bore stoke breakout how computers speed up designWhen computer-aided design (CAD) software and digital 3D modeling began replacing manual drafting tables and clay modeling studios in the late 1990s, many purists feared that industrial design would lose its human element. It was argued that computers would yield sterile, generic shapes devoid of artistic nuance.But Miguel Galluzzi views this technological shift through a highly pragmatic lens. To him, a computer is not a creative entity; it is simply a more efficient version of a traditional hand tool.The tool evolution follows a clear path: the traditional metal hand file shapes physical prototype materials, while the digital 3D file speeds up execution via cloud networks.Speed Over Substance"The computer changed the speed of the way we do stuff; it didn't change the creative process," Galluzzi explains. He compares a computer to a metal hand file from the Industrial Revolution: if you know the physics of how to handle a file, you create a masterpiece; if you don't know what you're doing, you ruin the material.AdvertisementAdvertisementThe primary benefit of modern digital infrastructure isn't style, but the elimination of corporate bureaucracy and the integration of engineering budgets. Where the old way required up to six months to build and reshape three separate clay models sequentially, the new way completes three digital cloud proposals shared globally overnight in just one month.Building the Flying Fortress Across Oceansbore stoke breakout how computers speed up designThe ultimate proof of this digital pipeline is the development of the Moto Guzzi MGX-21, the radical, carbon-fiber-clad bagger affectionately known as the "Flying Fortress."Developed out of the Piaggio Advanced Design Center in Pasadena, California, Galluzzi's team used the global time difference to maximize production speed. During the day shift in California, the U.S. design team researched the custom American bagger market and modified digital 3D files of the Moto Guzzi California chassis. At the end of the day in Pasadena, the updated files were uploaded to the cloud. By the time the morning shift started in Italy, engineers in Noale and Mandello del Lario opened the files instantly, running structural stress tests and fluid dynamics data while the California studio slept.This rapid digital exchange allowed the team to mill full-scale foam proposals in days rather than weeks. In past decades, building three separate physical clay models for management review took up to six months of painstaking labor. Today, the digital tool allows teams to compress that entire exploratory phase into a single month, freeing up remaining budget resources to focus on advanced mechanical reliability and testing.AdvertisementAdvertisementCheck out the Bore & Stoke episode with Miguel Galluzzi here to listen to the full interview.Become a Motorcycle.com insider. Get the latest motorcycle news first by subscribing to our newsletter here.