By July 12, 2016 Read More →

Honda co-develops first hybrid car motor free of heavy rare earth metals


The Honda Freed minivan will be the first hybrid vehicle built without heavy rare earth metals.  

New Honda looking for new-energy vehicles to comprise two-thirds of its line-up by 2030

By Maki Shiraki and Naomi Tajitsu

TOKYO, July 12 (Reuters) – Japan’s Honda Motor Co has co-developed the world’s first hybrid car motor without using heavy rare earth metals, which it says will reduce its dependence on the expensive materials mainly supplied by China.

Hybrid vehicles combining a gasoline engine and electric motor have become increasingly popular in many developed countries, but sourcing a steady supply of rare earth elements such as dysprosium and terbium has been a challenge.

In 2010 China imposed a temporary ban on exports of rare earth minerals to Japan as the two nations engaged in territorial disputes.

Honda, Japan’s third-largest automaker, said on Tuesday that its new motors used magnets developed by Daido Steel Co that do not contain dysprosium and terbium.

This reduced the cost of producing the magnets, a key component in motors, by about 10 percent while making them nearly 8 percent lighter, Honda said.

The new motors will be used in the next Freed minivan, which is sold in Japan and other Asian markets, to be unveiled in the autumn.

Honda started looking to reduce the use of heavy rare earth metals 10 years ago, but a spike in prices around 2011 prompted the tie-up with Daido, the company said.

“This technology will lower our costs and reduce our exposure to price fluctuations,” a Honda official told reporters.

The redesigned motor still uses the light rare earth element neodymium, which is found in North America and Australia, as well as China.

Honda is aiming for new-energy vehicles, including gasoline-electric hybrids, plug-in hybrids, battery-electric and fuel cell vehicles to account for two thirds of its line-up by 2030, from around 5 percent now.

(Editing by Chang-Ran Kim, Chris Gallagher and David Goodman)

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