Sustainability in the automotive tire industry is increasingly becoming a focal point as manufacturers respond to environmental concerns and regulatory pressures. The production of tires traditionally involves significant resource consumption, including fossil fuels, natural rubber and various chemicals, leading to substantial greenhouse gas emissions and environmental degradation. However, industry players are pursuing initiatives to mitigate these impacts. Key strategies include the adoptio...

Sustainability in the automotive industry is becoming increasingly important as the sector works to address its impact on the environment. One key focus is the use of lightweight materials, which can improve fuel efficiency and reduce emissions throughout a vehicle's life. Manufacturers are looking for alternative raw materials and developing designs that minimize environmental impact. This includes using recyclable materials and making products easier to recycle at the end of their life. ...

Sustainability is increasingly becoming a priority in the automotive industry, as companies seek to address their environmental impact and respond to regulatory pressures. Establishing Environmental Committees allow organizations to systematically evaluate their operations, from individual contributions to manufacturing processes. Collaborating with ISO 14001 accredited suppliers is essential for enhancing supply chain sustainability and minimizing packaging waste. Companies are also consolidati...

Sustainability in the automotive industry is increasingly focused on the development and use of electric vehicle battery materials and coatings. As the shift toward electrification accelerates, manufacturers are prioritizing environmentally friendly practices to minimize the ecological footprint of their products. This includes enhancing the recyclability of materials, reducing energy consumption during production and ensuring compliance with stringent environmental regulations. One of the cr...

The automotive steel industry is experiencing notable changes driven by sustainability concerns. Key trends include the adoption of lower carbon production methods, increased recycling efforts and a focus on responsible sourcing practices. One significant trend is the transition from traditional steelmaking processes to electric arc furnace (EAF) technology. EAFs primarily use recycled scrap steel, resulting in a reduction of carbon emissions compared to conventional blast furnaces, which rel...

The automotive industry is undergoing a significant shift toward sustainability, largely fueled by increasing consumer awareness of environmental issues. Today’s consumers are more concerned than ever about the ecological impact of their purchases, which has created a strong demand for sustainable practices throughout the automotive supply chain. As a result, suppliers are under pressure to integrate eco-friendly initiatives at every stage, from sourcing materials to manufacturing processes, t...

S&P Global Mobility’s Matthew Beecham has engaged senior executives from 42 suppliers in the automotive supply chain for an end-of-year interview initiative. This initiative seeks to gather valuable insights into the challenges faced in 2024 and the strategies being formulated for 2025, prioritizing genuine experiences over elaborate strategies. This report is the final volume in a four-part series. The key discussion points include the challenges faced by automotive suppliers in 2024, ...

S&P Global Mobility’s Matthew Beecham has engaged senior executives from 42 suppliers in the automotive supply chain for an end-of-year interview initiative. This initiative seeks to gather valuable insights into the challenges faced in 2024 and the strategies being formulated for 2025, prioritizing genuine experiences over elaborate strategies. This report is the third of four volumes. The key discussion points include the challenges faced by automotive suppliers, including increased r...

S&P Global Mobility’s Matthew Beecham has engaged senior executives from 42 suppliers in the automotive supply chain for an end-of-year interview initiative. This initiative seeks to gather valuable insights into the challenges faced in 2024 and the strategies being formulated for 2025, prioritizing genuine experiences over elaborate strategies. This report is the second of four volumes. The key discussion points include ongoing supply chain disruptions, labor shortages, and regulatory ...

S&P Global Mobility's Matthew Beecham has engaged senior executives from 42 suppliers in the automotive supply chain for an end-of-year interview initiative. This initiative seeks to gather valuable insights on the challenges faced in 2024 and the strategies being formulated for 2025, prioritizing genuine experiences over elaborate strategies. This report is the first of four volumes published in late 2024. Key discussion points encompass significant trends impacting suppliers, such as sh...

The automotive industry is increasingly focused on reducing vehicle weight to enhance fuel efficiency, reduce emissions, and comply with stringent regulations. Steel, a primary material in vehicle construction, plays a pivotal role in this lightweighting trend. The shift toward lighter vehicles is driven by regulatory frameworks such as the EU's CO2 emissions targets, which mandate a reduction in average fleet emissions to 93.6 g/km by 2025, and the UK's zero-emissions vehicle (ZEV) mandate, whi...

Stellantis is a global automotive leader formed from the merger of Fiat Chrysler and PSA Group, encompassing 14 brands such as Jeep, Peugeot and RAM. The company focuses on electrification, connected technologies and operational efficiency, aiming for a sustainable future while addressing diverse consumer needs across major markets. The original equipment manufacturer is committed to achieving a 100% zero-emission lineup in Europe by 2030, focusing on affordability and technological innovatio...

As regulatory pressures to reduce emissions intensify, manufacturers are increasingly turning to aluminum to boost fuel efficiency. Vehicles made from aluminum can weigh up to 50 percent less than their steel counterparts, leading to significant reductions in fuel consumption and greenhouse gas emissions. This lightweighting trend aligns with global regulatory frameworks designed to lower carbon footprints, including the European Union's strict CO2 emissions targets and the US Corporate Avera...

As the automotive industry grapples with stringent emissions regulations and growing demand for sustainability, the use of aluminum in vehicle manufacturing has emerged as a pivotal trend. This lightweight metal, known for its strength and durability, is increasingly being adopted by automakers to reduce vehicle weight, thereby enhancing fuel efficiency and lowering carbon footprints. Regulatory frameworks, particularly in Europe and North America, are driving manufacturers to rethink their m...

The automotive industry is increasingly adopting diverse materials to achieve lightweighting, crucial for enhancing fuel efficiency and reducing emissions. Traditional materials like steel are being complemented or replaced by advanced high-strength steels, aluminum, composites and magnesium. Advanced high-strength steel (AHSS) allows for thinner sections without compromising strength, enabling manufacturers to reduce weight while maintaining safety and structural integrity. Aluminum, known f...

The automotive industry is increasingly turning to sustainable materials, particularly advanced polymers and composites, to achieve lightweighting and enhance vehicle efficiency. Lightweight vehicles contribute to fuel efficiency and reduce greenhouse gas emissions. Advanced polymers, such as bio-based plastics and thermoplastics, offer an eco-friendly alternative to traditional materials, while composites, which combine materials like carbon fiber with resins, provide strength without the weigh...

Lightweighting in the automotive industry is a pivotal strategy aimed at enhancing vehicle performance, efficiency and sustainability. As the demand for alternative and future mobility concepts grows, polymers emerge as key enablers, offering design flexibility and integration capabilities for advanced applications such as autonomous driving technologies. However, the transition to alternative materials raises critical considerations, including reliability, safety and the challenges of recycling...

Wayve's recent funding represents the largest AI fundraising in the UK to date. One notable aspect of Wayve's approach to automated/autonomous driving technology is its focus on empowering a variety of manufacturers through its 'Embodied AI' technology. Unlike many competitors that rely heavily on high-definition maps and pre-programmed routes, Wayve utilizes a machine learning model that learns from vast amounts of data, simulating human learning. This adaptability enables Wayve's system to han...

As with everything that Tesla says and does, its investment in Mexico for a new vehicle plant has attracted much attention. The latest hubbub around the Santa Catarina, Nuevo Leon, plant surrounds reports that Tesla is looking to invite its mainland Chinese suppliers at its operations in Shanghai to join it in investing in Mexico. That it is looking to bring some of its mainland Chinese suppliers to Mexico is not surprising. Original equipment manufacturers (OEMs) do this all the time. They have...

The automotive industry grappled with a range of challenges this year, including ongoing supply chain disruptions, chip shortages, rising energy costs, inflation, recession fears, waning consumer demand, a shift towards software and electronics, labor shortages, strike action, and volatile order forecasts. It also faced several geopolitical concerns and challenges, including the ongoing trade tensions between the US and China, which resulted in tariffs and trade barriers that disrupted global su...

Gigacasting is a hot topic in the automotive industry right now. We continually receive calls from clients on the subject, either concerned about how it’ll change their market prospects or warning of the perils of this ‘eggs-in-one-basket’ strategy. They’re right about the perils. It’s a long list. Massive castings can cost up to 10 times more than what they’re replacing. They may have distortion issues, may remove important repair capabilities. What’s more they require intensiv...

During Tesla’s Investor Day earlier this year, the carmaker explained its intention to increase the production of its next-generation electric vehicles and stationary battery storage in order to speed up the world's transition to electric vehicles (EVs). The driving force behind this is its Unboxed Process, a combination of refined manufacturing techniques and strategic process overhauls that will contribute to a substantial production cost reduction and facilitate the profitable build of t...

Sila’s anode material plant in Moses Lake, Washington, will produce enough material to serve up to 200,000 electric vehicles in its first phase. With Mercedes-Benz as its first official customer, Sila is working through an early qualification process with other potential customers. Sila’s innovative silicon materials can entirely replace graphite from battery anode. Berdichevsky gives a detailed account of how Sila was formed, the advantages of breakthrough silicon anodes in EV...

One of the most recognized patterns in current well-to-wheel analysis is the differentiation of localized power generation sources and supply chain contributions to the overall carbon footprint of vehicles. Experts like Kelly Senecal rightly point out that in many cases, the power grid is dirtier than a hybrid, even when vehicles manufacturing energy sources are responsibly developed.  Click the link above to download the full article.