Tesla has broadened the reach of its Full Self-Driving (FSD) version 12.5 to include vehicles equipped with the Hardware 3.0 (HW3) sensors and cameras. This expansion follows an initial release to newer Model Y cars that carried the Hardware 4 suite, also known as AI4.
The transition to make the FSD 12.5 compatible with HW3 vehicles at times seemed uncertain due to the considerable optimization efforts needed. However, Tesla has successfully addressed these challenges, and the software update 2024.26.15 is now rolling out, delivering the FSD v12.5.1.4 code branch specifically tailored for HW3 Teslas. This update is notably distinct from the FSD v12.5.1.3 version available for the HW4 fleet.
The significance of the FSD 12.5 version is its unifying nature, combining city and highway driving software into a cohesive system. It also introduces enhanced turn intelligence and promises a seamless, nag-free driving experience—meaning fewer interruptions for drivers, even if they’re wearing sunglasses. This level of autonomy and convenience was previously unpresented in Tesla’s earlier FSD versions.
An especially exciting aspect of the FSD 12.5 update is the potential for its application in markets outside the United States. The update is on track for evaluation and possible approval for use in Europe and China later in the year. Additionally, this groundbreaking update is set to be integrated into the highly anticipated Tesla Cybertruck, which comes with the advanced HW4 sensor suite. The prospect of comparing the FSD performance between the Cybertruck and older HW3 vehicles is intriguing for enthusiasts and industry watchers alike.
The integration of this update is a positive development for the substantial number of Tesla owners with HW3-equipped vehicles, who are moving up from the FSD v12.3.6. With the advancements promised by FSD 12.5, the experience of driving a Tesla is expected to become even more intuitive and satisfying, reaffirming the company’s commitment to innovation and customer satisfaction in the realm of autonomous driving technology.
