The Cost of Moving Backwards: CAFE Rollbacks and America's EV Competitiveness Crisis

regulatory stability

1. Introduction

1.1 U.S. Fuel Economy Standards Rollback under Pres. Trump 2025 saw a radical shift in the governmental approach to fuel economy and, thus, emissions standards in the automotive industry in the United States. Under the https://ipr.blogs.ie.edu/ CAFE Rollbacks Crisis Corporate Average Fuel Economy law, notably lowering the the regulatory architecture which drives U.S. progress deregulation has benefited manufacturers in the short term, by reducing incentives for manufacturers to innovate in the not only impeded domestic advancement but have also state-driven industrial strategy, significant subsidies, and its emergence as the global leader in electric vehicle of Chinese industrial policy, case studies of BYD’s with Chinese firms, and the dynamics of emerging markets, advantages across developed and developing economies. due to unstable domestic policy, weak supply chains, entering the U.S. market. Conclusions outline measures to the need for enforceable efficiency standards, stable innovation, and proactive engagement in emerging markets. could lose its long-term technological leadership, economic automotive landscape. policy, U.S.–China competition, automotive innovation, Trump administration, penalties for carmakers failing to meet Corporate Average Fuel Economy (CAFE) targets were effectively eliminated. These CAFE targets are federal regulations that set minimum fuel-efficiency requirements for car manufacturers. They were neutralised through limiting noncompliance fines to $0.00. This means that suddenly, companies that were forced to develop and sell increasingly more fuel-efficient vehicles have been given free reign to revert to producing less economical and environmentally friendly cars. Importantly, the standards and regulatory framework still exist, but without fines, as an enforcement method, they are effectively harmless and can be ignored by corporations. 1.1.1 Motivation & Influence This decision was part of a broader set of decisions made by the Trump administration in an effort to “pull back support for cleaner cars”: a mix of ideological aversion to federal environmental regulation, combined with the preference of industrial development in allowing legacy manufacturers and energy companies to continue to prosper, at least in the short term. These changes formed part of a broader retreat from federal support for vehicle electrification and included retroactive absolution for previously incurred fines for vehicles as old as model year 2022, as well as a removal of electric vehicle incentives. These incentives not only included financial incentives at the moment of the purchase of the vehicle, but also financing for the development of EV charging infrastructure. 1.2 Consequences for U.S. EV innovation 1.2.1 Short-term Relief The immediate effect of this drastic change is that of relief for the automotive sector in the U.S. The main root of this is the possibility of returning to the production of more fuel-inefficient vehicles, with concerns of fuel consumption and innovation in efficiency being significantly reduced. The result is an expected short-term increase in profits, but a significant reduction in efforts put towards innovation in the event that a sudden reversal in legislation or other geopolitical event occurs, forcing a shift in perspective. Due to the removal of penalties, companies “face no civil penalties for failing to meet stringent fuel economy requirements.” 1.2.2 Long-term Unpreparedness The long-term effects of such a transition to favouring a less efficient portfolio of vehicles in the marketplace are that of causing stagnation in technological development, due to a lack of financial motivation that would have otherwise forced companies to develop more EV platforms. Not only does this mean a reduction in current market offerings in the market, but also a failure to future-proof U.S. offerings in the event of a future need for such products. Critical innovation spaces such as battery technology or internal software integration will be left untouched by national business while international rivals continue to progress in optimisation and efficiency. Moreover, in the event of a reinstatement of emission regulations or even the introduction of more stringent regulations, domestic carmakers will be at a disadvantage in catching up to the competition. 1.2 Framing the Challenge The Trump administration’s easing of fuel economy regulations has created a significant point of contention within U.S. automotive policy, with consequences that extend beyond the industry itself, affecting industrial strategy, technological advancement, and energy independence. Without stringent efficiency requirements and consistent backing for electric vehicle development, American companies could find themselves at a disadvantage compared to international rivals who are actively pushing the boundaries of battery technology and software integration within a stable political environment. As international markets, especially China, solidify their dominance in electric vehicle development and cost-effectiveness, the U.S. automotive sector confronts an escalating risk of being structurally ill-equipped for a regulatory or trade landscape that reinstates emissions limitations. This policy review explores ways in which short-term deregulation has engendered long-term instability, and identifies the policy measures essential for re-establishing competitiveness and fostering innovation in the context of swift global transformation. To argue this, impacts of domestic regulatory instability on domestic markets and the comparable advantage of China with its domestic EV policy stability. Cases involving BYD and Volkswagen will be drawn upon to illustrate how global partnerships and supply-chain integration are reshaping the industry, and an assessment of China’s expansion into emerging markets as a blow, but could be seen as an opportunity for U.S. car manufacturers. Together, this approach will underline how the rollback of enforceable CAFE fuel-economy standards affected the long-term technological competitiveness of the U.S. automotive industry in the context of accelerating Chinese dominance in electric vehicles.

2. Background analysis

2.1 China’s industrial readiness In contrast to the U.S. open market economy stance of EV development, China has adopted a state-driven approach to EV sector development, with the aim of dominance. Through a multifaceted approach, the Chinese government is creating a very beneficial environment for manufacturers of EVs and EV technologies within its borders to spearhead technological development globally. Between 2009 and 2023, Chinese EV manufacturers have benefited from more than “$230 billion in subsidies”. Moreover, the government has also implemented direct policy measures like the “dual credit” system, formally referred to as the New Energy Vehicle (NEV) Credit Program. This program targets not only the production of electric vehicles but also the increase in efficiency of combustion engine vehicles. Companies failing to meet targets are forced to purchase credits from ‘over-compliant’ firms: subsidising successful EV producers and incentivising achieving targets. This motivates both domestic and external automotive manufacturers to introduce EVs into their portfolio, while rewarding and motivating successful innovators like NIO or BYD.With such approaches, it is estimated that China is responsible for the production of two-thirds of the world’s electric vehicles and three-quarters of their batteries. Additionally, unlike U.S. legislation, the Chinese government intends to maintain a long-term commitment to sustain this edge by extending EV subsidies and increasing targets for NEVs for companies. The results of this strategy are clearly visible in several indicators of innovation. By 2020, China’s dominance in global EV-related patents had expanded tenfold, increasing to around 27 per cent globally. Moreover, Chinese institutions were publishing five times more high-impact battery research papers than U.S. counterparts. The consistency and stability of the regulatory and industrial policies in place have also allowed Chinese companies to invest heavily in long-term EV technology and the development of associated infrastructure. In essence, China’s regulatory and industrial framework has fostered a favourable environment for EV innovation and growth, utilising state resources and stability to establish a leading position in the evolving automotive sector. 2.2 China’s EV Ascent and Overview China’s position in the global automotive market has transitioned rapidly over the past three decades, currently being the “world’s largest auto exporter,” surpassing Japan in 2023. Moreover, the extrapolation of this trend leads to estimates of the manufacture of 36 million vehicles per year, meaning 2 of every 5 cars around the world will be Chinese-built. Additionally, their speed of development and cost-effectiveness is superior to that of Western manufacturers. EV makers in China are able to bring out new models 30% faster, taking around 1.3 years instead of 4.2 in American and European countries. Likewise, their technological agility is also superior to Western manufacturers allowing for Chinese firms to navigate the “paradigm shifts around electric, connected, shared, and autonomous vehicles.” Moreover, Chinese EVs appear to cost half of a comparable European model while maintaining similar or better quality. This allows for a competitive edge in undercutting those European offerings; as Bernstein Research claims, “Chinese EVs are cheaper... while boasting better tech.” 2.3 Case studies and Outcome 2.3.1 BYD Case - Vertical integration BYD’s competitive position is anchored in its deep integration of mineral extraction, battery manufacturing, and vehicle assembly. Research on BYD’s structure indicates that this unprecedented integration of their whole value-chain allows the company to significantly reduce production costs, increase margins and accelerate innovation by internalising key stages of technological development. A further economic analysis underscores the benefits of the reduction of supplier bargaining power and the elimination of double-marginalisation, because it multiplies BYD’s capacity to maintain an aggressive pricing strategy. BYD’s upstream control of lithium and other critical minerals also strengthens its supply chain security and creates a safer business environment for the company by creating higher barriers to entry for a potential competitor. However, the case study also points to a less efficient management of inventory and receivables turnover, highlighting the difficulties of operating such an integrated business structure. 2.3.2 VW with Chinese Partnership Volkswagen Group’s game plan in China hinges on a two-pronged strategy: a local partnership approach, as well as the integration of platform sharing between vehicles. This allows them to create electric vehicles specifically for the Chinese market, while also paving the way for global expansion. The main vessel for this is their collaboration with XPENG Motors. In a joint effort, development of two mid-sized vehicles under the VW brand is taking place, with an aim of debut in China in 2026. By leveraging this local partnership, along with joint ventures with SAIC Motor and FAW Group, Volkswagen is able to utilise China’s cutting-edge software capabilities and its quick development cycles. The company has noted an over 30% increase in development speed and a 40% reduction in costs when utilising platforms designed by the Chinese and for the Chinese market. This approach also allows them to tailor vehicles more specifically to resonate with Chinese consumers. Concurrently, such an approach enables VW to integrate Chinese-developed car platforms into its European lineup, or at least to utilise the associated economics of scale and modularity. Essentially, Volkswagen aims to use China for both development and volume with partnerships reducing time to market, lowering costs, and strengthening global competitiveness. Research in automotive publications seems to indicate that VW needs such tactical partnerships as the shift to electrification of cars “is leaving Volkswagen behind ... [and it has] called in partners to help deliver cutting-edge operating systems.”

3. Takeaways for the U.S. with future risks

3.1 Gap in competition The current and possibly temporary rollback in CAFE requirements indicates a risk of a significant reduction in the development of higher-efficiency EV technologies. This is likely to weaken long-term competitiveness. Consequently, the possibility of a future reinstatement of stricter fuel-economy or emissions regulations may leave U.S. automotive manufacturers unprepared to comply and adjust their activities. Moreover, uncertainty in the political environment with frequent policy reversals and modifications under the current administration indicates the possibility of a “regulatory whiplash,” causing firms to underinvest or reconsider their long-term EV strategies. This is very dissimilar to the stable attitude of Chinese policymakers, who appear more committed, allowing for a calmer landscape with a clear direction and expectation. 3.2 Case discussion General Motors’ Ultium platform – a modular EV architecture – demonstrates how supplier failures and political instability have impeded GM’s EV development and transition. GM’s primary constraint originated from automation provided by a third-party integrator: malfunctioning battery-module assembly systems hindered production at Factory Zero and Spring Hill, and shortages became critical enough to stop the production of the BrightDrop van. This singular supplier failure compromised economies of scale and postponed several crucial Ultium-based initiatives. Concurrently, an unstable regulatory environment diminished the impetus for GM to expedite electrification. Perl and Dunn’s analysis highlights the inherent vulnerability of U.S. fuel-economy policy to “institutional, economic and political factors,” which consistently impede the implementation of more stringent CAFE standards. Following the complete removal of CAFE penalties for model year 2022 and beyond, GM experienced reduced regulatory pressure to expedite the Ultium platform’s deployment. Consequently, a combination of a struggling supplier network and erratic federal policy created both the economic justification and the political leeway for GM to decelerate its electric vehicle expansion and redirect resources towards initiatives of significantly less risk. One such venture is the shift in investment towards hybrid powertrain technology. GM has announced new hybrid variants of several models due to the lower risk and faster returns of this drivetrain technology. 3.3 Implications of the possibility of China entering the U.S.

EV market The most immediate threat to American competitiveness stems from the possibility of a flood of Chinese-made cars into U.S. Markets. Until recently, Chinese carmakers have been largely absent from the American market, partly due to tariffs imposed by the United States. The U.S. imposes a 25% tariff on imported vehicles known as the “chicken tax,” along with other duties specific to China. Moreover, Chinese companies have initially concentrated on establishing dominance within their own borders and in developing markets. However, Chinese electric vehicle manufacturers are now aggressively pursuing international expansion. Should the U.S. eventually “open its borders” to Chinese cars, whether through a free trade agreement or reduced tariffs, American carmakers could be facing a potentially catastrophic scenario in their own market. Chinese electric vehicles are a potent mix of affordability and steadily improving quality. Brands like BYD, MG, and Geely are already able to offer prices that can seriously challenge their American competitors. For example, in Europe, Chinese EV brands saw their market share nearly double, reaching 5.1% by mid-2025. They are now competing head-to-head with established Western brands like Mercedes-Benz, according to Reuters. Were similar vehicles accessible to American consumers at a Europe-comparable price point, 30-50% lower than domestic electric vehicles, a significant number of American buyers might choose them, particularly if domestic manufacturers are providing less attractive electric alternatives due to a lag in innovation. The geopolitical implications are also significant, mirroring the impact of Chinese competition in certain segments of U.S. manufacturing in the past, such as electronics and solar panels. As such, a surge in Chinese EV imports could potentially lead to job losses in both auto assembly and its supply chain. Research cautions that this could create another “too big to fail” situation for the American automotive sector. Thus, while trade barriers might offer a temporary solution by restricting Chinese EVs, ultimately, U.S. manufacturers must achieve competitiveness with global rivals in both technology and cost to ensure their survival.

4. Current Policy Implications for the U.S.

4.1 Emerging markets driving growth While electric vehicle adoption in the West gets significant attention, the next frontier for auto market growth lies in the emerging economies in Asia, Africa, and Latin America. Though these regions have relatively low car ownership today, rising incomes and large populations mean a possibility for growth, with an expected drive for demand after 2030. The report notes that many of these countries have skipped the hybrid phase and are leaping straight to EVs, often with Chinese assistance. Chinese carmakers and investors have been the leading drivers of EV growth in several developing markets. An example of this are the markets of Thailand and South Africa, which have been flooded with moderately priced EV models, as well as local assembly plants and charging networks. This trend has the additional effect of “complicating the geopolitical implications of the EV shift,” as China’s automotive presence in the Global South grants it greater economic leverage. 4.2 The First-Mover Advantage Chinese companies have swiftly entered markets where Western car manufacturers traditionally had less influence. “Exports from China are bringing a new range of [EV] options to markets where EVs were previously unavailable and increasing competition for producers based in other countries.” In numerous developing nations, the surge of EV sales is significantly fuelled by the presence of Chinese-made vehicles. In Southeast Asia, brands such as the Chinese-owned MG and Great Wall Motor are successfully marketing popular electric SUVs and compact cars at prices that resonate with local buyers. In Latin America, BYD has landed contracts for electric buses in various cities and is also selling electric cars, with sales from Brazil to Colombia. Mexico, historically a centre for car manufacture of primarily U.S. and European companies, has seen a recent surge in electric vehicle sales, “almost entirely fulfilled by Chinese-made cars.” As Ford, GM, and other carmakers build electric vehicles in Mexico for export, Mexican consumers, when they began purchasing EVs, gravitated towards imported Chinese models, which were less expensive, highlighting a fundamental inefficiency in the American and European car manufacturers’ portfolios. Africa is another emerging electric vehicle market, largely propelled by the prevalence of Chinese imports, which range from inexpensive electric vans to two-wheeled vehicles. The American automotive industry, however, is largely absent from these growing EV markets. U.S. carmakers have been slow to provide affordable EVs internationally, and U.S. government initiatives, such as development finance for EV infrastructure, pale in comparison to China’s extensive efforts. The influx of Chinese vehicles in developing regions presents difficulties for both local automotive industries and Western companies. 4.3 Challenges for the Locals & for the U.S. China is also gaining ground not just with EVs but with more traditional internal combustion engine cars, further undercutting local assemblers. Indonesia, South Africa, and Brazil, which are all home to manufacturing facilities for Western and Japanese carmakers, are all facing difficulties. Their industrial sectors rely heavily on these established car manufacturers, who are now facing intensified competition from emerging players, particularly those based in China. If these established companies, like GM in Brazil or Toyota in South Africa, don’t swiftly pivot to producing competitive electric vehicles, they could lose ground in the market or even shut down their plants. The CSIS study cautions that this “could pose a challenge for established manufacturers, including U.S. companies, if they do not adapt to [these] competitive dynamics.” 4.4 The Geopolitical Context As emerging markets adopt Chinese electric vehicles, there will be an ever-increasing adherence to Chinese standards, encompassing areas like battery recycling protocols and EV software infrastructure, while simultaneously increasing dependence on Chinese maintenance and component supply chains. Such dependence justifies the perspective that countries in the Global South would be “unlikely to agree to cutting their ties with China” in automotive trade, even if the U.S. pressures them. Furthermore, numerous developing nations actively perceive Chinese EVs as means to mitigate fuel export expenditures and stimulate the growth of domestic clean technology sectors. For instance, Indonesia wants to leverage its nickel resources to partner with Chinese battery firms; India also imports Chinese EV components. And, the U.S. currently “seems increasingly unlikely to provide a technological alternative” in these markets. If American firms remain absent, the U.S. has less leverage to promote its own standards or to ensure those markets stay open to non-Chinese competition. Furthermore, the alignment of emerging market governments with China’s EV strategy could translate into support for China in international forums. On the economic front, U.S. carmakers may find that by the time they seriously pursue these markets, Chinese firms will have achieved insurmountable incumbency advantages, including distribution networks, brand recognition and loyalty, and even local production partnerships. In summary, emerging markets are the battleground on which a significant part of the future global automarket will be won or lost. Currently, China is winning due to a proactive, state-supported campaign, while the U.S. risks being left behind.

5. Policy Recommendations

5.1 Reinstate and Modernise Fuel Economy Standards and EV Incentives Policy changes have eliminated fines for failing to meet the CAFE fuel-efficiency standards, while also stopping federal EV purchase credits. This rollback is a significant reason for U.S. Manufacturers to reduce investment in the development and production of vehicles with improved fuel economy or entirely electric vehicles. An example of this is General Motors slowing its Ultium EV platform programme around the time the penalties vanished. Restoring meaningful CAFE penalties would re-establish a financial motivator for the prioritisation of efficiency in vehicle development. Moreover, tying the penalties themselves to inflation metrics or establishing incremental goals would rationalise the perception of the penalties and modernise their effectiveness. New penalties could also be introduced with premeditated flexibility mechanisms, such as credit trading or phase-in periods. This would ensure that companies follow established rules without unnecessary stress on any single company. It is important to underline the value of policy stability. A stable and predictable timeline for policy implementation should be guaranteed, regardless of future administrations, such that companies can predict and have time to adapt design and production to match regulatory needs. As an example, selecting federal standards to align with one leading state, like California, would reduce uncertainty across the whole country, and prevent an oscillation of strategy with each election. On the demand side, Congress should consider reinstating and improving electric vehicle incentives to make electric vehicles more accessible to consumers. Depending on the initial price of a given electric car, the removal of the EV tax credit for new and used vehicles has raised its effective price by a significant amount. The EV tax credit for new vehicles being $7500 means that, if a new electric passenger car were to cost $22500 with the incentive, it would now cost $30000 after the policy change. The cheap car buyer, who benefits most from these incentives, will be the most affected. Critics who noted that earlier subsidies likely only benefited those who would have purchased a vehicle regardless of their existence could be countered through focusing policy and new incentives on mass-market and affordable models. Policymakers should conduct a thorough economic evaluation to ensure that incentives are appropriate for market needs, utilising effectively judged limits on vehicle Neely prices based on buyers’ income to allocate fair incentives. The former would effectively incentivise manufacturers to leverage economies of scale through building more appealing vehicles and selling them at lower prices. In essence, fuel economy standards need to be made enforceable again through strong penalties for non-compliance in combination with modernised and developed EV incentives, which would realign market forces towards innovation. Historically, similar regulatory and fiscal measures have prompted car manufacturers to develop cleaner and superior products. This change will leave U.S. firms unprepared in the event of a resurgence in fuel economy standards. If these measures were to be reinstated, it would signal a commitment of the government to steady and long-term innovation, resulting in business confidence and investment in vehicle efficiency. 5.2 Providing Stable Long-Ranging Policy Signals Over the past decade, U.S. fuel economy standards and rules have experienced drastic shifts with the entrance and replacement of every new administration. Every change in government has resulted in a violent swing from stricter rules to sudden rollbacks and vice versa. This kind of volatility in messaging means manufacturers are unable to plan investments in innovation. This regulatory muddiness causes firms to underinvest or rethink their long-term EV strategies, contrasting with the situation enabled by the steady, long-term policy commitments seen in China. To emulate such consistency in policy messaging, the U.S. should enact laws that set multi-year CAFE and zero-emission vehicle targets that cannot be easily changed by executive action alone. Furthermore, aligning federal fuel-efficiency standards with a single state solution, such as California’s Zero-Emission Vehicle (ZEV) program, would further increase clarity. By aligning all national regulations with each other and keeping them as such for as long as possible, for example, through bipartisan legislation and establishing a roadmap for the foreseeable 3 to 4 presidential terms, the government can establish a policy expectation that can remain unhindered over at least 10 years. As such, in order to further increase the effectiveness of the rules, it is critical that the idea that they can be skirted should also be dismantled. Carmakers’ understanding that EV and efficiency expectations from the government will persist or increase, over time, will logically motivate them to invest heavily and confidently in innovations which they know will pay off. Private sector leaders recognise the necessity for regulatory stability. Major automotive manufacturers have, in fact, urged policymakers to “ensure compatibility and alignment” of emissions and fuel economy rules to maintain certainty for long-term investments. Under this paradigm, the industry should accept these long-term standards as the rules of the game and focus on competitive compliance, meaning outperforming rivals through innovation rather than motivating regulatory changes. The U.S. can create an environment where each model year’s efficiency gains build on the last by stopping the cycle of rollbacks and reinstatements. This will help close the gap with global competitors, who have been planning for an electric future all along. 5.3 Promote Affordable Electric Models through Financial Tools U.S. car manufacturers are at a big disadvantage because they do not have any low-cost electric models, even though Chinese brands are flooding the global market with cheap EVs. Chinese car manufacturers have mastered a formula which guarantees them value: “comparable range at 60% of the price” of European and American EVs. Companies like BYD and SAIC’s MG make electric cars that are much cheaper than those made in the U.S. and Europe, while still offering solid performance. This occurs through leveraging economics of scale, which creates a cost gap, allowing Chinese EVs to rapidly gain market share in price-sensitive regions. For example, by mid-2025, Chinese EV brands had almost doubled their market share in Europe to 5.1%, and were beginning to compete head-to-head with established Western brands. In and developing markets such as South America, the effect is even starker. Chinese EVs have increased from 18% to over 80% of all local EV sales between 2020 and 2025. In order to motivate more consumers to purchase more affordable EVs and companies to produce more affordable EVs, policies need to be introduced for incentivisation. On the production side, this could mean extending tax credits or loan guarantees for companies, with these changes taking place only when companies make models costing less than a certain amount. (for example, to incentivise a $25,000 EV). Implementation models could be modelled on the success of the Model T Ford or their other cheap cars produced after World War II. The American government was helping make those cars affordable at the beginning and then letting costs drop naturally as sales of the vehicles increased. On the consumer side, more rebates could be added for lower-cost models of first-time EV buyers. States-federal cooperation could work to create new financing tools. State green banks could offer low-interest loans or appealing leasing options for EVs so that monthly payments become competitive with or lower than those for equivalent petrol cars. This would help mitigate the issue of the high up-front purchasing expense, which often pushes middle-class customers from choosing EVs. Another tool to support the EV used market would be to ensure that the 2025 removal of the used EV credit is reversed or an alternative is installed. This would be to create a more robust second-hand market where more affordable options are available. The goal is for American-made electric vehicles to be able to compete on price and value in the global arena. Government incentives can aid at the beginning of this process by offsetting initial profitability concerns, but carmakers will eventually have to drive down costs through innovation and scale to be able to generate profits independently. If successful, affordable models will not only keep cheap imports from hurting the U.S. market, but they will also create new opportunities for revenues from exporting to new regions. Chinese OEMs’ combination of size and cost innovation has “established China as a powerhouse of EV innovation” and is changing consumers’ expectations towards the price and performance of EVs. 5.4 Strategically Engage Emerging Markets & Set Global Standards Emerging markets across Asia, Africa, and Latin America are quickly becoming a large portion of the world’s growing demand for vehicles post-2030, due to rising incomes, accelerating urbanisation, and demographic expansion. Academic analysis of global industrial transitions contends that emerging economies often “leapfrog” intermediate technological stages when external Raviv conditions and cost structures align. This is a dynamic now visible in many countries moving directly towards electric vehicles, thanks to foreign support. China’s leadership in these markets is widely attributed to the early investment, affordability, and meticulous local adaptation. Chinese firms have developed cost-competitive vehicles that are affordable and are tailored to the existing local infrastructure as well as the buying power of local consumers. Such early localisation allows firms to build enduring “dynamic capabilities” that create a total competitive advantage. As such, Chinese-branded EVs already make up most of the affordable segment of the market, while in Latin America, BYD’s expansion into transit fleets and domestic assembly plants visualises how quickly incumbency advantages can form. In order to remain competitive, the U.S. strategy should focus on being present in the market physically instead of relying on defensive tariffs or delayed entry to influence externally. Research on industrial competitiveness indicates that surmounting late-mover disadvantages requires significant public-private investment, focused geographic involvement, and financial instruments that mitigate risk. Institutions such as the U.S. International Development Finance Corporation and the Export-Import Bank are institutions that could help pay for American EV expansion projects. The blended finance mechanisms, which combine public guarantees with private investment, can reduce uncertainty sufficiently to stimulate firm entry into sectors with long payback periods. U.S. car companies also need to modify their product construction strategies. Research on emerging-market strategy indicates that companies often fail abroad when they attempt to export products designed for developed economies rather than creating localised, affordable versions. Vehicles utilising simpler designs, lower cost battery technologies, and reduced software complexity are better suited to the needs and realities of Africa, South and Southeast Asia. Finally, businesses should look for joint ventures and partnerships with local companies to speed up learning and lower the risk associated with entering a new market, due to the improved adaptability and perception of legitimacy in institutionally diverse markets. Without such early commitments, U.S. companies risk letting Chinese manufacturers build up advantages that will be very difficult to overcome. 5.5 Policy Conclusions and Takeaways Overall, the United States is falling behind significantly in the global electric vehicle market. This is due to the technological competition, inconsistent policy landscape, fragmented institutionalism, and a lack of long-term industrial strategy. The previous sections outline China’s rise being assisted by coordinated public-private investment, stable long-term incentives, and a clear industrial policy. On the other side of the ocean, the United States has had to deal with repeated changes in regulations that have made its EV transition less credible and predictable. These factors have made it more difficult for the U.S. to innovate, discouraged large-scale private investment, and left American carmakers poorly positioned to compete in the global realignment of the automotive sector. The policy suggestions in this paper all stem from a single guiding principle: market forces alone cannot guarantee competitiveness in the EV era. Instead, a national strategy is necessary to bring together regulatory certainty, targeted fiscal tools, global engagement, and private-sector adaptation. Reestablishing and updating fuel economy standards, along with durable EV incentives, is critical in bringing back technological progress that has been lost in recent years. If these steps are not taken, American manufacturers will still be open to regulatory shocks and will not be ready for future reinstatements of stringent efficiency rules. Similarly, stabilising long-term policy signals is essential for rebuilding trust in the direction of the U.S. industry. The oscillations between strict rules and rollbacks have already demonstrated their capacity to distort investment planning, slow the development of new technologies, and weaken the innovation pipeline. The harmonising of federal standards with a stable multi-administration framework, rooted in bipartisan legislation rather than executive prerogative, would eliminate a structural impediment to private sector participation and stimulate enduring innovation in efficiency and electrification. Moreover, evidence has shown that being cost-competitive and having a presence in international, emerging markets are both critical in remaining relevant on the global scale. If American manufacturers do not produce lower-cost electric vehicles that meet the needs of mass-market consumers in both advanced and emerging economies, they will not be able to compete globally. In order to close this cost gap, it will be critical to introduce financial tools that lower production risk, make it easier to get capital, and support local manufacturing. This is especially true in battery and component supply chains. Lastly, the case studies of BYD and Volkswagen show that being able to adapt, work together, and strategically position yourself in emerging markets are all very relevant for global competitiveness. Entering these markets with correctly priced vehicles, seeking local partnerships, and leveraging U.S. development finance mechanisms are not only suggestions which can be followed to increase competitiveness; they are mandatory elements which must be utilised to even remain competitive in the current automotive landscape.