Complete vehicle testing is the final test of design and manufacturing quality during the R&D process. The vehicle is tested in a variety of user scenarios to see if it meets real-world requirements. Complete vehicle testing and onboard system testing ensures that the vehicle’s quality meets the target specifications and helps to improve customer satisfaction.
HAITEC has a complete set of tests and procedures for vehicle verification. These include dynamic/passive testing of structural strength, collision resistance, fatigue, durability, passenger safety, pedestrian protection, vibration, noise, power performance, braking, air-conditioning, vehicle electronics and more. A full spectrum of tests is carried out in different test locations around the world including very hot and cold climates.
HAITEC is committed to delivering the same level of quality as well-known international car makers in terms of both design and manufacture.
Test Items
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General Verification
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Purpose: |
Test and tune the vehicle in a demanding high temperature, high dust and high altitude environment |
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Location: |
Turpan (approx. 50℃) and Kunlun Mountain (4757m above sea level) |
General Verification
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Purpose: |
Test and tune the vehicle in a demanding high temperature, high dust and high altitude environment |
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Location: |
Turpan (approx. 50℃) and Kunlun Mountain (4757m above sea level) |
General Verification
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Purpose: |
Test and tune the vehicle in a demanding low-temperature environment |
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Location: |
Heihe City, Heilongjiang Province, China (temperature of around -35℃) |
General Verification
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Purpose: |
Test and tune the vehicle in a demanding low-temperature environment |
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Location: |
Heihe City, Heilongjiang Province, China (temperature of around -35℃) |
Performance Verification
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Purpose: |
Validate the de-misting and de-frosting performance of the glass used in cold climates. In addition to preliminary laboratory testing the vehicle was transported to Heilongjiang in China during winter for real-world testing. |
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Performance Verification
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Purpose: |
Validate the de-misting and de-frosting performance of the glass used in cold climates. In addition to preliminary laboratory testing the vehicle was transported to Heilongjiang in China during winter for real-world testing. |
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Performance Verification
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Purpose: |
Verify that the chassis system design satisfies controllability and stability requirements in extreme usage conditions. |
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Durability Verification
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Purpose: |
Verify the durability of the doors’ opening/closing action (see left) as well as the structural strength and durability of the body and chassis. |
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Durability Verification
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Purpose: |
Estimate and verify the vehicle’s structural strength and fatigue life. |
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Durability Verification
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Purpose: |
Estimate and verify the vehicle’s structural strength and fatigue life. |
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Vibration & Noise Verification
Safety Certification
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Purpose: |
Combine computer simulation analysis and platform testing data to evaluate passenger risks and tune the passive safety systems for optimal performance. |
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Safety Certification
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Purpose: |
Combine computer simulation analysis and platform testing data to evaluate passenger risks and tune the passive safety systems for optimal performance. |
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Safety Certification
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Purpose: |
Combine computer simulation analysis with actual vehicle impact tests to strengthen the body structure and optimize the passive safety systems for improved vehicle and passenger safety/protection. |
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Safety Certification
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Purpose: |
Combine computer simulation analysis with actual vehicle impact tests to strengthen the body structure and optimize the passive safety systems for improved vehicle and passenger safety/protection. |
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Complete Vehicle Testing
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Purpose: |
The performance and durability tests were carried out with actual vehicles at the Automotive Research and Testing Center in Changhua Coastal Industrial Park, Changhua County. Road tests were also carried out to ensure the vehicle meets quality requirements in all kinds of user environments. |
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