reduction Ratio: 1:27
9) Maximum Speed: 1.3m/s
10) Maximum Gradeability: 17°
11) Obstacle Crossing Capability: 30mm

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