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Ford intentionally locks engine control units (ECUs) in new Mustangs, preventing user modifications. CEO Jim Farley explains this is not about control but about quality. Unapproved tunes can lead to severe, expensive engine damage, and Ford is unwilling to risk its brand's reliability reputation for the sake of customization.

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To compete with Chinese EV maker BYD, CEO Jim Farley concluded his existing team and processes were inadequate. He formed an independent group with new talent, separate IT systems, and a different philosophy to radically simplify vehicle design and manufacturing.

Unlike clean-sheet EVs, legacy vehicles use a "field of weeds" architecture with up to 150 siloed Electronic Control Units (ECUs) from different suppliers. This makes coordinated, over-the-air software updates for complex features incredibly difficult, hindering innovation compared to the centralized OS of modern EVs.

To manage the immense risk of its new manufacturing process, Ford will launch its next-gen EV as a minimal viable product (MVP). The initial release will feature just one color, one spec, and basic software capabilities. More complexity and features will be rolled out gradually post-launch after validating the core product.

CEO Jim Farley uses an unusual metric to gauge engineering efficiency: the number of fasteners. He observed that a Tesla Model Y has one-third the fasteners of a Ford Mach-E, viewing it as a direct 'output metric for how elegant the simplicity of your engineering solution is' that impacts cost and manufacturability.

Companies like Apple and John Deere embed software that rejects non-proprietary replacement parts. This tactic, called "parts pairing," destroys interoperability and forces consumers to buy expensive, manufacturer-approved components, locking them into a closed ecosystem.

Traditional cars use a domain-based architecture with up to 150 separate control units (ECUs) from different suppliers, making software updates nearly impossible. This fragmented system, which evolved haphazardly from early fuel-injection computers, is a primary barrier for legacy automakers trying to compete with the software-defined, OTA-updatable vehicles from companies like Rivian.

Ford's CEO sees a future where Apple's CarPlay Ultra may seek to control core vehicle functions. He argues the onus is on Apple to decide how deep its integration goes. If Apple demands full control, it could force Ford to prioritize its own system built on Android Automotive.

Ford's adoption of advanced Apple CarPlay hinges on a key question: Does Apple want to control core vehicle functions? CEO Jim Farley says if Apple seeks to manage speed limits or vehicle access, Ford will reject it to maintain safety and integration with its own advanced driver-assistance systems (ADAS).

To compete with agile companies like BYD, Ford established an independent team, free from the company's legacy systems and processes, to develop a new, affordable EV platform. This radical approach was deemed necessary because incremental improvements on existing models would fail against formidable Chinese competition.

Ford's EV strategy isn't primarily benchmarked against Tesla, but against Chinese giants like BYD. CEO Jim Farley highlights their vertical integration, government subsidies, and focus on affordable technology as the formidable competitive threat that is shaping Ford's new platform and overall strategy.