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3D Historic Restoration of the Ford GT 40

graphic of 3D Historic Restoration of Classic Cars
3D Historic Restoration of Classic Cars

A very special customer of CP Tech is Sautter Historic Racing. The company has dedicated itself to the construction and 3D historic restoration of premier vehicles, prestigious brands such as Bizzarrini, Ford GT40 or Austin Healey, as well as support in motorsports. They are well-known in the racing scene as Gotcha Historic Racing Team.

From an article in Metrology News.

For several decades CP Tech and Sautter Historic Racing have been working together to bring the icons of historic motorsports to today´s race tracks. With SHINING 3D and Verisurf, they have found partners who are paving their path to even more authentic, precise and powerful replicas by means of groundbreaking technological innovation in 3D scanning, digital inspection and reverse engineering.

Back to Le Mans of the 1960s: Bringing Ford GT40 to Life

The Ford GT40 is bursting with motorsports history and prestige. The legendary battle between Ferrari and Ford at the Le Mans 24 hours endurance classic will never be forgotten and can still be relived today in numerous documentaries and films. From 1966 to 1969 the Ford GT40 dominated the motorsports world. The name is derived from the Gran Turismo class and the total height of 40 inches. CP Tech and Sautter Historic Racing bring this icon to historic racing in the 21st century.

Together with SHINING 3D and Verisurf, an original Ford GT40 can be measured entirely in order to create an authentic replica with the latest production technologies and manufacturing processes.

Back to the future – 3D Scanning the GT40 Frame 

The FreeScan UE 11 is the latest handheld laser 3D scanner from SHINING 3D and is the ideal companion to precisely digitize reflective metal parts and thus is the perfect fit to capture the frame of the historic Ford GT40. First of all, reference points are applied all over the frame of

he GT40. These are needed for the 3D scanner to be able to recognize the surface to be scanned. The reference points on the frame were recorded in the first place, optimized and then laser scanned with the FreeScan UE with a resolution of 0,8 mm. By doing so many details can be captured: all those small drill holes, the attachments, the sheets, all these relevant things that need to be achieved in 3D.

Later on, the scan data is imported automatically from the SHINING 3D scanning software into the Verisurf software. In Verisurf, the data is inspected and a best fit comparison is conducted in order to know how precisely the frame has been captured by the FreeScan UE. Another important aspect is the integration of parts, with initially unavailable CAD data, into the CAD data set. This is accomplished by means of Reverse engineering. FreeScan UE and Verisurf are the perfect match for high precision 3D Scanning, Reverse Engineering and Inspection.

For more information: www.shining3d.com

For the complete article on 3D historic restoration CLICK HERE.

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