With the acceleration of urbanization, the limitations of traditional transportation modes have become increasingly apparent. Traffic congestion and environmental pollution have emerged as major constraints on urban development. Urban Air Mobility (UAM), an emerging field, offers a preferred solution to these challenges through its unique advantages. Simultaneously, electric vertical take-off and landing (eVTOL) aircraft—crucial to UAM—are undergoing revolutionary development. Powered by electricity and requiring no dedicated runways, eVTOLs enable vertical take-off and landing for short-distance urban passenger and cargo transport.

To address this, KeLiang has developed an eVTOL Simulation & Verification System. This system provides comprehensive and precise simulation support for eVTOL R&D, empowering research teams to achieve efficient product deployment.

• Enables research and verification of key technologies such as flight control, distributed electric propulsion, trajectory planning, automatic obstacle avoidance, power management, data link transmission, and fault reconstruction control for aircraft.

• Utilizes multi-processor distributed parallel computing technology to achieve real-time calculation of device-level, system-level, and aircraft-level models.

• Supports joint real-time simulation of multiple modeling software such as Matlab/Simulink, C and C++, and carries out cross-disciplinary and multi-model crosslinking solution.

• Features various signal excitation methods at the signal level and power level, including IO signal excitation, bus signal excitation, power supply excitation, and radio excitation.

• Equipped with mature and diverse semi-physical simulation test interfaces, allowing flexible switching between models and physical devices.

• Highly Integrated

  One-stop integrated solution for key technologies, reducing coordination costs for designers.

• High-Fidelity Simulation

  Leveraging decades of KeLiang's domain expertise, featuring advanced algorithms, real-time data processing, and reliable results.

• Broad Compatibility

  Supports co-simulation with mainstream modeling software, eliminating tool barriers and enhancing R&D flexibility.

• Comprehensive Testing

  Enables virtual-to-physical switching between models and actual equipment, facilitating identification and optimization of potential issues.