The 2011 Vorsteiner Porsche 911 Turbo V-RT's front end displays a sporty add-on with the newly-designed bumper cover; plus a carbon fiber chin spoiler, bigger duct openings without fog lights for more visual appeal. The same sport performance motif is continued to the sports coupe's rear end. This V-RT's noble objective is to achieve or enjoy maximum performance by optimization of its weight to power ratio. Vorsteiner accomplishes this in the 2011 Vorsteiner Porsche 911 Turbo V-RT's aerodynamic design with the dry carbon and fiber vacuum technology. This enables the vehicle to have greater strength and firmness than steel and aluminum, but at the same time decrease the weight to as much as 40%.
Saturday, October 16, 2010
New Sport Vorsteiner Porsche 911 Turbo V-RT 2011
German automotive manufacturer Porsche and car parts brand Vorsteiner recently unveiled the new evolution – the 2011 Vorsteiner Porsche 911 Turbo V-RT. The luxurious sports coupe 911 Turbo is enhanced by the V-RT’s aerodynamic and performance booster.
The 2011 Vorsteiner Porsche 911 Turbo V-RT's front end displays a sporty add-on with the newly-designed bumper cover; plus a carbon fiber chin spoiler, bigger duct openings without fog lights for more visual appeal. The same sport performance motif is continued to the sports coupe's rear end. This V-RT's noble objective is to achieve or enjoy maximum performance by optimization of its weight to power ratio. Vorsteiner accomplishes this in the 2011 Vorsteiner Porsche 911 Turbo V-RT's aerodynamic design with the dry carbon and fiber vacuum technology. This enables the vehicle to have greater strength and firmness than steel and aluminum, but at the same time decrease the weight to as much as 40%.
The 2011 Vorsteiner Porsche 911 Turbo V-RT's front end displays a sporty add-on with the newly-designed bumper cover; plus a carbon fiber chin spoiler, bigger duct openings without fog lights for more visual appeal. The same sport performance motif is continued to the sports coupe's rear end. This V-RT's noble objective is to achieve or enjoy maximum performance by optimization of its weight to power ratio. Vorsteiner accomplishes this in the 2011 Vorsteiner Porsche 911 Turbo V-RT's aerodynamic design with the dry carbon and fiber vacuum technology. This enables the vehicle to have greater strength and firmness than steel and aluminum, but at the same time decrease the weight to as much as 40%.