Toyota Motor Corporation is bringing a Tesla-style manufacturing weapon to China. The Japanese automaker confirmed it will deploy its own in-house gigacasting technology at a new Lexus battery-electric vehicle plant now under construction in Shanghai, according to reports from The Japan Times and Bloomberg. The move puts Toyota, the world’s largest automaker by volume, in direct pursuit of a production method Tesla popularized and that has since become table stakes for EV manufacturing speed in China.
The announcement lands on October 16, 2026, as Toyota races to close a manufacturing-efficiency gap with Tesla and homegrown Chinese rivals that have scaled gigacasting far faster than legacy automakers expected. Toyota Chief Technology Officer Hiroki Nakajima said the gigacasting equipment is being developed in-house rather than sourced from an outside supplier, a detail that signals how seriously Toyota is treating the shift away from traditional welded-body construction.
What Toyota Actually Announced
According to Toyota’s official announcement, the company is forming a new wholly owned entity to develop and produce battery-electric vehicles and batteries in the Jinshan District of southwest Shanghai. The new company will build a Lexus-branded BEV at the site, with production scheduled to begin from 2027 onward. Toyota has not named the specific Lexus model that will use the new casting process, and the company has not identified a gigacasting machine supplier, since it says the equipment itself is being developed internally.
Toyota also disclosed that it is currently running gigacasting technology trials in Japan, a step that typically precedes a full production rollout. That detail matters: it suggests the Shanghai plant will not be Toyota’s first attempt at the process, but rather the first facility where the company intends to run it at commercial scale.
Inside the $2 Billion Jinshan District Factory
The Shanghai facility is being described as a $2 billion project, with initial production capacity of approximately 100,000 units per year, based on Toyota’s official disclosure. The company expects to create roughly 1,000 new jobs during the plant’s start-up phase. Those figures place the factory in a similar capacity tier to several mid-sized EV plants already operating in China, though Toyota has not published a longer-term capacity roadmap beyond the initial 100,000-unit figure.
The choice of Jinshan District, on the southwestern edge of Shanghai, keeps Toyota close to the dense supplier network and port infrastructure that have made the city a hub for EV exports, including for Tesla’s own Gigafactory Shanghai. Toyota’s announcement framed the new venture as part of a broader partnership on carbon neutrality with the city of Shanghai, tying the BEV plant to the automaker’s wider sustainability commitments in China.
| Detail | Figure Disclosed by Toyota |
|---|---|
| Investment | $2 billion |
| Location | Jinshan District, Shanghai |
| Brand | Lexus (BEV) |
| Ownership structure | New wholly owned Toyota company |
| Initial annual capacity | Approximately 100,000 units |
| New jobs (start-up phase) | Approximately 1,000 |
| Production start | From 2027 onward |
| Manufacturing technology | In-house gigacasting (currently trialed in Japan) |
How Gigacasting Works, and Why Tesla Pioneered It
Gigacasting replaces dozens, sometimes hundreds, of welded sheet-metal components with a single large piece molded in a giant die-casting press. Instead of stamping a front or rear underbody section out of many parts and joining them with robots and welds, a gigacasting machine injects molten aluminum alloy into a mold and produces one structural casting in a single shot. Toyota’s own description of the process, confirmed through its public statements, frames gigacasting as a way to mold major vehicle-body sections in one piece rather than assembling them from multiple welded parts, a shift reported by The News as Toyota’s clearest step yet toward Tesla-style vehicle construction.
Tesla CEO Elon Musk has described the thinking behind this approach as a shift in what counts as the real engineering problem in car manufacturing. “We realized that the real problem, the true difficulty, and the greatest possibility was making the machine that makes the machine. In other words, building the factory. Think of the factory as a product,” Musk said, according to a report from Monoist. That philosophy, treating the factory itself as an engineering deliverable rather than a fixed cost, is what pushed Tesla to build its own casting presses rather than buy standard tooling off the shelf.
Toyota’s In-House Approach: No Outside Supplier
What distinguishes Toyota’s gigacasting china strategy from a simple equipment purchase is the decision to build the machinery itself. Asked directly whether Toyota was sourcing its gigacasting presses from a local Chinese supplier for the Lexus plant, Nakajima was unambiguous. “Every time, the starting point is in house,” he said, according to a report from The Edge Malaysia. That answer rules out, at least for now, the possibility that Toyota is simply buying Chinese-made die-casting equipment to match local rivals.
Building gigacasting machinery internally is a materially different bet than licensing or buying it. It requires Toyota’s engineering teams to solve the metallurgy, mold design, and press-tonnage problems themselves rather than relying on a vendor’s existing solution. Toyota has not disclosed the press tonnage, cycle time, or alloy specification for its in-house machines, and no verified source has confirmed those figures, so any specific technical comparison to rival gigacasting presses remains unconfirmed at this stage.
Nakajima on Why This Is “a Big Chance to Change” Manufacturing
Nakajima’s comments suggest Toyota views the Shanghai project as more than a single-factory experiment. “This is a big chance to change the manufacturing system,” he said, per The Edge Malaysia’s report. That framing echoes language Toyota has used in the past when describing its broader production overhaul, suggesting the company sees the Lexus BEV plant as a test bed for ideas that could eventually spread to other Toyota and Lexus factories outside China.
Toyota’s own production system, built over decades around just-in-time manufacturing and continuous improvement, has rarely embraced large single-piece structural castings. The company’s willingness to experiment with gigacasting, first in Japan and now commercially in Shanghai, marks one of the more visible departures from that legacy approach in recent memory.
Why Lexus, and Why Shanghai
Toyota chose its premium Lexus brand, rather than the mass-market Toyota nameplate, to debut the new BEV built with gigacasting. That decision keeps the higher manufacturing risk of an unproven in-house casting process contained to a smaller-volume, higher-margin line before any eventual rollout to higher-volume Toyota-badged EVs. Shanghai itself is a logical choice given the city’s existing EV supply chain, its proximity to battery and component makers, and the fact that Tesla, NIO, and a cluster of Chinese EV brands already manufacture there at scale.
Locating the plant in China also puts Toyota directly inside the market where gigacasting adoption has moved fastest. Chinese EV makers have spent the past several years racing to match Tesla’s casting-driven cost and speed advantages, and Toyota’s decision to build its first large-scale in-house gigacasting line in Shanghai, rather than in Japan or the United States, reflects how central the Chinese market has become to validating next-generation EV manufacturing techniques.
Toyota vs. Tesla: Comparing the Gigacasting Playbooks
Tesla was the first major automaker to commercialize gigacasting at scale, using it to cut part counts and assembly time on the Model Y and other vehicles. Toyota’s approach, as confirmed by its own statements, borrows the same core idea, molding major body sections as single castings, but arrives years after Tesla’s first production use of the method and is being developed with Toyota’s own equipment rather than through a joint venture or licensing deal. The table below lays out what is confirmed about each company’s approach, without extrapolating beyond what each automaker has disclosed.
| Factor | Tesla | Toyota |
|---|---|---|
| First commercial use of gigacasting | Pioneered the technique for mass production | Currently trialing in Japan; not yet in mass production |
| Equipment sourcing | Built proprietary presses | Developing presses in-house, per Nakajima |
| China production site | Gigafactory Shanghai | New Lexus BEV plant, Jinshan District, Shanghai |
| Investment disclosed for China plant | Not applicable to this announcement | $2 billion |
| Brand used to introduce the tech | Mass-market Tesla models | Premium Lexus brand |
| Target production start | Already in mass production | From 2027 onward |
Production Timeline: What Happens Between Now and 2027
Toyota’s Shanghai facility is already under construction, according to reports from The Japan Times and Bloomberg, with vehicle production scheduled to begin in 2027. Between now and that start date, Toyota’s Japan-based gigacasting trials will likely serve as the proving ground for whatever in-house equipment ultimately ships to the Shanghai plant. The company has not published a detailed construction or equipment-installation schedule, so the exact sequencing of machine delivery, trial runs, and ramp-up at the Jinshan District site remains unconfirmed.
Large single-piece casting lines are notoriously difficult to bring to full-rate production on the first attempt, since any flaw in a giant one-piece casting can scrap the entire structural component rather than a single welded part. That risk profile is one reason Toyota may be moving deliberately, running trials in Japan before committing fully to the Shanghai line, rather than installing untested in-house equipment directly into a commercial-scale factory. CarsGuide reported the shift is aimed at making Toyota’s future EVs lighter, stronger, and cheaper to build.
Market Impact: Another Entrant in China’s EV Price War
Toyota’s move arrives as China’s EV market remains one of the most price-competitive in the world, with domestic brands and Tesla all leaning on manufacturing efficiency to protect margins while cutting sticker prices. Gigacasting is one of the clearest levers automakers have used to reduce part counts, cut assembly labor, and shorten production cycles, all of which translate into lower per-vehicle cost once a line is running at scale. A 100,000-unit-per-year Lexus BEV plant would not, on its own, reshape China’s EV volume leaderboard, where Tesla’s Model Y has outsold the next 24 EV models combined in some recent measures. But it signals that Toyota intends to compete on manufacturing economics rather than ceding that ground to Tesla and Chinese rivals.
The timing also matters relative to other automakers’ China strategies. Toyota’s gigacasting announcement follows a wave of EV investment decisions from global brands trying to hold or grow share in China, including XPeng’s push to expand beyond China toward a 500,000-unit European sales target. Toyota entering the gigacasting race in China suggests the technology is shifting from a Tesla-specific advantage to an industry-standard requirement for any automaker that wants to compete on cost in that market.
Historical Context: Toyota’s Cautious EV Pivot
Toyota has long been criticized by analysts and investors for moving slowly on battery-electric vehicles while leaning on hybrid technology, where it holds a commanding lead. That caution has shown up repeatedly in the company’s manufacturing choices, which have historically favored incremental refinement of its existing production system over the kind of radical factory redesign Tesla pursued with gigacasting. The Shanghai Lexus plant represents one of the clearest signals yet that Toyota is willing to depart from that playbook, at least for a dedicated BEV line in a market where competitive pressure from Tesla and domestic Chinese brands has been most intense.
That pressure has been building for years. Toyota’s own production engineers have publicly acknowledged studying Tesla’s manufacturing approach closely. Yoshio Nakamura, Toyota’s deputy chief of global production, addressed the comparison directly in comments reported by The Autopian: “Of course, we admit Tesla has wonderful technology. But that just motivates us to work harder to catch up. If we are to learn from them, it won’t be a copy.” That comment captures the balance Toyota is trying to strike: borrowing the core gigacasting concept while insisting its execution, built with in-house machinery, will differ from Tesla’s.
Competitive Landscape: Gigacasting Becomes an Industry Standard
Toyota is not the only legacy automaker rethinking its manufacturing approach as EV competition in China intensifies. Chinese brands and global entrants alike have been forced to respond to the cost pressure Tesla’s manufacturing efficiency created, whether through casting investments, supplier partnerships, or new assembly techniques. The broader pattern across the industry, as reflected in recent moves from companies such as Chery’s large-scale ADAS deal covering 800,000 vehicles with Bosch, shows automakers increasingly pairing manufacturing-technology bets with scale commitments in the hundreds of thousands of units.
| Automaker | Gigacasting / Manufacturing Tech Status | Primary China Relevance |
|---|---|---|
| Tesla | Established gigacasting user, proprietary presses | Operates Gigafactory Shanghai |
| Toyota / Lexus | In-house gigacasting in trial phase; commercial debut planned for Shanghai in 2027 | New $2B Jinshan District plant |
| Chinese domestic EV brands | Mixed adoption of large-casting techniques, varies by manufacturer | Primary competitive pressure driving industry-wide adoption |
| Other global legacy automakers | Largely still reliant on traditional multi-part welded assembly | Facing similar cost pressure from Tesla and Chinese rivals |
Specific tonnage, cycle-time, or cost figures for rival automakers’ casting programs were not available in verified reporting at the time of this announcement, so the comparison above is intentionally limited to confirmed strategic positioning rather than unverified technical specifications.
Expert Reaction: Praise for the Strategy, Questions About Execution
Manufacturing analysts who have closely tracked Tesla’s production methods see Toyota’s move as a validation of the broader gigacasting approach rather than a surprising gamble. Sandy Munro, CEO of the teardown and engineering analysis firm Munro & Associates, offered a direct assessment of Toyota’s direction: “The Toyota plan that I see is very similar to the Tesla production plan, and that is good because, currently, that’s the best in the marketplace,” Munro said, according to The Autopian’s reporting.
That endorsement carries weight given Munro’s firm has spent years benchmarking EV manufacturing processes across Tesla, BYD, and legacy automakers, the same competitive set that has forced Toyota to reckon with EV rivals surging while its own flagship programs ran years behind schedule. At the same time, Toyota’s insistence on building its own gigacasting machinery, rather than buying proven equipment, introduces execution risk that a more conservative, supplier-sourced approach would avoid. Whether Toyota’s in-house presses can match the reliability and cycle times of established gigacasting systems remains an open question that will not be answered until the Jinshan District plant begins producing vehicles.
What Comes Next: Five Predictions Through 2030
- Toyota will likely expand gigacasting beyond the Shanghai Lexus plant to additional factories if the Jinshan District line hits its 2027 production targets, following the same test-then-scale pattern it is using between Japan and China now.
- Expect Toyota to stay quiet on press tonnage, cycle time, and alloy specifications until vehicles are actually rolling off the Shanghai line, consistent with its pattern of withholding technical detail during the trial phase.
- Chinese domestic EV makers that have not yet invested heavily in large-scale casting will likely face renewed pressure to accelerate their own programs, now that a legacy giant like Toyota has committed capital to the approach.
- The choice to debut on Lexus rather than mass-market Toyota models suggests any near-term expansion of gigacasting-built BEVs will stay in the premium segment before reaching higher-volume Toyota nameplates.
- Given the historical difficulty of scaling large single-piece castings to full production rate, a slip in the 2027 start date would not be unprecedented across the industry and remains a realistic risk analysts are likely to watch closely.
These are forward-looking assessments based on Toyota’s disclosed plans and the broader industry’s experience with gigacasting rollouts, not confirmed Toyota roadmap items. Toyota has not commented publicly on any expansion plans beyond the Shanghai facility.
Why This Matters Beyond One Factory
The significance of Toyota’s gigacasting china announcement extends beyond a single $2 billion plant. It marks one of the clearest acknowledgments yet from the world’s largest automaker by volume that Tesla’s manufacturing philosophy, treating the factory as a product rather than fixed infrastructure, has become something competitors must adopt rather than ignore. For a company built on the Toyota Production System, a framework that shaped lean manufacturing globally for decades, choosing to retool around gigacasting is itself a notable admission that the production playbook which made Toyota dominant in the gas-engine era needs updating for the EV one.
It also reinforces how central China has become to validating next-generation EV manufacturing, not just as a sales market but as the proving ground where global automakers test the production techniques they may eventually bring home. Toyota running its first large-scale in-house gigacasting line in Shanghai, rather than in Toyota City, Japan, underscores just how much competitive pressure the Chinese EV market continues to exert on manufacturing decisions made in Tokyo boardrooms.
Frequently Asked Questions
What is gigacasting, and why is Toyota adopting it?
Gigacasting molds major vehicle-body sections as a single large piece using a giant die-casting press, replacing dozens of welded components. Toyota is adopting it to match the manufacturing efficiency Tesla achieved with the technique, using equipment the company says it is developing in-house.
Where is Toyota’s new gigacasting plant located?
The plant is located in the Jinshan District of southwest Shanghai, China, and is being built through a new wholly owned Toyota company established to develop and produce battery-electric vehicles and batteries.
When will the Shanghai Lexus BEV plant start production?
Toyota’s official announcement states production is scheduled to begin from 2027 onward. The facility is currently under construction.
How much is Toyota investing in the new plant?
Toyota’s disclosed investment for the Shanghai facility is $2 billion, with an initial annual production capacity of approximately 100,000 units and roughly 1,000 new jobs expected during the start-up phase.
Is Toyota buying its gigacasting machines from a supplier?
No. Toyota Chief Technology Officer Hiroki Nakajima said the company is developing its gigacasting equipment in-house rather than sourcing it from an outside supplier, including local Chinese manufacturers.
Which Lexus model will use the new gigacasting technology?
Toyota has not named the specific Lexus BEV model that will be produced using the new in-house casting process. That detail remains unconfirmed as of this announcement.
Is Toyota’s gigacasting technology the same as Tesla’s?
It follows the same core concept, molding large body sections as single castings, but Toyota says its equipment is being developed independently in-house rather than copied from Tesla’s proprietary presses. Toyota has not disclosed technical specifications that would allow a direct comparison of press capability.
Does this affect Toyota’s other EV plants outside China?
Toyota has not announced plans to extend gigacasting to factories outside the Shanghai facility. The company is currently running related trials in Japan, but no commercial rollout outside China has been confirmed.