9 stories tagged ev-development on EV Digest.
Audi reportedly accelerated the development cycle for its new A2 E-Tron by 21 months, an impressive feat for a new electric vehicle. This rapid turnaround, attributed to streamlined internal processes rather than increased staffing, suggests new efficiencies for the brand's EV pipeline. The A2 E-Tron, Audi's most efficient car to date, is already in production at its Ingolstadt plant.
A former high-ranking Tesla executive suggests the long-awaited second-generation Roadster's repeated delays are tied to the integration of advanced 'hovering' technology from SpaceX. This integration, he claims, is part of a broader strategy to align Tesla and SpaceX more closely, potentially paving the way for a future merger between Elon Musk's two major ventures.
Honda has partnered with India's Tata Technologies to accelerate vehicle development, particularly focusing on its electric vehicle (EV) lineup. This collaboration aims to enhance efficiency and reduce costs in engineering and product development. Tata Technologies will provide advanced solutions across various domains, including product development and enterprise resource planning.
The unveiling of Ford's Fathom concept underscores a growing trend in the automotive industry: manufacturers are revealing EV designs and plans years before production. This extended development timeline, driven by factors like technological complexity and market anticipation, means consumers often wait a long time from initial announcement to vehicle delivery.
A high-ranking Mercedes-AMG executive has allegedly voiced internal concerns regarding the brand's new all-electric GT model, suggesting it "shouldn't exist." This reported pushback highlights potential internal divisions within the company as it navigates its EV transition.
The rapid electrification of vehicles presents new challenges for maintaining safety and reliability, particularly concerning the complex control units that manage EV powertrains. This article explores how Software-in-the-Loop (SiL) validation is crucial for rigorously testing these systems virtually before they are implemented in physical hardware. By simulating real-world conditions, SiL helps developers catch errors and optimize performance, ensuring strict safety standards are met.
General Motors is spotlighting its ongoing recruitment efforts, particularly in electric vehicle and software development roles. The company is actively seeking skilled professionals to drive its technological advancements and achieve its future growth targets. This recruitment push underscores GM's commitment to expanding its EV portfolio and establishing a leading position in the evolving automotive landscape.
Audi is diverging from the 'global car' concept, recognizing that different markets like the U.S., Europe, and China have unique EV preferences and regulatory environments. This new strategy involves developing region-specific models and partnerships to better cater to diverse consumer demands, rather than a one-size-fits-all approach.
General Motors is aggressively adopting artificial intelligence and advanced simulation techniques to drastically reduce its vehicle development cycles. This move is a direct response to the rapid pace set by Chinese EV manufacturers, with GM striving to bring new models to market in two years or less. The initiative is spearheaded by former Tesla and Aurora executive Sterling Anderson, now GM's chief product officer.
