Honda Of Canada Manufacturing - Alliston Engine Plant

4700 Tottenham Rd
Alliston, ON L9R 1A2, Canada
  • This information has been verified good Verified Good
  • This information has been verified bad Verified Bad
  • This information has unverified Unverified

Additional Information

General Information

Honda Motor Co., Inc. - Honda Of Canada Manufacturing - Alliston Engine Plant
Latitude / Longitude
Latitude = 44.1445078
Longitude = -79.8374556

Financial Information

Honda Motor Co., Inc. - Current Stock Price
Ticker Symbol - HMC
CURRENT = 30.33 +0.19 +0.63%
OPEN = 30.22 HIGH = 30.42 LOW = 30.13

Latest Financial News

Honda Motor Co (HMC) Stops Acura TLX Sedan Sales
Bidness ETC - Dec 11, 2014
The latest stop-sale order for TLX modes has come at a time when Honda is already facing issues, due to Takata Corp's (OTCMKTS:TKTDY) faulty airbag inflators, which have caused at least five deaths. Honda is also repeatedly recalling its best-selling ...

Latest Company News

Honda ran tests on fatal air bag flaw, frustrated by Takata reticence: sources

Tue, 16 Dec 2014 19:37:54 -0800
By Norihiko Shirouzu TOKYO (Reuters) - Honda Motor Co was so concerned by mounting recalls for Takata air bags, and frustrated by its supplier's failure to explain why some have exploded, killing five people with shrapnel, that it bought used and scrapped cars in Japan to conduct its own tests. Around 21 million vehicles have been recalled globally by automakers since 2008 for defective Takata ...

read more

Contact Information

Main Contact

Other Information

Began Production
Sept. 2008
Plant Size
263,177 sq. ft.
Annual Capacity
200,000 Engines
3900 Auto and Engine Plant
$154 Million Canadian Dollars
In 2008, Honda of Canada Mfg. began producing 4-cylinder automobile engines at a new $154 million engine plant. The plant produces engines for the Civic Sedan and Civic Coupe, produced in the two adjacent automobile plants. In a first for any North American automobile engine plant, the Canada plant uses primarily recycled aluminum processed at an adjacent facility and delivered directly to the plant in its molten state, eliminating the re-melt step and reducing overall energy use.