Deep in the heart of South Carolina’s manufacturing belt, alongside its burgeoning American ingenuity, BMW just unveiled what will be the next great success story in the X range, the fifth-generation X5. But that reveal was more than just a new vehicle. Under the banner of ‘Home of X’, the colossal plant in Spartanburg became the stage for a multi-billion dollar announcement on what it takes to build BMW’s future the $1.7bn investment and the new, highly flexible manufacturing assembly that can now house five distinct drivetrain technologies.
The latest model is more than a redesign it represents a paradigm shift in vehicle production for BMW and the wider industry, as this all-new X5 will be produced alongside all five available drivetrain variants of its kind on the same hyper-flexible manufacturing line. The world premiere of the new BMW X5 served as the centerpiece of this milestone event, reaffirming the brand’s deep commitment to the United States and what BMW says is a belief in customer choice, developed out of a global center of competence for all BMW X models. Amidst the transition to electrification, BMW has taken a significantly more diversified route a “technology-open” approach which allows customers the choice of buying a new X5 from 2027 in a diesel, various petrol engines (including a blisteringly quick M-variant delivering 617hp) a plug-in hybrid and fully electric variant or indeed, the fuel cell version, which is in its prototype phase the BMW iX5 Hydrogen. “We are not a fully electric-only company”, declared Milan Nedeljkovic, Member of the Board of Management for Production at BMW AG.
“We firmly believe in customer choice and in an technology-open approach when it comes to powertrains for future mobility.” The fully electric model is the all-new BMW iX5 and the first fully electric BMW model to be manufactured in the USA, which will go into production at the Spartanburg plant by the end of 2026, a huge coup for American EV production and the 11,000-plus employees working there. This latest addition to the range will feature BMW’s largest battery pack ever in a personal passenger vehicle, and can recharge in 30 minutes to 80 percent, putting paid to one of the greatest consumer concerns for potential EV owners.
1. The iX5 Hydrogen Makes a Bold Zero Emission Statement
While the brand isn’t abandoning pure battery-electric powertrains evidenced by other BMW i models currently available, such as the i4 the automaker is seriously investing in the future of mobility, particularly hydrogen fuel cell vehicles. BMW recently unveiled its iX5 Hydrogen, a production vehicle and BMW’s first of its kind that’s capable of traveling an astounding 466 miles on a single fill-up. BMW hasn’t released an official release date but its inclusion in the X5 range hints at its commitment to hydrogen mobility.
Hydrogen enters the X5 family:
- BMW’s first hydrogen production vehicle
- Projected range of 466 miles
- Zero emission long-distance travel
- No specific release date yet
- Signals serious hydrogen investment
Also present will be those powertrains that have forged the company’s heritage. You will still have efficient internal combustion engines at your disposal including what was fitted in BMW’s 24 Hours of Le Mans racer earlier this year. BMW continues to innovate existing engine technologies while bringing out new designs ensuring classic BMWs have lots to celebrate with the fifth generation.
2. One Assembly Line Will Build Five Different Powertrains
And Perhaps the Most Interesting Element Isn’t the Car at All It’s The Car Making It. As of this morning, BMW’s Plant Spartanburg is the first facility in BMW’s entire production network around the globe where a single car model can be built with five separate drivetrain technologies all on a single assembly line. That is a huge manufacturing achievement. It’s a mash-up of logistics, robotics and a talented workforce that is going to give BMW a degree of flexibility that its competitors may not have going forward in this market.
Five powertrains one production line:
- First in BMW’s global network
- Five drivetrain technologies assembled together
- Monumental manufacturing engineering achievement
- Provides unparalleled operational flexibility
- Adapts quickly to market demand
The importance of the new technology was clearly stated by President and CEO of BMW Manufacturing Co. Dr. Robert Engelhorn: “From plug-in hybrids and efficient combustion engines to battery-electric and even hydrogen-powered vehicles of the future with these new drivetrain capabilities Plant Spartanburg will have the flexibility to manufacture virtually all of BMW’s diverse products for its customers in the U.S. And beyond and remain prepared for customer demand on any scale.
3. BMW’s Technology-Open Strategy Sets It Apart From Rivals
This mastery of manufacturing reflects BMW’s general approach to powertrain development. Whereas several rivals have taken an extremely binary approach to electrification, BMW has not gone down that path. “BMW’s strategic direction remains unaltered and the technology open strategy with which BMW has always been successful will also be successful in the future. This is how it stands,” said Milan Nedeljkovic, Chairman of the Board of Management at BMW AG.
The strategy rivals aren’t following:
- Technology-open approach firmly maintained
- Not pursuing binary electrification path
- Responds to demand and regulation
- No costly retooling or new facilities
- Flexibility is the competitive advantage
BMW can thus also react flexibly to the wishes of customers, changing regulations or supply chain issues without having to build huge sums in massive retooling or even a new dedicated plant. As BMW always stresses: The final decision lies with the drivers and the market, not with a company-set timetable to end one or another drive train.
4. Plant Woodruff Will Build Batteries for BMW’s EV Future
Adding fuel to the fire of BMW’s electrified future is the recently finished Plant Woodruff, a $1.7 billion new manufacturing investment in BMW’s U.S. Presence. BMW will produce the high voltage batteries for all the automaker’s electric future vehicles such as the upcoming iX5 here at this sophisticated facility. The Cell-to-Pack principle employed at the Plant Woodruff is what is termed a ‘fully integrated’ manufacturing solution: in a Cell-to-Pack battery, the cell is assembled directly into the battery housing, negating the steps of applying coating and of building up modules separately something that consumes valuable time.
Where BMW’s EV future gets built:
- Part of $1.7 billion investment
- Assembles high-voltage EV batteries
- Cell-to-Pack principle used
- Eliminates traditional production steps
- Supports six U.S. EVs by 2030
The lean process, therefore, leads to enhanced efficiency, directly contributing to BMW’s target of producing a minimum of six fully electric vehicle models within the U.S. By 2030. Producing batteries locally helps streamline the supply chain process and puts BMW more squarely in charge of one of the most important cost and performance drivers in any modern EV.
5. Digital Twins and AI Make Every BMW Better Before It Exists
Whether at the expanded plant in Spartanburg or the new plant in Woodruff, the BMW iFACTORY concept for efficient, sustainable and digitally networked production takes precedence. The production processes for a new model are simulated in 3D as a digital twin before any production material is used. In this way, efficient integration is facilitated and workflow and ergonomically aspects for the associates on site are optimized.
Building cars in digital worlds first:
- Digital twins plan all processes
- 3D simulations before physical work
- AIQX AI platform runs quality
- 1.9 million inspections conducted daily
- 63 dedicated X5 inspection stations
Artificial intelligence is woven into the very fabric of the assembly process through BMW’s in-house AIQX platform, which leverages data from sensors and cameras to provide real-time quality feedback to workers along the line. This AI already conducts a staggering 1.9 million inspections for BMW every single day. At Plant Spartanburg, the system is more robust than ever with 63 inspection stations and over 70 additional scans dedicated specifically to the new X5.
6. Humanoid Robots Join the Spartanburg Workforce
In a move that feels like a step directly into the future, Plant Spartanburg is pioneering BMW’s Physical AI Initiative by deploying humanoid robots from Figure AI on the production floor. These advanced machines are tasked with handling physically demanding and repetitive jobs, freeing up their human counterparts to focus on precision work, craftsmanship, and the detailed quality control that defines a BMW vehicle at every price point.
Robots and humans working side by side:
- Figure AI humanoid robots deployed
- Handle demanding repetitive physical tasks
- Humans focus on precision work
- Technology has not replaced people
- AI gives associates greater confidence
Robert Engelhorn was quick to emphasize the human element despite the remarkable technology now on the floor. AI helps the team stay one step ahead and gives associates the clarity and confidence to make the right decisions every time. But what makes him most proud, he stated clearly, is that technology has not replaced people, reinforcing BMW’s belief that the best manufacturing combines the strengths of both human skill and machine precision.
7. Plant Spartanburg Is the Largest BMW Plant on Earth
This entire operation represents a lynchpin of the BMW global operation and of the American economy. BMW’s largest plant in the world at approximately 11,000 employees on site at this particular location, the facility has produced over 7.3 million cars on multiple generations since opening in 1994. In fact, for more than ten years running, it is America’s leading automotive exporter by value.
The numbers behind a giant:
- Largest BMW plant in world
- Directly employs 11,000 people
- 7.3 million vehicles built since 1994
- Largest U.S. auto exporter by value
- Exported nearly 200,000 vehicles in 2025
Back in 2025, Plant Spartanburg shipped about 200,000 cars, worth an estimated $9 billion to over 120 different countries, out of total production for the plant of more than 400,000 vehicles-the seventh time the facility topped that mark in its 23 years. In that capacity, Plant Spartanburg plays a not just key-but vital role in the health of U.S. Advanced manufacturing.
8. BMW’s American Footprint Supports Over 120,000 Jobs
In fact, BMW’s presence is even more significant across America beyond the walls of Plant Spartanburg. The nearly 30 facilities BMW has in 12 states, and its more than 400 suppliers across the country, employ over 120,000 American jobs, adding more than $43.3 billion dollars to the U.S. Economy every year. “The Home of X” celebration also included such prominent American officials as Governor of South Carolina, Henry McMaster and U.S. Senator, Lindsey Graham.
An economic powerhouse in America:
- Nearly 30 locations across 12 states
- Over 400 American suppliers supported
- 120,000 jobs across the country
- Contributes $43.3 billion annually
- Governor and Senator attended unveiling
The cross-shaped X sculpture located outside the Zentrum visitor center is now a permanent monument to BMW’s commitment to the community and the heart of the American automotive industry. To date, the amount BMW has invested in its Spartanburg home is one of the largest and most sustained foreign direct investment stories in the American manufacturing industry.
9. The X5 Has Sold Over Three Million Units Since 1999
The all-new fifth-generation X5 has an enormous amount of heritage to inherit. Introduced back in 1999, it was, for all intents and purposes, what invented the premium Sports Utility Vehicle market as a viable automotive classification and nearly 3 millionX5s have been delivered worldwide since then-one-third of them in the United States, the single biggest market for the SUV and one of the primary drivers for why allX5s, globally, are produced in Spartanburg.
Three decades of SUV dominance:
- Debut in 1999 created the segment
- Over 3 million sold globally
- One third sold in United States
- America its most important market
- All global X5s built in Spartanburg
The fifth-gen is on the way for performance-minded drivers; expect a rollout starting in October with the introduction of the 2027 X5 40 xDrive. The rear-drive X5 40, X5 50e plug-in hybrid xDrive, and X5 60 electric xDrive will follow in the first quarter of 2027, along with a V8 M Performance model for the brand’s hardest-core clientele in the latter half of the model year.
10. Pricing Spans From $69,800 to $79,800 Across the Lineup
In line with the new model’s premium placement and technology contents, prices for all versions of the all-new fifth-generation BMW X5 will begin at $69,800 for the X5 40, which is the gateway into the new model line. The X5 40 xDrive with standard all-wheel drive will sell for $72,100. The X5 50e plug-in hybrid will come in at $77,500, and the new, all-electric iX5 60 xDrive all-wheel drive is at the top of the introductory line at $79,800, before the destination and handling fee.
Every option and its price tag:
- X5 40 starts at $69,800
- X5 40 xDrive priced at $72,100
- Plug-in hybrid costs $77,500
- Electric iX5 starts at $79,800
- All carry $1,450 destination charge
The debut of the all-new BMW X5 transcends the typical car launch. It’s a declaration of intention, an affirmation of manufacturing ingenuity, and a testament to the listening heart of a brand. By designing a singular platform that plays host to an entire universe of power-from rumbling gasoline to whispers of hydrogen fuel cells-BMW is creating more than a vehicle; it’s forging a path into the future of mobility, right here in the United States.
