Ford to build its first transmission plant in China

Ford, together with its partners in China, is building its first transmission plant there to support its aggressive growth plan in the world's largest auto market. Ford's passenger vehicle joint venture in China, Changan Ford Mazda Automobile (CFMA) has signed a Memorandum of Understanding for the transmission plant project with the Chongqing Municipal Government. The plant, with an initial investment of US$350 million to be entirely funded by CFMA, will produce advanced fuel-efficient six-speed automati
April 23, 2012 Read time: 2 mins
RSS278 Ford, together with its partners in China, is building its first transmission plant there to support its aggressive growth plan in the world's largest auto market.

Ford's passenger vehicle joint venture in China, Changan Ford 1844 Mazda Automobile (CFMA) has signed a Memorandum of Understanding for the transmission plant project with the Chongqing Municipal Government. The plant, with an initial investment of US$350 million to be entirely funded by CFMA, will produce advanced fuel-efficient six-speed automatic transmissions with an initial annual capacity of up to 400,000 units, supplying Ford brand vehicles produced and sold locally by CFMA.

"This transmission plant investment represents yet another important milestone in Ford's accelerated growth plan for this important market," said Joe Hinrichs, president of Ford Asia Pacific and Africa. "Together with prior investments announced in the past few years, this new plant demonstrates Ford's unprecedented commitment to the China market and how we are leveraging advanced global technologies to support Ford's aggressive plan to introduce 15 brand new vehicles to China by 2015."

The transmission plant, to be located in Chongqing's New North Zone, is scheduled to break ground this July and start production in the fourth quarter of 2013.

For more information on companies in this article

Related Content

  • Volvo Trucks develops I-See to save fuel
    June 28, 2012
    Volvo Trucks has announced it has developed I-See, which operates like an autopilot and takes over gear-changing and utilises gradients to save fuel. The system, which will be available on the market next year, is linked to the transmission’s tilt sensor and obtains information about the topography digitally. The fact that the system is not dependent on maps makes it more dependable since it always obtains the very latest information. I-See can recall about 4,000 gradients, corresponding to a distance of 5,
    Read More
  • Syracuse models post-industrial revival for US cities
    August 13, 2015
    A connective corridor in Syracuse, New York State, could be a model for other post-industrial cities, as David Crawford discovers. The aim of the city of Syracuse’ 5.6km-long Connective Corridor in Onandaga County in upstate New York is to create a model ‘complete street’ for use in wider regeneration schemes. Key transport-sector components are traffic calming, high-quality transit with accessible passenger information, plus walkability and bike-friendliness.
    Read More
  • ITS in Taiwan
    January 20, 2012
    In June, ITS Taiwan will host the 11th ITS Asia Pacific Forum and Exhibition. Dr. Bert J. Lim, president of the World Economics Society and a member of the local organising committee, provides an insight to ITS development in the country. Many of the thought-provoking issues he raises could be applied equally to most countries around the world. Governments need to assume a far greater leadership role, not just in ITS R&D, but also ITS deployment. In the case of Taiwan, it is time for the Ministry of Transpo
    Read More
  • ITS in Taiwan
    February 6, 2012
    In June, ITS Taiwan will host the 11th ITS Asia Pacific Forum and Exhibition. Dr. Bert J. Lim, president of the World Economics Society and a member of the local organising committee, provides an insight to ITS development in the country. Many of the thought-provoking issues he raises could be applied equally to most countries around the world
    Read More

Highlighted Content