‘I want to see red’: General Motors is teaching its engineers to fail fast and ‘speak fearlessly’ as they take the EV battery fight to China

GM is investing $900 million in battery development and betting on LMR cells, which it says could provide roughly one-third more energy density than leading LFP cells at comparable cost; commercial production with LG Energy Solution is targeted for 2028. The company reported $185 billion in 2025 revenue and $2.7 billion in net income, while generating about $10 billion in annual cash since 2021 and buying back roughly one-third of its shares since late 2023. The article focuses on GM’s organizational and technology overhaul, while noting $7.6 billion in EV-related charges last year and execution risk around LMR.

Analysis

The investable signal is execution capacity, not near-term EV demand. GM’s new battery and product-development processes could improve the economics of its full-size EVs, but the payoff is gated by LMR cell quality, yield, cost and commercial-scale ramp with LG Energy Solution. Until those are demonstrated, the facility and organizational change are options—not evidence of a margin inflection. A miss on the 2028 production path would leave GM exposed to the cost and range trade-offs it is trying to escape; reducing nickel and cobalt exposure also does not eliminate chemistry, processing or supply-chain risk.

Second-order upside: If GM converts simulation and shorter development cycles into reliable launches, the benefit could extend beyond EVs to refresh speed and driver-assistance features. But faster iteration in safety-critical systems can shift costs from development time to validation, recalls and reputational risk. The stated Super Cruise timeline is too distant to underwrite software revenue today. LG Energy Solution may gain process learning and a customer program if the ramp succeeds; that is conditional, not yet a demonstrated earnings driver.

Contrarian read: A compelling culture story may invite investors to capitalize a turnaround before measurable proof. Cash generation and buybacks provide a buffer, but do not validate LMR economics or insulate the business from weaker vehicle demand. The most relevant near-term evidence is not another leadership narrative; it is cell performance and yield data, EV contribution economics, and whether development-cycle compression appears in launches without quality deterioration. Relative advantage over Ford and Stellantis is plausible, but the article’s charge figures alone do not establish comparable forward exposure.

Key Decisions for Investors

• No immediate trade on the profile alone. Treat GM’s LMR program as a 6–18 month execution option; revisit as the cell plant approaches full operation and request independently verifiable yield, durability, cost-per-kWh and ramp milestones with LG Energy Solution.
• Watch GM quarterly disclosures for EV contribution economics, inventory/price discipline and guidance changes. Falsify the improving-execution thesis if the production timeline slips, cell-quality targets are missed, or EV losses widen despite reduced nickel/cobalt content.
• Avoid a headline-driven long GM versus short F or STLA. Consider that relative-value trade only after checking current valuation, EV mix, cash-flow outlook and comparable restructuring charges; the article does not establish that the apparent execution gap is underpriced.