Ford’s $5 Billion Bet on America: New EV Platform, Breakthrough Assembly, and Affordable Electric Pickup
LOUISVILLE, Ky., Aug. 11, 2025 — Ford Motor Company is doubling down on American manufacturing and electric vehicle innovation with an ambitious $5 billion investment aimed at making EVs more affordable, efficient, and exciting to drive. The announcement — released today at 10:30 a.m. ET — outlines a transformative plan that includes a new universal EV platform, a revolutionary assembly process, and the launch of a midsize all-electric pickup built for global markets.
The initiative will create or secure nearly 4,000 jobs across the Louisville Assembly Plant in Kentucky and BlueOval Battery Park Michigan. Ford will also become the first automaker to produce prismatic lithium iron phosphate (LFP) batteries in the United States, securing its place at the forefront of next-generation EV technology.
The Vision: Affordable, Desirable, and American-Made
The star of Ford’s new electric lineup will be a midsize, four-door electric pickup, targeted to start around $30,000 when it reaches customers in 2027. The truck will be as quick from 0-60 mph as a Mustang EcoBoost, offer more passenger space than the latest Toyota RAV4, and deliver the utility of both a frunk and a traditional bed.
“From Day 1, this had to be a strong, sustainable, and profitable business,” said Jim Farley, Ford President and CEO. “We empowered a small skunkworks team three time zones away from Detroit to rethink everything — from the moving assembly line to the battery platform. The result is a leap forward in cost, quality, and driving excitement.”
The Ford Universal EV Platform: Fewer Parts, More Performance
At the heart of Ford’s strategy is the Ford Universal EV Platform, designed to dramatically reduce complexity while enhancing performance. Compared to a typical vehicle platform, it uses:
- 20% fewer total parts
- 25% fewer fasteners
- 40% fewer workstations on the factory floor
- 15% faster assembly time
The wiring harness alone will be 4,000 feet shorter and 10 kilograms lighter than the one in Ford’s first-generation electric SUV.
The new prismatic LFP battery pack — cobalt-free and nickel-free — doubles as a structural sub-assembly and serves as the vehicle’s floor. This design lowers the center of gravity for improved handling, reduces noise in the cabin, and creates more interior space. The setup also reduces cost while increasing durability.
“This is not a stripped-down, old-school EV,” said Doug Field, Ford’s Chief EV, Digital, and Design Officer. “Our zonal electric architecture unlocks capabilities the industry has never seen. It’s fun to drive, affordable, and future-ready with over-the-air updates.”
Fun, Practical, and Purpose-Built
Ford’s upcoming midsize pickup will deliver on both utility and driving excitement. Owners will get the flexibility of locking gear in the bed without needing a roof rack, plus instant torque from electric motors for quick acceleration. The company says its chassis engineering and low battery placement will make it as engaging to drive as it is practical to own.
Additional specifications — including EPA-estimated range, battery sizes, and charging times — will be released closer to launch.
The Ford Universal EV Production System: Reinventing the Assembly Line
More than a century after Ford revolutionized manufacturing with the moving assembly line, the company is introducing an even more radical change — the Ford Universal EV Production System.
Instead of a single, linear conveyor, Ford has developed an “assembly tree”. In this new approaches:
1. Three major sub-assemblies — the front, the rear, and the structural battery with interior components — are built separately.
2. Large single-piece aluminum unicastings replace dozens of smaller parts.
3. The sub-assemblies are joined together in a streamlined process.
Parts are delivered to workers in pre-organized kits, complete with all tools, fasteners, and scanners in the correct orientation. This not only reduces assembly errors but also improves ergonomics, minimizing the twisting, reaching, and bending that can lead to injury.
The new system is expected to make the assembly of Ford’s midsize electric truck up to 40% faster than current Louisville Assembly operations. Ford plans to reinvest part of that time savings into insourcing and automation for even higher quality and cost efficiency.
“We put our employees at the center and re-created the factory from scratch,” said Bryce Currie, Ford Vice President of Americas Manufacturing. “The result will be ergonomic breakthroughs, fewer parts and connectors, and major gains in both quality and cost.”
A Boost for American Jobs and the Domestic Supply Chain
Ford’s $5 billion investment is split between:
• $2 billion for Louisville Assembly Plant
• $3 billion for BlueOval Battery Park Michigan
The Louisville expansion will add 52,000 square feet to improve material flow and will receive a digital infrastructure upgrade to create the fastest, most connected Ford plant in the world. This network capacity will support extensive quality scans and data tracking throughout production.
Kentucky Governor Andy Beshear praised the move:
“This is one of the largest investments in our state’s history, securing 2,200 jobs and keeping Kentucky at the center of EV innovation. Ford and Kentucky have been a winning team for more than 100 years — and we’ve never been stronger.”
BlueOval Battery Park
The BlueOval Battery Park Michigan facility will begin producing Ford’s prismatic lithium iron phosphate (LFP) batteries next year. These advanced batteries will power the company’s new midsize truck as well as several upcoming electric vehicle models. By bringing this technology into production, Ford strengthens its ability to control costs, boost performance, and deliver more affordable EVs to customers.
At the same time, the project is expected to create or secure nearly 4,000 direct jobs. Many of these roles will be based in Michigan, supporting the local economy and building specialized skills in the clean energy sector. In addition, the facility will generate demand for dozens of U.S.-based suppliers, expanding opportunities for companies that provide raw materials, manufacturing equipment, and component parts.
Because these efforts shorten supply chains and increase domestic capacity, they also make America’s EV industry more resilient. In turn, the country will be better positioned to meet rising demand for electric vehicles, reduce reliance on overseas battery production, and accelerate the transition to clean transportation.
Lessons from the Model T Era
Ford executives repeatedly drew comparisons to the Model T, which transformed personal transportation more than a century ago. The company sees the new EV platform as a similar turning point — a way to make advanced technology affordable for a wide market.
Farley emphasized that the challenge was not simply technical, but also economic:
“We’ve seen too many Detroit efforts to build affordable vehicles end with idled plants and layoffs. This time we started with a blank slate, combined Ford’s manufacturing muscle with Silicon Valley problem-solving, and refused to accept incremental steps. This is the only way to win — for customers and for American workers.”
A Digital-First Driving Experience
The Ford Universal EV Platform is engineered for the future of software-defined vehicles. From day one, owners can expect over-the-air updates that do more than fix bugs. These updates will improve performance, add new features, and enhance safety — all long after the truck leaves the factory. As a result, drivers will see their vehicles get smarter, safer, and more capable over time.
Because the platform’s architecture is highly flexible, Ford can quickly adapt to breakthroughs in battery chemistry, new drive configurations, and cutting-edge digital features. This adaptability means the company can respond to market shifts and technology trends without costly re-engineering. In turn, customers benefit from faster innovation and a truck that stays ahead of the curve.
At the same time, this approach supports Ford’s broader goal of building vehicles that improve with age. The combination of flexible hardware and evolving software makes each truck a living product — one that grows in value and capability instead of falling behind.
Ford Wants to Flip the Script on EVs
Ford says it wants to flip the script on EV costs. The company aims to give customers lower total ownership costs than even a used Tesla Model Y over five years. This calculation includes purchase price, charging, and maintenance. As a result, drivers could save thousands while cutting emissions.
At the same time, Ford is pushing to make EVs an economic win, not just an environmental one. Lower operating costs can help more families make the switch to electric. In turn, broader adoption speeds up the shift away from fossil fuels. By designing for efficiency and affordability, Ford plans to position its EVs as the smarter choice on every front.
Meanwhile, the upcoming BlueOval Battery Park Michigan will begin producing advanced prismatic LFP batteries in 2026. These will power Ford’s new midsize truck and other upcoming EVs. The project is set to create or secure nearly 4,000 jobs, strengthen the U.S. EV supply chain, and boost domestic battery production.
Timeline and Market Impact
a) 2025–2026: Construction and retooling at Louisville Assembly Plant and BlueOval Battery Park Michigan
b) 2026: Prismatic LFP battery production begins in Michigan
c) 2027: Midsize electric pickup launches in the U.S. and export markets
Ford expects that the combination of lower manufacturing costs, domestic battery production, and modular design will open doors in markets that have resisted EVs. By cutting production expenses, the company can price vehicles more aggressively without sacrificing quality. At the same time, building batteries in the U.S. reduces shipping costs, shortens supply chains, and strengthens energy security.
Because the vehicles share a modular design, Ford can adapt models for different markets quickly and at lower cost. As a result, the same platform can serve entry-level buyers in cost-sensitive regions and meet premium demands in established EV markets. This flexibility makes the lineup competitive where affordability has long been a barrier to adoption — and positions Ford to accelerate EV growth worldwide.
About Ford Motor Company
Ford Motor Company (NYSE: F), headquartered in Dearborn, Michigan, employs about 169,000 people worldwide. Guided by its Ford+ growth plan, the company is also organized into three customer-focused business units:
1. Ford Blue — Gas-powered and hybrid vehicles
2. Ford Model e — Breakthrough electric vehicles and digital experiences
3. Ford Pro — Commercial vehicles and services
Ford also operates Ford Motor Credit Company for financing services. Finally, more information is available at corporate.ford.com.
Key Takeaways
- $5 billion total investment in Louisville Assembly Plant and BlueOval Battery Park Michigan
- Nearly 4,000 jobs created or secured in the U.S.
- First U.S.-produced prismatic LFP batteries
- All-new Ford Universal EV Platform and Production System
- Midsize electric pickup with a targeted $30,000 starting price arriving in 2027
Ford’s message is clear: this isn’t just about launching another electric vehicle. It’s about reshaping the entire process of how vehicles are designed, manufactured, and delivered. From concept to customer, Ford aims to rethink every step. As a result, the company can move faster, cut waste, and respond to changing market demands with precision.
At the same time, this shift aligns with broader goals for efficiency, sustainability, and innovation. By reengineering production methods, Ford can lower costs, reduce environmental impact, and bring advanced technology to market sooner. Because the approach is global, customers around the world — from dense urban centers to rural communities — can benefit from smarter, cleaner, and more affordable mobility.
Ultimately, Ford wants to prove that building an EV is only the beginning. The real transformation comes from reimagining the business model to create vehicles that evolve with software, adapt to new technologies, and remain relevant for years after they leave the factory floor.
