Ford has decided to lead a revolution in the accessibility of autonomous technologies. The company is moving advanced driver-assistance systems from the premium segment's shelves to the mass market – a strategy that sharply differs from competitors' approaches. Starting in 2027, a new UEV platform will feature redesigned hardware and software, and in 2028, L3 technology with complete hands-off and eyes-off the road capability will be introduced.
The key to this shift is the decision to develop everything in-house instead of purchasing ready-made solutions from third-party suppliers. Ford engineers are creating a unified module that integrates infotainment, driver-assistance systems, audio, and networking functions into a single chip. The result: the component has been halved in size, and the cost of advanced features has dropped by 30 percent compared to external sourcing. This vertical integration allows Ford to control quality, update speed, and, most importantly, pricing. As of the end of 2025, 1.22 million vehicles equipped with the BlueCruise system are already on the roads, collecting millions of hours of real-world data – 3.8 million hours in 2025 alone – which continuously improve the algorithms.
The UEV platform was initially developed as a universal foundation for next-generation affordable electric vehicles. The first production vehicle – a compact pickup truck priced around $30,000 – will arrive in 2027. It will also debut the new autonomous architecture. This combination of affordability and cutting-edge technology directly contrasts with what competitors are doing: for example, General Motors' L3 system will first appear on the Cadillac Escalade IQ, costing over $140,000.
This strategy was not formed by chance. In recent years, Ford has significantly reoriented towards compact, mass-market models and reduced investments in large, expensive electric vehicles. In-house development provides the company with what external suppliers cannot: full control over the architecture, cost optimization, and flexibility in scaling. The result is evident: advanced features will cease to be a privilege for owners of vehicles costing $70–$100,000.
For ordinary buyers, this means that in just a year or two, they can purchase an electric vehicle with a reliable hands-free driving system, and a year later, one with L3 (eyes-off) capability. The technology will not only be available in the US: Ford promises a phased rollout to other markets along with the platform itself. The main question is how quickly regulators in different countries will agree on rules for driving without visual supervision.
The long-term effect is obvious: the mass adoption of autonomous systems can significantly reduce the number of road accidents caused by human error and make daily commutes more comfortable. The key is that accessibility does not come at the expense of safety, and data from millions of vehicles continue to work for the common good.
