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New Ford Scalable Unibody Front-Wheel-Drive Platform
Ford Motor Company’s new front-wheel-drive unibody platform is a highly-scalable vehicle architecture designed to underpin front-drive vehicles of various types and sizes. As of March 2018, it does not have an official name.
| Type: | Unibody welded steel body |
| Size: | Subcompact, Compact, Midsize |
| Supported vehicle type: | Car, Van, Crossover/CUV |
| Layout: | Front-Engine, FWD and AWD |
| Powerplant layout: | Transverse |
| Predecessor: | Ford Global C Platform |
| Successor: | None currently |
Vehicles
The new Ford front-wheel-drive scalable unibody architecture will underpin the following future vehicles:
- Subcompact cars (Ford Fiesta)
- Compact cars (Ford Focus)
- Midsize cars (Fusion/Mondeo)
- Minivans of various sizes (B-MAX, C-MAX and S-MAX, if such vehicles remain in production)
- Crossovers of various sizes (EcoSport, Escape, Edge)
The first vehicle to have launched on the architecture is the all-new, fourth-generation Ford Focus (2019 model year and newer).
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- 2019 Ford Focus lineup (European market)
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- 2019 Ford Focus Titanium Wagon (European market)
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- 2019 Ford Focus Sedan (Asian market)
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- 2019 Ford Focus Vignale Hatchback (European market)
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- 2019 Ford Focus ST Line For Europe
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- 2019 Ford Focus Hatchback (Asian market)
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- 2019 Ford Focus Active (European market)
Features
The new Ford front-wheel-drive scalable unibody architecture features increased use of lightweight ultra high-strength steel as well as boron steel. Ford instance, the all-new 2019 Ford Focus featured 33 percent of such steels, compared to 11 percent in the outgoing model based on the global Ford C platform.
The architecture has also been engineered for various future-proofing technologies and features, including:
- 48v micro-hybrid technology to improve fuel economy
- New family of 1.5L three-cylinder engines making up to 180 horsepower
- 8-speed automatic transmission with traditional torque converter “slush box”
Parts Sharing
One of the primary purposes of the new Ford scalable front-drive architecture is to drive scale economies even further by sharing parts with vehicles bad on the platform. The platform will share a plethora of parts sharing technologies, including suspension structures, seat structures, electric parking brakes, air conditioning units, transmissions, electrical systems, infotainment screens and systems, connectivity modems, and more.
The idea behind the platform is similar to Volkswagen Group’s highly-scalable MQB architecture, which supports transverse-engined, front-drive cars of all shapes and sizes. For that reason, Ford’s platform is sometimes referred to as Ford’s MQB.
