The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery

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  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
    Czinger has just revealed the production version of the 21C hypercar
    And it comes with some improvements over the original concept
  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
    The 21C is now wider, measuring 80.7-inches wide
    But what is more important is the performance gains
  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
    The 2.88-liter flat-plane crank V-8 now delivers 1,250 HP
    An improvement of 17 HP over the concept
  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
    Top speed has also increased
    From 268 mph to 281 mph with the optional “vmax configuration”
  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
    0-60 mph takes just 1.9 seconds
    While 0-196 mph takes 13.8 seconds and 0-249 mph takes 21.3 seconds
  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
    Shifting duties are handled by a seven-speed automated manual
    But what’s more important is that the 21C is the product of 3D printing
  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
    Only 80 examples will be built in total
    Each one falling well into the seven-figure price range.
  • The Czinger 21C Is The Perfect Blend Between 3D Printing and In-House Engineering - gallery
    Swipe up if you want to learn more about the Czinger 21C
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