preview

Essay about Tesla Motors

Good Essays

The Global Business Community
The first macroenvironmental factor that Tesla Motors faces is the society and subcultures. In this day in age consumers worldwide have increased their knowledge and sensitivity about its environment. Numerous companies have catered to this need of becoming more environmentally responsible by offering products that are “green” or environmentally friendly. This new growth amongst people and organizations alike of becoming more environmentally conscious has created an opportunity for Tesla Motors with its brand of product. Tesla Motors produces and sells fully electric cars as well as electric vehicle powertrain components that give off no tailpipe emissions. Also Tesla motor vehicles cut CO2 emissions in half …show more content…

The fifth macroenvironmetal factor Tesla faces is in consideration of political and legal issues. Tesla has already been involved in several lawsuits. One that has been most notarized is the lawsuit filed against its competitor Fisker Automotive in early 2008 for stealing design ideas and confidential information such as business plans, technology, and trade secrets. Henrik Fisker was hired by Tesla to design its WhiteStar model vehicle in 2007. After gaining access to designs and confidential information which is Tesla’s competitive advantage he then used the information which enabled Fisker to develop his own high-end electric car which was called Karma. After consulting with an arbitrator Tesla lost its case 7 months after filing the suit due to the finding an interim award in Fisker Automotives favor. The sixth and final macroenvironmetal factor Tesla Motors faces is technology. Tesla holds a technological advantage over all of its competitors in comparison with to the overall performance of the vehicle. Tesla’s electric powertrain found in each vehicle allows higher driving efficiencies. With Tesla’s understanding of using energy efficiently the company has created vehicles with superior design by improving technologies of vehicle road-load which encompasses wind resistance, mechanical friction, and tire rolling resistance; energy conversion losses, as well as electric vehicle efficiency. Overall the driving efficiency is 88%

Get Access