Automotive Intelligence

News of October 12, 1999


 


  Page 4 of 4
.

Toyota to manufacture transmissions in central Europe's biggest nation
.
European production of Toyota vehicles and components is broadening. The automaker is preparing to build a plant in Poland to produce transmissions.
.

PlantPoland.gif (18453 Byte)

Toyota's Plant in U.K.

Photo: Toyota

Toyota's Polish plant will supply transmissions to Toyota vehicle plants in the United Kingdom, France, and Turkey. It will make manual transmissions for engines of displacements from 1.3 liters to 1.8 liters, and it will be able to produce about 250,000 transmissions a year. The plant will employ about 300 people and will begin operation in early 2002.
The Polish plant will be Toyota's second plant for producing crucial components locally in Europe. Toyota produces engines at a plant in north Wales. That is in addition to the company's vehicle manufacturing in the United Kingdom and, starting in 2001, in France. Engineer_Plant_Wales
Photo: Toyota
.
Toyota is raising the value of its North American operations, too, by localizing production of engines and transmissions. Its big plant in Kentucky makes engines, as well as assembling vehicles. Toyota also makes engines at its Canadian vehicle plant, in Ontario, and at a new engine plant in West Virginia. The West Virginia plant will add transmissions to its product line, starting in 2001.

 

Another Ford First: Pressure sensitive paint
.
Ford researchers have found a new way to measure the external pressures exerted on automobiles: using pressure sensitive paint (PSP). An advanced optical imaging technique that measures pressure on aerodynamic surfaces, PSP has been used extensively for measuring airplane loads and for validation of computational fluid dynamic codes on aircraft models. Ford worked with McDonnell Douglas, one the first PSP developers, to make PSP ready for the automotive industry.

PSP has two primary advantages over pressure ports, which have traditionally been used by automotive engineers. First, PSP can be applied without changing the smooth surface characteristics of the model. Secondly, it provides more pressure data from wind tunnel testing earlier in the vehicle program, resulting in better understanding of critical flow fields that affect various aspects of automotive design points. PSP offers a full field of surface data whereas pressure points only gave information on discreet points. Ford expects full implementation of PSP by the end of the year.

<previous page>   

© 1999 Copyright  Automotive Intelligence, www.autointell.com
All Rights Reserved .
For questions please contact
editor@autointell.com

[Homepage] [ News] [ Companies] [ Management] [ Publications] [ Events] [ Careers]
[Services] [Discussion] [ Guestbook] [ Search]