Shanghai Jiyu Technology
Drive-by-wire chassis systems for autonomous vehicles.
Date | Investors | Amount | Round |
---|---|---|---|
* | CNY20.0m | Early VC | |
Total Funding | 000k |
Shanghai Jiyu Technology Co., Ltd., founded on July 14, 2020, is a developer and manufacturer of by-wire chassis systems for unmanned vehicles. The company's core products are designed for vehicle status management, energy management, and autonomous driving execution. The founding team originates from notable institutions and companies such as Tongji University, Delphi, and Volvo Cars.
The founder and CEO, Luo Yongchang, has over 15 years of experience in developing core parts for new energy vehicle chassis. He is a founding partner of Aoteca New Energy Technology Co., LTD and Shanghai Tongyu Automobile Technology Co., LTD. The partners include Xia Cunliang, a former chassis engineer at Ford and chassis manager at Volvo Car China with over 17 years in chassis development, and Dr. Sun Yongzheng, who has extensive experience in software and algorithm development from his time at Delphi and Auteca New Energy Technology.
Jiyu Technology's business model centers on the research, development, and production of its universal by-wire chassis systems. The company serves the auto-driving industry, providing essential components for various applications. Its product lineup includes four series of by-wire chassis: Shining Fairy S, Magic Carpet M, Legendary Heracles L, and Combat Wings W. These products are utilized in unmanned logistics, distribution, disinfection, and special vehicles. Jiyu Technology generates revenue and is backed by investors including SinoVest Capital, Zeal Capital, and Zongmu.
Keywords: chassis-by-wire, unmanned vehicles, autonomous driving, automotive technology, vehicle control systems, new energy vehicles, intelligent vehicles, drive-by-wire, electro-hydraulic brake, vehicle control unit, unmanned logistics, autonomous systems, automotive components, robotics, e-mobility, advanced driver-assistance systems, automotive software, vehicle dynamics, motion control, sensor fusion