“Then in 2028, we expect to launch our breakthrough LMR battery chemistry.”

In context

“ions while we reduce prototyping for a 20% savings in material and tooling costs. AI machine learning and robotics are also driving safety, quality, and speed in our manufacturing plants so we can get great products and technologies into the hands of customers faster. For example, a cross-functional team developed a predictive weld quality model that has enabled us to deliver even more consistent welds and tighter control. Directly improving cost and quality. We are also deploying robotic systems alongside humans to make their jobs safer and easier to perform. For example, a robot can pick up an exhaust system and position it so a single operator can complete the installation without strain. Our robotics and AI work will converge at 2,500 robot and cobots controlled by GM Design Software. Then in 2028, we expect to launch our breakthrough LMR battery chemistry. LMR will help us reduce cell and pack costs by several thousand dollars. Also in 2028, we expect to launch our second-generation software-defined vehicle architecture for ICE vehicles and EVs. It will unite every major system from propulsion to infotainment and safety. On a single high-speed compute core. The performance upgrade includes 10 times more OTA capacity and a thousand times more bandwidth, allowing our vehicles to get better smarter, and deliver more value to our customers over time. It's also an enabler for our eyes-off, hands-off driving technology. This technology and our new software architecture will both launch on the Cadillac Escalade I in 2028. With our Super Cruise experience, the expertise we brought in-house from Cruise, and our learnings from millions of miles of fu”