The Chiron will receive the world's first 3D printed brake calipers later this year
The current calipers are made from alumnium
...but the new ones use titanium
They take 45 hours to make
Bugatti is developing the world’s first 3D printed brake calipers for introduction onto its Chiron hypercar later this year – and it said the part is the first of several new significant production breakthroughs.
Each titanium caliper is made from a monobloc of titanium that is crafted using 400-watt lasers. Titanium powder is deposited in 2,213 layers to produce the part, which is heated to 700 degrees celcius during a 45-hour-long production process.
Bugatti claims the caliper - which is the longest car caliper in production at 41cm long - weighs 2.9kg, 2kg less than the aluminium caliper currently offered with the 1479bhp car. Despite the reduction in weight, it’s said to be tougher than the aluminium part, able to withstand 125kg of pressure per millimetre.
The technology used to create the new caliper stems from the motorsport and aviation industries. Bugatti said the caliper is the first of several potential new parts it can now produce thanks to the introduction of this high-tech 3D printing system.
Frank Götzke, Bugatti’s head of new technologies, has also hinted the tech could be used in the wider Volkswagen Group. He said: “In 3D printing development, Bugatti is the leader in the group.
“Everyone can, and should, benefit from our projects. This is also part of Bugatti’s role as the Group laboratory for high-tech applications.”
The Chiron uses an quad-turbocharged 8.0-litre W16 engine. The £2.5 million car can hit 62mph in 2.5sec and has a top speed of 261mph.