The Iconic 1929 Majestic Recreated with Help from a Zero Motorcycle FXS
ONE OF THE most genre-smashing motorcycles of all time is the 1929 Majestic. It looked like nothing else on earth—a streamlined Art Deco torpedo, with hub-centered steering and sliding pillar suspension.
Ninety years later, the French masterpiece is still casting its spell over custom builders. Bryan Fuller has just fallen under the influence, and created an extraordinary homage called 2029.
The build is Fuller’s response to the unprecedented levels of change the moto industry is experiencing right now. “At its core, the art of motorcycle building is still very similar to its origins,” he notes.
“The difference now is the role technology plays in the evolution of the craft, and in the innovation of design.”
Quite simply, 2029 is a bold move to prepare us for a future where anything is possible for a new age of customs. It’s an electric bike with a fully enclosed sculptured aluminum body, hub-centric steering, clear polycarbonate wheels and titanium parts printed on a 3D printer.
Built in the Fuller Moto workshop in Atlanta, Georgia, 2029 was commissioned by the Haas Moto Museum and Sculpture Gallery. The bike will debut during the Handbuilt Show and then go on display in the museum, next to two other Fuller Moto bikes.
Bobby Haas, owner of the Haas Moto Museum, commissioned 2029 because it’s “something that has never been done before. There is no actual blueprint,” he says. “It’s a piece of work that is rolling art.”
With 2029, Fuller wanted to capture next-level design elements and intricacies that, until today, were difficult to hand craft. Instead of traditional fabrication, he’s used 3D metal printing.
Bryan Heidt, lead metal fabricator at Fuller Moto, worked with Fuller on the design concepts and provided the initial CAD model dimensions, to ensure optimum form and function.
The Fuller team then shared the models with futurist designer Nick Pugh—a renowned movie concept artist who has worked on Star Wars. The 3D printing specialist Oerlikon then took the CAD designs from Pugh, and turned the parts into metal using lightweight titanium.
Titanium is the strongest, yet lightest, material currently used in 3D printing.
It also allows shapes that otherwise would be nearly impossible to handcraft: like the front stabilizer arm, positioned outside of the front swing-arm for an almost sword-shaped look. And the steering plate and heim [rose] joint mounted on the front hub.
An electric powertrain was a natural fit, and Fuller has pillaged the drivetrain from a Zero FXS. The length of the Zero matches the dimensions of the original Majestic, but the motor sits too low and the batteries too high in the stock chassis.
Undeterred, Fuller decided to flip the chassis upside down—and also modified the batteries so that the motor aligns with the tall, 23-inch wheels.
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