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Wild Exposed Carbon Fibre McLaren 720S Makes Use Of 3D-Printed Parts
1016 Industries is one of the tuning companies pushing hard to implement 3D printing as a scalable method for creating aftermarket offerings. The company’s latest step forward is this modified McLaren 720s that combines an exposed carbon fibre body with a variety of 3D-printed components.
The teal accents have been used to break up the exposed carbon fibre and actually accentuate the lines of the body. The 3D-printed components include the inner bumper structures, aerodynamic ducting, and linkages in the wing.
These updates result in the 720S shedding a substantial 122 kg which is around 9% of the stock supercar weight.
www.zero2turbo.com





1016 Industries is one of the tuning companies pushing hard to implement 3D printing as a scalable method for creating aftermarket offerings. The company’s latest step forward is this modified McLaren 720s that combines an exposed carbon fibre body with a variety of 3D-printed components.
The teal accents have been used to break up the exposed carbon fibre and actually accentuate the lines of the body. The 3D-printed components include the inner bumper structures, aerodynamic ducting, and linkages in the wing.
These updates result in the 720S shedding a substantial 122 kg which is around 9% of the stock supercar weight.
Wild Exposed Carbon Fibre McLaren 720S Makes Use Of 3D-Printed Parts
1016 Industries is one of the tuning companies pushing hard to implement 3D printing as a scalable method for creating aftermarket offerings.
www.zero2turbo.com











































