Jonathan Rauch on the Volt, Risk, and Corporate Culture

Episode Summary

Executive Summary: Russ Roberts and Jonathan Rauch examine GM’s ambitious Volt, a plug-in hybrid meant to let drivers avoid gasoline most days by using a battery for about 40 miles and a small onboard generator afterward. The discussion centers on GM’s history of failed innovation, the strategic logic of the Volt, and the organizational, financial, and regulatory risks of trying to reinvent itself in public.

Main Topics: What the Volt is and how it works (Priority: 5/5): Rauch explains the Volt as a plug-in electric car with about 40 miles of battery range, after which an onboard gasoline generator recharges the battery so the wheels remain electrically powered. GM’s battery challenge and engineering ambition (Priority: 5/5): The biggest technical obstacle is building a cheap, durable, safe lithium-ion battery and integrating it into a mass-market vehicle on a very tight timeline. Lessons from the EV1 and hybrid missteps (Priority: 5/5): GM’s earlier EV1 and aborted hybrid efforts showed technical promise but failed commercially and strategically, especially compared with Toyota’s Prius success. Corporate culture and public transparency as strategy (Priority: 4/5): GM is using the Volt to force internal change, publicly exposing its work rather than hiding it in a skunk works, hoping openness will rebuild credibility and discipline. Market, regulatory, and infrastructure risks (Priority: 4/5): The car’s success depends on gasoline prices, public concern about climate change, CAFE rules, and whether the electric grid and dealers can support widespread plug-ins. Competitive race among automakers and startups (Priority: 4/5): Toyota, Nissan, Tesla, and others are pursuing electric or plug-in vehicles, making the Volt part of a broader race to define the next generation of cars.

Key Arguments: The Volt is designed to solve the core electric-car problem: limited range, by giving drivers a battery-first car for most daily trips and a gasoline generator only when needed. GM chose the Volt because it needed a bold breakthrough to recover from financial weakness, brand damage, and strategic lag behind Toyota. The decision to target a 40-mile battery range was risky but intended to break the public’s mental link between cars and gasoline. GM’s past failures were less about engineering possibility than about commercialization, follow-through, and corporate culture. Toyota succeeded with the Prius by underpromising, iterating patiently, and sticking with the hybrid market long enough to dominate it. Openness about the Volt is itself part of the strategy: GM wants the public to see the difficulty and effort, not just the final product. The Volt’s business case depends on future battery cost reductions, sustained fuel prices, and regulatory treatment under mileage standards. Even if the technology works, GM must still solve manufacturing, dealer training, service, warranty, and infrastructure problems at scale.

Data Points: Volt battery range: 40 miles - The car is designed to run on battery power for most daily driving before switching to gasoline generation. Battery charging time: 6 to 8 hours - The battery can be recharged overnight from a standard electrical socket. Share of days with trips under 40 miles: 75% - Rauch says most days people drive less than 40 miles, so many owners may avoid gasoline altogether. Gasoline efficiency when generator is running: about 50 miles per gallon - The onboard engine is optimized to run a generator rather than drive the wheels directly. Original target launch: late 2010 - GM wanted the Volt in dealer showrooms by the end of 2010. Volt development start: 2005-2006 - The project emerged as GM searched for a major turnaround effort. EV1 range: 70 to 80 miles initially; up to 110 miles later - Rauch uses the EV1 to show that earlier electric-car efforts had limited range and poor market acceptance. EV1 market scale: thousands - GM lost money because EV1 production volumes were tiny. Prius launch in Japan: late 1990s - Toyota quietly launched the Prius before bringing it to the U.S. around 2000. GM employment peak in U.S.: 600,000 workers - Mentioned as GM’s peak U.S. employment in 1979. GM U.S. workforce today: around 100,000 workers - Used to illustrate GM’s reduced economic importance and scale. GM unionized workforce today: closer to 75,000 - Further evidence of GM’s shrinking U.S. footprint. CAFE standard change: from 25 mpg to 35 mpg - Roberts and Rauch discuss how stricter fuel-economy rules may help create a business case for the Volt. Volt project cost estimate: half a billion to a billion dollars - Rauch says GM is committing massive resources, though precise accounting is difficult.

Pivotal Quotes: "The Volt is a plug-in electric car, which aims to be the first mass market car that you can drive around most of the time without burning any gas at all." — Jonathan Rauch: Rauch’s core definition of the Volt early in the conversation. "GM has basically had to shred the rule book for car making." — Jonathan Rauch: He explains how unusual GM’s development process is for the Volt. "This is not a toy for rich people, this is going to be a car for one car families and we're going to sell these in the hundreds of thousands." — Jonathan Rauch: Describing GM’s commercial ambitions and mass-market positioning for the Volt.

Implications: The Volt represented a high-stakes bet that electric driving could become mainstream, but its real challenge was organizational discipline, not just technology. The conversation shows how innovation in legacy industries depends on culture, pricing, policy, and patience as much as engineering.