RICARDO SUPPORTS CHERY WITH CVT CONTROL TECHNOLOGY







Published by Gerald Ferreira Date: May 15, 2012
Categories: General News

 can be revealed today that the long-standing and highly successful collaboration between Ricardo and Chery Automobile Company Ltd of China, was instrumental in the development of the CVT system launched in the new Chery E5 vehicle

Ricardo worked with Chery to develop the associated control strategies for the Chinese automaker’s first CVT product. The work was carried out through a collaborative engineering programme that involved engineers from both companies working together in both China and the UK.

The scope of the programme included the software development process definition, control strategy implementation, and validation. Ricardo worked in with Chery to enhance development process maturity, in particular in the area of testing, including tools and techniques. Support was also provided by Ricardo for hot and cold climate vehicle calibration development testing which was led by Chery.

The product calibration was specifically targeted at delivering the unique feel and quality of response that is demanded by customers within the Chinese domestic market, and thus distinguishes the product from other imported systems. This CVT development programme further builds upon the previous highly successful collaboration between Ricardo and Chery that saw the two companies work together to develop a 50 strong fleet of hybrid vehicles that were used for transportation during the 2008 Beijing Olympics.

“We are extremely pleased to be able to reveal our role in supporting Chery with the development of its new CVT product,” said Ricardo Asia president Gary Tan. “This highly successful engineering programme demonstrates very clearly the manner in which Ricardo is able to provide the very latest in automotive technology and product innovation to Chinese customers, while also providing the crucial technology transfer benefits that enable them to develop their own in-house skills and capabilities for the future.”