General Motors applies in-house propulsion expertise to integrate motors, inverters and gearsets into compact electric drive units for efficient battery-electric vehicles.

Featuring NVIDIA Thor processors and high-speed Ethernet, the centralized architecture delivers 35x AI performance, faster updates, simplified wiring, and real-time control across all General Motors models.

Scanning 18 hours daily, the plant cuts defect checks by 50–70%, ensuring stronger parts and lower waste for over 500,000 lbs of aluminum cast daily.

Turbine-powered vehicles promised multi-fuel flexibility and futuristic design, but high emissions, poor efficiency, and production costs prevented commercial adoption despite decades of experimentation.

Thanks to software optimizations, the 3X Pickup with available 24-module battery rockets from 0–60 mph in just 2.8 seconds — cutting 0.2 seconds from the already blistering Watts to Freedom benchmark.

LMR battery cells offer enhanced capacity and by utilizing a greater proportion of cost-effective manganese compared to traditional battery cathodes that rely on more expensive materials like cobalt and nickel.

GM and NVIDIA collaborate to develop AI systems using NVIDIA platforms for optimized manufacturing, factory planning, and advanced driver-assistance with enhanced in-cabin safety experiences.