General Motors (GM) has recently announced a strategic pivot that is capturing the attention of the automotive industry. By resuming production of transmission units for gasoline vehicles at its Toledo, Ohio facility, GM is responding to market demand amidst complex regulatory and economic
Additive manufacturing, often heralded as the next major shift in industrial processes, has moved beyond experimental stages to real-world applications transforming multiple sectors. At the recent Additive Manufacturing Users Group's (AMUG) annual technical competition in Chicago, innovators
The New York Auto Show recently witnessed a pivotal moment for the automotive industry as the BYD Seagull, a Chinese-manufactured electric vehicle, made an indelible mark on the global stage by securing success in the World Car Awards segment. This achievement has not only sparked significant
The automotive industry faces a significant transformation, with General Motors (GM) making strategic decisions in response to shifting market dynamics. GM has decided to redirect its Toledo, Ohio, plant's focus from electric vehicle (EV) drive units back to internal combustion engine (ICE)
The automotive industry is rapidly evolving, driven by a significant shift towards electric vehicles (EVs). Among the various contenders in the field, Chinese automakers have become key players. This market analysis explores the elements that bolster Chinese firms' competitiveness in the EV sector,
Additive manufacturing, particularly with metal powders, is rapidly changing the landscape of North American industries. As technology advances, sectors such as aerospace, medical, and automotive are witnessing significant transformations with numerous benefits and opportunities on the horizon.
