en

NEWS

Latest news

View the latest news

JTEKT at the IAA Frankfurt 2015

The International Frankfurt Motor Show (IAA) is the world's most comprehensive show of the automotive industry for everybody who develops, manufactures or uses passenger cars. A special feature is the large presence of suppliers throughout the whole automotive value added chain. Around 400 exhibitors from the supply industry are presenting their products.

This year JTEKT showed a “skeleton” version of the new Toyota Mirai, the world’s first serial (volume) production fuel cell powered passenger car on the road. The Toyota Mirai for which serial production started end of 2014 in Japan, features several JTEKT systems and components, including the steering system, several bearings (for wheel, transmission and differential) and a valve & regulator,specifically developed by JTEKT together with Toyota, to manage the high pressure hydrogen, which is the “fuel” for the fuel cell unit.

The Mirai skeleton attracted a lot of attention from professionals visiting the JTEKT booth and fueled interesting discussions about the fuel cell technology, specifically, and the future of mobility, in general.

Bearing 3D
FAQ

Where are Koyo bearings being produced?

JTEKT Corporation has 61 plants in total (steering products, driveline components, bearings and machine tools) located all over the world. For our Koyo bearings we have the following number of plants.

Japan:  5 plants
  Asia & Oceania:  8 plants
  Europe:  7 plants
  North & South America:  1 plant

You may communicate us your personal data in the frame of using our website. JTEKT Europe Bearings B.V. and its affiliates undertake to comply with the European General Data Protection Regulation (GDPR May 25th 2018) and shall process your data in compliance with GDPR. In case, you would like to proceed with your rights (refusal, information, access, erasure, restriction, portability), you can send a request to dpo.jeo@jtekt.eu. Our privacy policy is available at: www.jtekt.co.jp/e/privacy3.html

I understand