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Validating intelligent driving technology relies on efficient and safe testing methods. Faced with the high costs of real-vehicle road testing, the difficulties in switching complex scenarios, and the safety risks associated with human participation, Vehicle-in-the-Loop (VIL) testing provides an ideal solution. By integrating the dynamic characteristics of real vehicles with virtual scenario simulation, VIL testing not only reduces model deviations and improves testing accuracy, but also lowers testing risks and complexity, while reducing the demand for test sites and resources.

VCARSYSTEM's Solution

To ensure the safety and reliability of intelligent driving systems, VCARSYSTEM has launched a Vehicle-in-the-Loop (VIL) testing solution for intelligent driving. This solution enables rapid scene transitions and driving tests, effectively validating the interaction between the intelligent driving system and the vehicle's execution system, ensuring the safety and effectiveness of intelligent driving technology in real-world applications.

WORKFLOW

FUNCTIONS

ADAS – Advanced Active Safety Functions

It supports testing of key active safety functions like Lane Change Assist, Blind Spot Detection, Door Open Warning, Rear Cross Traffic Alert, Collision Warnings, Lane Keeping Assist, and Autonomous Emergency Braking, all aimed at enhancing safety and preventing collisions.

ADAS – Comfort Features

It supports testing of features like Super Cruise Control, Intelligent Speed Assistance, and Auto Parking, all designed to enhance driving comfort, safety, and convenience.

ADAS – Testing Scenarios

It supports detailed simulations of complex urban traffic scenarios, functional safety and expected safety scenarios, along with typical traffic accident scenarios in China, to thoroughly assess and improve the system's safety and practicality.

Complete Vehicle Development

Vehicle development includes powertrain performance and calibration, control system design, vehicle strategy, torque optimization, energy recovery, and thermal management, all focused on delivering optimal performance, efficiency, and reliability.

Vehicle Dynamics – Optimizing Handling and Stability

Vehicle dynamics covers key performance metrics such as acceleration, climbing ability, top speed, and braking performance, offering a comprehensive assessment of the vehicle's overall dynamic capabilities.

Vehicle Efficiency – Maximizing Performance and Fuel Economy

Vehicle efficiency tests driving range, energy consumption, energy flow, transmission efficiency, and resistance breakdown, offering a thorough evaluation of energy utilization and economic performance.

Vehicle Drivability – Enhancing Comfort and Control

Vehicle drivability includes torque analysis, energy recovery system evaluation, steering functionality, and suspension comfort assessments, providing a comprehensive gauge of the vehicle's handling and ride comfort.

Intelligent Driving Function Testing

Intelligent driving function testing includes full-vehicle scenario replication, speed testing, safety system evaluation, and autonomous driving tech assessment, ensuring the system's reliability and performance under various conditions.

Drive Cycles & Performance Benchmarking

Drive cycles and benchmarking utilize WLTP, CLTC, FTP, and custom cycles to assess energy consumption, efficiency, and thermal management, ensuring the vehicle meets performance standards under various conditions.

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To address the growing complexity of R&D requirements, we will tailor solutions to your specifications and offer expert consulting and engineering services.

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