Bugatti is far from the first automaker to experiment with 3D printing, but it does claim it's developed the world's first 3D printed brake caliper.

Bugatti turned to 3D-printing to make stronger, lighter brake calipers out of titanium. The 3D-printed caliper is still at the prototype stage, and it's being torture-tested ahead of its official ...

Tesla Model 3, Model Y recalled for loose brake caliper bolts Just under 6,000 of the EVs need checking to ensure brake caliper bolts are torqued to spec.

Most of us use calipers when working with our 3D printers. Not [Albert]. He has a clockwork caliper design that he 3D printed. The STL is available for a few bucks, but you can see how it works in … ...

Tesla is recalling just under 6000 Model 3 sedans and Model Y crossovers for loose brake caliper bolts that might disassemble and cause low tire pressures.

3D printing has given people a whole new way of manufacturing and designing things, including folks in the automotive industry. Bugatti, for example, is looking to 3D print brake calipers.

At the beginning of 2018, Bugatti revealed it had developed the first series-production 3D-printed brake caliper for use on future models. In preparing to put the caliper into production, Bugatti ...

Bugatti made a 3D printed brake caliper out of titanium. This eight-pistion brake caliper is a manufacturing achievement but what will it lead to?

This is where the brakes come in, and they are just as high-tech as the engine. Bugatti has adopted a cutting-edge 3D printing technique to manufacture the brake calipers for the Chiron using ...

Bugatti says its new, 3D-printed titanium brake caliper will be tested in production vehicles by summer.

The brake caliper is not the company's first foray into the 3D printing world. So far it has produced through this process the longest aluminum component to date, a 63-centimeter-long lightweight ...

Cars Bugatti's 3D-printed titanium brake calipers are insanely cool French automaker reveals ultra-lightweight brake components made from titanium dust and laser beams.