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3D Printing Helped Make the Stunning All-New Ford GT a Showstopper

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3dp_ford_logoCar manufacturers have long been fans of 3D printing technology, and it is not unreasonable to suggest that the 3D printer sitting on your desk probably wouldn’t be there today without that early support. There is probably no industry on the planet that spends more time and money developing prototypes over and over again until everything is just right than the automotive industry. So it really should come to no surprise that they would covet technology that makes prototyping faster and cheaper. While the process has traditionally been used to prototype models of concept cars or one-off parts, the last few years have seen 3D printing become an integral part of the car production process, especially at Ford.

Prototyped part for the All-New 2017 Ford GT.

Prototyped part for the All-New 2017 Ford GT.

Traditional prototyping techniques often require specialized tools used by specialized technicians, taking weeks if not months to produce a prototyped part. But when Ford started using 3D printing regularly, the time waiting for new prototype parts dropped from weeks to days, and sometimes even hours. Not only does that save Ford valuable production time, but 3D printed prototypes cost significantly less, and allow engineers to test and refine parts through multiple generations in the same time that it used to take to produce one. In fact, the all-new Ford GT and the new Ford Mondeo Vignale have both benefitted heavily from the use of 3D printed prototypes.


The All-New 2017 Ford GT.

For the recently revealed 2017 GT, Ford designers used a series of prototypes to refine and perfect the square-shaped F1-style steering wheel that included integrated transmission paddle-shift controls and driver controls. The GT also had the pair of lightweight structural components designed to reduce the weight of the cars upward-swinging doors and the door controls prototyped multiple times. The race car version of the Ford GT, scheduled to compete next year in the FIA World Endurance Championship, has an intake manifold on the EcoBoost race engine that was heavily prototyped multiple times to optimize the design.


The 2016 Ford Mondeo Vignale.

For Ford’s new line of premium vehicles the Ford Mondeo Vignale, 3D printing helped engineers and designers perfect the unique, hexagonal Vignale design in the upper front grill. But they didn’t stop there, multiple 3D printed prototypes also helped them design the 19-inch nickel alloy wheels as well as the dual chrome exhausts with their striking polished aluminium surrounds. The Ford design team also 3D printed variations of the Vignale badges, not to mention all of the car’s exterior ornamentation and aesthetic details.

3D printing helped shape the inside of the new Ford GT.

3D printing helped shape the inside of the new Ford GT.

“3D computer printing technology has totally changed the way we design and develop new vehicles. We can be more creative in trying to find potential solutions, and for the customer this means that our cars are better able to incorporate the latest thinking in design and technology. Incredible as it is that 3D printing has been around for more than 25 years, it is a technology that is moving more quickly than ever before, opening up new ways of manufacturing the cars of the future,” explained Ford of Europe’s Rapid Technology supervisor, Sandro Piroddi.

The Mondeo Vignale interior was heavily 3D prototyped.

The Mondeo Vignale interior was heavily 3D prototyped.

The fact that both the Ford Dunton Technical Centre, in Essex and their European headquarters in Germany have Rapid Prototype teams is clear evidence that they have fully integrated 3D printed prototypes into their typical workflow for designing a new car. The process starts with a series of sketches and 2D drawings from the design team that are then developed into hand-sculpted clay scale models. At this point a full-scale clay model is sculpted, while digital sculptors use 3D software to create a CAD model of the design concurrently.

By creating both the full-sized clay model and the CAD model at the same time, Ford is able to save valuable time in evaluating the first design. The full-sized clay model is ideal for giving the team an idea of the real-world proportions, lines and the general shape of the car, while the CAD model allows them to focus on the smaller and more complex details of the car, which often end up 3D printed and integrated with the clay model.

3dp_ford3dp_gt_special_forza_sandstoneThe Rapid Prototype teams have a wide array of 3D printing technology at their fingertips that are employed based on how detailed any prototyped parts need to be. Prototypes can be produced in standard FDM plastics, laser sintered in more durable and finishable materials, or even fully-solid metal parts can be fabricated with metal 3D printers to ascertain the parts weight, quality and durability. And because so much of a typical Ford car is made using 3D technology, the company has a massive inventory of digital assets for just about every Ford ever manufactured.

These digital files used to be archived away primarily for the design team to reference, but for the first time ever Ford is making many of these digital assets available for the general public. The Ford 3D Store, the first automaker‑authorised store for 3D-printable files, allows customers to purchase or download detailed 3D models of several of their top selling cars, including the All-new Ford GT, F-150 Raptor and the 2016 Shelby GT 350R. They also teamed up with Turbosquid to sell over a thousand highly detailed 3D models of cars from their hundred-plus year history.

Let’s hear your thoughts on this new vehicle design in the 3D Printed Ford GT forum thread on 3DPB.com.

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