Do you know how 3-D printers work? You style a virtual 3-D image, or scan an existing object, and send it to a 3-D printer. It then prints out your image, one layer at a time.
Typically, it is a photo-reactive resin that prints out as a liquid that hardens. It’s very superb technology. Now, this innovative tech is being used to save a one-of-a-kind car that is over a century old.
How modern technology is saving pieces of history
What we’re talking regarding is a grand prix car that’s 103 years old. The engine block of the classic vehicle cracked some years ago and caused water to pump out of its exhaust system.
What we’re talking regarding is a grand prix car that’s 103 years old. The engine block of the classic vehicle cracked some years ago and caused water to pump out of its exhaust system.
It’s the only Delage Type-S grand prix car known to still be on the earth. that makes it not possible to find replacement components when something goes bad.
That’s where modern technology was able to come to the rescue.
The car was consigned to a mechanic’s workshop in Australia to see what they could do to fix it. They turned to a pre-war motorcar engineer to find a way to build the 16-valve engine.
He came up with the thought of cloning the original engine block with digital technology. They scanned inside and out of the engine block with lasers. The scans were used to digitally repair the engine on a pc before making a sand mold with a 3-D printer.
The process really worked and therefore the Delage is operational again. Watch this video to check how the 3-D process took shape:
This repair is actually superb, particularly since the original engine blueprint is no longer around. It’s nice knowing that today’s high-tech innovations will facilitate us hold on to pieces of our past.
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