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DoJ fines Japanese parts firms $740M in massive automotive price-fixing scandal

Nine Japanese suppliers have pleaded guilty in US court over charges of price fixing in the automotive parts industry, resulting in the Department of Justice doling out a total of $740 million of fines, according to a report from Bloomberg. The scandal, which has resulted in General Motors, Ford, Toyota and Chrysler spending up to $5 billion on inflated parts and driving up prices on 25 million vehicles has sent the DoJ hustling into investigations. "The conduct this investigation uncovered involved more than a dozen separate conspiracies aimed at the U.S. economy," Attorney General Eric Holder (pictured above) said during yesterday's press conference.
As the investigation stands, the DoJ has issued $1.6 billion in fines against 20 companies and 21 individual executives, with 17 of the execs headed to prison. Deputy Assistant Attorney General Scott Hammond said, "The breadth of the conspiracies brought to light today are as egregious as they are pervasive. They involve more than a dozen separate conspiracies operating independently but all sharing in common that they targeted US automotive manufacturers."
Big-name suppliers indicted in the investigation include Mitsubishi Electric, Mitsubishi Heavy Industries, Hitachi Automotive and Mitsuba Corporation. A list of fines and other corporations named in the investigation is available at Bloomberg.

Stellantis announces ‘Circular Economy’ business to drive revenue, decarbonization

Stellantis has already announced its plans to reach net-zero carbon emissions by 2038. Today, the automaker has announced a new business unit to help it reach that goal while generating 2 billion euros per year in revenue by 2030. The “Circular Economy” business will help make revenue less dependent on finite, rare and ecologically problematic materials. The Circular Economy model features what Stellantis calls a “4R” strategy, comprising remanufacturing, repair, reuse and recycling. The goal is to make materials last as long as they can, reducing reliance on the acquisition of those precious new materials in the future by returning them to the business loop when theyÂ’ve reached the end of their first life. Through these processes, Stellantis says it can save up to 80% raw material and 50% energy compared to manufacturing a new part. Remanufacturing, or “reman” in Stellantis shorthand, means dismantling, cleaning and rebuilding parts to OEM spec. Nearly 12,000 remanufactured parts are available for customers to purchase. Some remanufacturing is done in-house, and some with partners and through joint ventures. Repair is pretty obvious — fixing parts to put back into vehicles. This also consists of reconditioning, to make a vehicle feel like new. Stellantis boasts 21 “e-repair” centers for repairing electric vehicle batteries.  Reuse refers to parts still in good condition from end-of-life vehicles sold as-is. Stellantis says it has 4.5 million multi-brand parts in inventory. These are sold in 155 countries through the B-Parts e-commerce platform. Reuse also refers second-life options, such as using batteries outside of automotive purposes. Recycling involves dismantling parts and scraps back into raw material form that is then looped back into the manufacturing process. Stellantis says it has collected 1 million parts for recycling in the past six months. Recycling doesnÂ’t get counted in that aforementioned 2 billion euros of revenue, but it does save the company money on acquisition of raw materials. As for batteries, specifically, Stellantis expects this recycling business to ramp up after 2030, when the packs currently in service begin to reach the end of their lifecycle. Stellantis will use its new “SUSTAINera” label to denote parts that are offered as part of its Circular Economy business.

Moon landing anniversary: How Detroit automakers won the space race

America's industrial might — automakers included — determined the outcome of the 20th centuryÂ’s biggest events. The “Arsenal of Democracy” won World War II, and then the Cold War. And our factories flew us to the moon. Apollo was a Cold War program. You can draw a direct line from Nazi V-2 rockets to ICBMs to the Saturn V. The space race was a proxy war — which beats a real war. It was a healthy outlet for technology and testosterone that would otherwise be used for darker purposes. (People protested, and still do, that money for space should go to problems here on Earth, but more likely the military-industrial complex would've just bought more bombs with it.) As long as we and the Soviet Union were launching rockets into space, we were not lobbing them at each other. JFKÂ’s challenge to “go to the moon in this decade and do the other things, not because they are easy, but because they are hard,” put American industry back on a war footing. We were galvanized to beat the Russians, to demonstrate technological dominance. (A lack of similar unifying purpose is why we havenÂ’t been to the moon since, or Mars.) NASA says more than 400,000 Americans, from scientists to seamstresses, toiled on the moon program, working for government or for 20,000 contractors. Antagonism was diverted into something inspirational. The Big Three automakers were some of the biggest companies in the moon program, which might surprise a lot of people today. Note to a new generation who marveled when SpaceX launched a Tesla Roadster out into the solar system: Sure, that was neat, but just know that Detroit beat Elon Musk to space by more than half a century. This high point in human history was brought to you by Ford ItÂ’s hard to imagine in this era of Sony-LG-Samsung, but Ford used to make TVs. And other consumer appliances. Or rather Philco, the radio, TV and transistor pioneer that Ford bought in 1961 — the year Gagarin and Alan Shepard flew in space. Ted Ryan, FordÂ’s archives and heritage brand manager, just wrote a Medium article on the central role Philco-Ford played in manned spaceflight. And nothingÂ’s more central than Mission Control in Houston, the famous console-filled room we all know from TV and movies. What we didn't know was, that was Ford. Ford built that. In 1953, Ryan notes, Philco invented a transistor that was key to the development of (what were then regarded as) high-speed computers, so naturally Philco became a contractor for NASA and the military.