quarta-feira, 17 de maio de 2017

Artega Scalo - the all-electric sucessor of the Artega GT

Artega Scalo

In 2015 an electric version of the Artega GT was showcased, powered by two rear-mounted high power electric engines.  Its name was Scalo, after a winning Westphalian stallion with the same name.  This concept car sowed the seed for a further developed model, with much more power, greater performance and even greater range. The target range was 500km.   


The Artega Scalo with a purely electric drive is the direct successor of the Artega GT, which inspired car fans around the world. The new German electric sports car promises pure driving enjoyment with aerospace genes. 




An impressive acceleration of 0 to 60 mph in 3.6 seconds and an electronically limited maximum speed of 155 mph characterise the Artega Scalo. The range of up to 250 mls and the charging time are convincing as well. With a 64 kW DC quick charge, it is possible to charge the battery completely in less than one hour. 


The Artega Scalo has two Voltabox high-performance electrical motors with a total output of 300 kW and a torque of 575 ft-lb - using technology from aerospace. The energy storage is a world novelty: Lithium-ion battery modules, combined with perfectly customized SuperCaps (high-performance capacitors).



 Pursuing the electric power route Artega has dispensed with petroleum engines and wants to promote the switch to electromobility also in the arena of super sports cars. Consequently, Artega has now sold the know-how, the production facilities, and tools for the Artega GT to US company Saleen, which will build the vehicle with a different engines in China under its own brand. 


The focus of Artega is now on producing an exclusive car that embodies great looks, stunning performance, luxury and practicality, for customers with a unique lifestyle. The target is to become the alternative German super sports car maker, offering high performance cars for everyday use, with a car at the very top of its market segment.  

The Interior


 

About Artega and the Artega GT

The Company

 The German Artega GT sports car, which was first launched back in 2007, continues to be a real head-turner – both on the road and among the cognoscenti – with its still-innovative lightweight structural design and its maker’s special attention to the conservation of resources.
Artega GmbH, to give it its full name, has meanwhile returned to the family ownership of the company’s founder, Klaus Frers, who has taken on the mission of developing the Artega brand and putting the firm’s accumulated know-how to work in creating a sustainable corporate approach for carmakers and their suppliers. 


An extra feature was added in 2008 to Artega’s lightweight construction and onboard power-supply architecture: electric traction. Artega can now offer an unequalled range of products, thanks to its programme of cooperation with paragon AG (a supplier of electronics , display and control systems and body kinematics),  and a paragon subsidiary called Voltabox Deutschland GmbH (which produces li-ion battery systems and onboard chargers).
The outcome of all this is Artega already creating the intelligent mobility of the future.


 

Iconic Artega GT

 After a development phase lasting just 20 months, and a successful application for European short-production-run approval, the period from 2009 to 2012 saw the production and delivery of 153 Artega GT. The Artega GT continues even now to delight enthusiasts, and has won a place among the world’s best-known sports cars. 




Some specialist magazines have even earmarked the Artega GT as a “future classic”. Owners from Germany, Switzerland, Austria, Italy, the Netherlands, Belgium, France, Japan, Mexico, Malaysia and China are all equally fired up by the incredible driving experience that possessing this very special vehicle entails. 


The knowledge and skills gained from this extraordinary project have created a unique worldwide combination of expertise in many areas. The long list includes electronics, electromechanical and mechanical systems, kinematics, on-board network architecture, electric traction, simulation techniques, active and passive safety, innovative materials, lightweight construction, road testing, validation, homologation and type-approval, project management and small-scale series production. 



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