From Price Wars and Vehicle Program Economics to the Restructuring of the Automotive Value Chain
Where Have the Profits Gone?
According to China's National Bureau of Statistics, in the first nine months of 2026, revenue in the country's automotive manufacturing sector grew by 2.6% year on year, while operating costs increased by 3.8%. Yet total profits declined by 22.8%, leaving the sector with a profit-to-revenue ratio of just 3.33%.
The contrast is striking. Over the same period, profits across China's manufacturing sector as a whole increased by 17.0%.
The automotive industry continues to generate substantial revenue. But revenue growth is no longer translating into profit growth.
What makes this particularly noteworthy is that it is happening at a time of rapid technological progress.
NEVs continue to advance. Intelligent driving systems, smart cockpits, and electrical and electronic architectures are evolving rapidly. Vehicle development cycles are getting shorter, while Chinese automakers are accelerating their global expansion.
Technology is becoming more sophisticated. Product portfolios are expanding. Industrial capabilities are growing stronger. So why is it becoming increasingly difficult to turn these advances into profits?
Of course, not every company is losing money. Profitability is diverging significantly among automakers and automotive suppliers.
The more fundamental question, therefore, is this: Why are the competitive strategies and growth models that once powered China's automotive rise becoming less effective at generating sustainable business returns?
I believe the answer lies in several interconnected changes.
Image source: 699pic.com
The Prisoner's Dilemma: Why Automotive Price Wars Are So Hard to Stop
When discussing the profitability challenges facing China's automotive industry, price wars are usually the first explanation that comes to mind.
Over the past few years, price competition has extended well beyond direct discounts. It now includes offering more features at the same price, preferential financing, trade-in incentives, and frequent price adjustments across both existing and newly launched models.
For consumers, this has meant greater choice and better value for money.
For automakers, however, the economics are straightforward: when selling prices fall faster than costs, margins come under pressure.
If companies understand this, why is it so difficult for them to stop cutting prices?
The prisoner's dilemma offers part of the explanation.
For an individual automaker, maintaining its prices while competitors cut theirs may mean losing sales and market share. Cutting prices first, on the other hand, may deliver a short-term competitive advantage.
But when more companies follow the same strategy, that advantage quickly disappears. The market settles at a new, lower price level.
Decisions that make sense for individual companies can collectively produce an outcome in which profitability deteriorates across the industry.
Image source: Gasgoo, enabled by AI
This does not mean price competition is inherently harmful.
Indeed, China's automotive industry has benefited enormously from intense competition over the past decade. Competition has accelerated technological progress, reduced costs, improved efficiency, and delivered better products to consumers.
The critical distinction is this: Are lower prices being driven by genuine efficiency gains, or are automakers and suppliers simply sacrificing their margins?
Two structural factors make today's competition particularly difficult to ease: the large number of market participants and underutilized manufacturing capacity.
According to the National Bureau of Statistics, capacity utilization in China's automotive manufacturing sector stood at 66.2% in the third quarter of 2026, down 7.1 percentage points year on year. For the first nine months, it averaged 69.0%, below the 73.5% recorded for manufacturing as a whole.
Automotive manufacturing is a capital-intensive business with substantial fixed costs.
Once factories, equipment, engineering capabilities, and organizational structures are in place, many of those costs cannot be reduced quickly, even when sales decline.
When capacity is underutilized, an automaker may still compete aggressively for additional orders, provided those orders cover incremental costs and make some contribution toward fixed costs—even if the remaining margin is extremely thin.
Price competition, therefore, is not merely a matter of corporate strategy. It also reflects an industry in which supply and demand have yet to fully rebalance.
When demand growth slows while market participants, brands, vehicle models, and manufacturing capacity remain fragmented, the incentive to compete for sales can persist.
More New Models, Lower Returns: Why Are Vehicle Programs Becoming Less Profitable?
Or perhaps the question should be reversed: If vehicle programs are becoming less profitable, why do automakers keep launching more models?
During China's high-growth years, the automotive industry developed an effective formula: Develop products quickly, bring them to market rapidly, expand model portfolios to serve more customer segments, and use high sales volumes to spread R&D and manufacturing costs.
This approach helped Chinese automakers grow at remarkable speed.
But as the market enters a more mature phase of competition, the underlying economics are changing.
Today, launching a new model does not necessarily create additional demand. In an increasingly mature market, it may simply attract customers away from competitors—or cannibalize sales of other models within the same company.
Yet every new vehicle program still requires investment in engineering, testing and validation, tooling, manufacturing preparation, supplier development, and marketing.
Much of that investment must be committed before the vehicle achieves meaningful sales volume.
The automotive industry has traditionally benefited from significant economies of scale.
When a model achieves sufficient lifetime sales, development, tooling, equipment, and validation costs can be spread across more vehicles. Higher volumes can also improve purchasing and manufacturing efficiency.
But when actual sales fall far below the original business plan, the economics of the entire program can deteriorate.
Consider a simplified example.
Suppose a vehicle program is developed on the assumption of 200,000 units in lifetime sales, but ultimately sells only 50,000 units.
If its program-specific fixed investment remains largely unchanged, the fixed cost allocated to each vehicle could rise to approximately four times the original estimate.
Real-world program economics are more complex, of course. Platform sharing, cost allocation, asset residual values, and other factors all matter.
Nevertheless, the underlying point is important: High total vehicle sales do not mean every model achieves economies of scale. And launching more models does not necessarily generate higher returns on investment.
This challenge extends far beyond automakers themselves.
Behind every new vehicle lies an extensive supplier ecosystem.
From seating, chassis, and braking systems to thermal management and electronics, suppliers must commit engineering resources, validation work, tooling, equipment, and production preparation to support new vehicle programs.
For a supplier, winning a program nomination does not mean earning a profit.
Quite often, it means making an investment first.
Only when the vehicle enters series production and achieves sufficient lifetime volume can the supplier gradually recover that investment and earn a reasonable return.
If sales fall short of expectations, suppliers face the same challenge of insufficient cost recovery.
In practice, many suppliers support multiple automakers and numerous vehicle programs simultaneously.
To maintain customer relationships, secure future business, and sustain their engineering and manufacturing capabilities, they may continue investing in additional programs.
But if a significant proportion of those programs fail to achieve their planned volumes, a troubling contradiction emerges: More programs. Busier engineering teams. Greater investment. Yet no corresponding increase in programs capable of generating sustainable profits.
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This is not simply a question of economies of scale within individual vehicle programs.
When companies serve too many customers, models, and technology platforms without sufficient commonality or reuse, the resulting complexity can increase engineering and management costs.
The concepts of economies and diseconomies of scope help explain this dynamic.
Importantly, a large number of programs is not inherently a problem.
Companies that successfully employ modular development, common technology platforms, and cross-customer reuse can still generate attractive returns from diversified program portfolios.
The real question is: Do the returns generated by each additional program justify the engineering, manufacturing, management, and financial resources it consumes?
In the past, much of the industry's attention focused on how quickly new products could be launched.
In the next phase, the more important questions may be how many of those products achieve sufficient lifetime volume—and how many programs deliver reasonable returns over their full lifecycles.
Suppliers Under Pressure on Three Fronts: Poor Program Economics, Working Capital Strain, and Rising Input Costs
For automotive suppliers, profitability pressures go well beyond automakers' continuing demands for price reductions.
Three distinct but interconnected pressures are increasingly converging.
The first is a growing number of programs without sufficient economic scale.
Suppliers must continually invest in R&D, tooling, validation, and production preparation for different automakers and vehicle models.
When lifetime sales fall below expectations, program-specific investments may never be fully recovered.
Winning more business does not necessarily mean winning more profitable business.
This pressure can intensify as new-model development accelerates and product lifecycles shorten.
The second is the working capital burden created by upfront investment and lengthy payment cycles.
From program nomination to series production and delivery, suppliers must continuously commit capital.
During development, they fund engineering, testing, validation, tooling, and equipment. Once production begins, they must purchase materials, organize manufacturing, and maintain inventories.
Cash receipts, however, typically come only after delivery, acceptance, and settlement.
Where payment is made through commercial bills or other payment instruments, additional time and financing costs may arise between recognizing a sale and receiving readily available cash.
In recent years, China has introduced measures aimed at improving supplier payment practices.
In 2025, 17 major automakers publicly committed to payment terms of no more than 60 days.
In September 2026, the Ministry of Industry and Information Technology and the State Administration for Market Regulation issued further guidance addressing the starting point for payment terms, acceptance procedures, payment methods, and payment arrangements during price negotiations.
These improvements matter.
But shortening contractual payment terms does not eliminate the upfront investment required to develop a vehicle program, nor does it remove every source of working capital pressure.
When actual vehicle sales also fall below expectations, suppliers may face both inadequate investment recovery and strained cash flow.
The third pressure comes from rising upstream material and electronic component costs.
Since the beginning of 2026, prices for metals such as copper and aluminum, as well as certain memory chips and materials used in printed circuit boards (PCBs), have faced significant upward pressure.
The rapid expansion of the AI industry is an important part of this story.
Growing demand from AI servers, data centers, and high-performance computing is reshaping supply-and-demand conditions for memory chips and certain electronic materials.
As a result, automotive electronics suppliers are becoming increasingly exposed to cost pressures originating outside the automotive industry.
This creates a difficult commercial imbalance: Downstream automakers continue to demand lower prices, while the cost of some upstream materials and components is rising.
Suppliers with proprietary technologies, stronger bargaining power, or contractual price-adjustment mechanisms may be able to absorb or pass through part of these increases through renegotiation, purchasing optimization, and engineering cost reductions.
But for suppliers with limited pricing power, insufficient program volumes, or already compressed quotations, higher input costs can directly erode profitability.
Crucially, these three pressures reinforce one another.
Insufficient vehicle sales undermine the recovery of upfront investment. Lengthy payment cycles and pre-production funding requirements tie up capital. Rising material and component costs further weaken program economics.
If selling prices cannot be adjusted accordingly, already thin margins may shrink even further.
At that point, the challenge is no longer whether an individual order is profitable.
It becomes whether the supplier's entire portfolio of programs can support a sustainable business.
Program economics determine whether investments can be recovered. Payment terms affect how efficiently cash is converted and recycled. Input costs determine whether expected margins can be preserved.
Together, these forces are reshaping the financial pressures facing China's automotive supply chain.
Improving supplier profitability, therefore, requires more than shorter payment terms or passing cost-reduction targets down the supply chain.
It requires more effective mechanisms for recovering program investments, appropriate cost-adjustment arrangements, and long-term partnerships that distribute risks and returns more fairly between automakers and suppliers.
A New Division of Labor Is Reshaping Profit Distribution Across the Automotive Value Chain
Beyond price competition and program economics, another structural shift is affecting automotive profitability: the changing boundaries between automakers and their suppliers.
In the traditional automotive industry, the division of labor was relatively well established.
Automakers focused on vehicle definition, integration, branding, and sales, while suppliers developed specialized expertise in powertrains, chassis systems, electronics, and a wide range of components.
The transition to intelligent electric vehicles is changing that structure.
Software, computing platforms, electrical and electronic architectures, intelligent driving, and systems integration increasingly determine product competitiveness.
As a result, some automakers are strengthening their in-house development capabilities in strategically important technologies and core systems.
They also want greater control over technology architectures, cost structures, and supply-chain resources.
This is redefining the traditional relationship between OEMs and suppliers.
For some suppliers, businesses that previously generated attractive returns through complete-system development and proprietary technical expertise are now facing pressure from OEM in-sourcing, stronger supplier competition, and technological standardization.
As certain technologies mature and solutions become easier to replicate, differentiation may diminish and price competition may intensify.
Yet increasing vehicle complexity is also creating new opportunities for specialized suppliers.
Companies with critical technologies, the ability to reuse R&D across multiple customers, strong systems engineering capabilities, and reliable global delivery networks can still achieve healthy profitability.
Those most exposed are suppliers that continue to invest heavily in development without building sufficiently differentiated capabilities, scale advantages, or bargaining power.
The industry's changing profit structure is therefore not simply a transfer of value from suppliers to automakers.
It is a deeper reallocation of roles and economic value across the automotive value chain.
Those who control critical technologies, assume system-development risks, and possess capabilities that are difficult to replace will be better positioned to capture sustainable returns.
For automakers, however, more in-house development is not always better.
If a specialized supplier can deliver a technology more efficiently and at lower cost by spreading development investment across multiple customers, duplicating that capability internally may destroy rather than create value.
For suppliers, meanwhile, simply winning more program nominations is no longer enough.
What matters increasingly is whether their R&D investments can create lasting value across customers, vehicle models, and technology platforms.
Both automakers and suppliers must therefore confront a fundamental strategic question: Which capabilities must we own, and which can be developed more efficiently through specialization and collaboration across the industry?
When an industry faces sustained profitability pressure, the conventional expectation is that weaker companies will exit, competition will ease, and margins will eventually recover.
But restructuring in the automotive industry is rarely so straightforward.
In an earlier article, China's Automotive Industry Enters an Era of Slow Consolidation and Deep Restructuring, I argued that consolidation in China may not take the form of a rapid decline in the number of automakers.
Automotive manufacturing involves substantial fixed assets, R&D commitments, organizational structures, and supplier relationships. Corporate exits take time.
Meanwhile, however, brands, technology platforms, manufacturing capabilities, and supply-chain resources are already being reorganized.
In other words: Companies may exit slowly, while the restructuring of industrial resources proceeds much more deeply.
This transition will take time. But there is little doubt that restructuring has already begun.
Chinese automakers are shifting from acquiring more resources to asking how their existing resources can create greater value.
In the past, scale itself was often treated as a competitive advantage.
In the future, companies will need to ask more demanding questions.
Does greater scale actually produce a cost advantage? Does a multi-brand portfolio generate meaningful synergies? Do additional vehicle programs earn an adequate return on invested capital?
A larger business is not necessarily a more efficient business.
A broader product portfolio does not necessarily mean stronger profitability.
What matters is whether companies can preserve meaningful product differentiation while capturing the benefits of shared platforms, specialization, and more efficient resource allocation.
From Growth at Scale to Sustainable Returns
Let us return to the original question: Why is it becoming harder to make a profit in China's automotive industry?
The answer lies in several overlapping changes.
Market growth is slowing, while the number of competitors and the industry's manufacturing footprint have yet to adjust accordingly. This leaves some companies under persistent pressure to defend sales volumes and market share.
New models, technologies, and vehicle programs continue to proliferate, but some fail to achieve their expected lifetime volumes, undermining investment returns for both automakers and suppliers.
Suppliers face additional pressures from upfront development investment, lengthy payment cycles, working capital requirements, and rising costs for certain upstream materials and components.
At the same time, the transition to intelligent electric vehicles is redefining the division of labor between automakers and suppliers, changing both how value is created and how profits are distributed.
Image source: QCraft
What China's automotive industry is experiencing is not merely a decline in profitability. It is a systemic adjustment in business models and resource allocation as the industry moves from an era of volume-driven expansion into a more mature phase of competition.
Over the past decade, China's automotive industry has built remarkable competitive strengths through rapid innovation, large-scale manufacturing, efficient supply chains, and intense competition.
Those strengths have not disappeared.
But in a new market environment, they no longer translate automatically into profitability.
I believe the next stage of development requires the industry to answer three fundamental questions.
First, are the products and technologies we develop creating genuine differentiation that customers are willing to pay for over time?
Second, are our investments in R&D, manufacturing, and supply-chain capabilities generating sufficient economic scale and reasonable returns on capital?
Third, have automakers and suppliers established relationships that distribute risks fairly and enable both sides to create sustainable long-term value?
What China's automotive industry needs is not simply faster innovation, but innovation that creates greater value; not simply greater scale, but scale that delivers sustainable returns.
This may be one of the most important transitions the industry must make as it moves from rapid expansion toward sustainable, value-creating growth.
