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Toyota to suspend 18 assembly lines as production restarts post-quake

TOKYO - Japanese manufacturers began restarting production at plants in the country's quake-hit northeast, but Toyota Motor Corp said it plans to idle 18 assembly lines for a few days next week due to a shortage of parts from suppliers. It had suspended operations at three factories due to the quake and sees lost production of 20,000 units due to the stoppages. Toyota has already cut its global production target due to the ongoing chip shortage. The suspension will cut heavily into Toyota's domestic production. Impacted product lines include the Toyota RAV4, Land Cruiser, Harrier and Yaris and virtually every Lexus. Toyota did not say whether these shutdowns could extend to U.S.-based production lines, but the possibility exists if they receive parts from the same suppliers.  On one hand, the limited damage caused by the magnitude 7.4 temblor has highlighted Japan's success in building resilience against the frequent tremors that shake the archipelago. But the quake has sparked concerns of further disruptions to a pandemic-hit supply chain for precision components vital to electronics and autos production and in which Japanese manufacturers play a leading role. Murata Manufacturing Co Ltd, the top global supplier of ceramic capacitors used in smartphones and cars, said it restarted production on Friday at two stopped plants with the remaining two idled plants to restart next week. A fire that broke out at a factory which produces chip inductors caused some damage to equipment. Renesas Electronics Corp, which makes nearly a third of the microcontroller chips used in cars globally, said it has restarted production after stopping it at two factories with a partial stop at a third. All three factories, including the Naka factory where fire broke out last year, are expected to return to pre-quake capacity by Wednesday, Renesas said. Power has mostly been restored across the northeast, which suffered Japan's biggest earthquake 11 years ago. Areas of Tokyo lost power for nearly three hours after the latest quake, in which three people died and 183 were injured. The blackout has forced the disposal of some COVID-19 vaccines held in cool storage, the Yomiuri newspaper reported. Tech conglomerate Sony Group Corp is in the process of gradually restarting production at three factories in the quake-hit area, a spokesperson said.

Toyota bringing updated Avensis to Geneva

The upper end of Toyota's sedan lineup in America may be all about the Camry and Avalon, but that's not the case everywhere in the world. Back home in Japan, Toyota offers the Crown and the Mark X. But in Europe, it all comes down to the Avensis. And the Japanese automaker is about to roll out an updated version at the upcoming Geneva Motor Show. The Avensis, for those unfamiliar, is Toyota's challenger to the likes of the Ford Mondeo (which we know as the Fusion) and the Volkswagen Passat, available in both sedan and wagon forms. It was first introduced in 1997 and is currently in its third iteration, but what you see here is not the fourth-generation model but an update on the MkIII that hit the European market in 2009. Full details on the refreshed model have yet to be disclosed, but the new Avensis clearly benefits from revised styling – carried out at the company's design studio in the South of France, with production to continue at the Burnaston plant in the UK. Expect a revised interior, updated equipment and a new engine range to also be part of the mix when the new Avensis is revealed in full early next month in Switzerland. TOYOTA TO REVEAL NEW AVENSIS AT THE GENEVA MOTOR SHOW Toyota will reveal the new Avensis at the Geneva motor show (3 – 15 March), the latest development of its contender in the European mid-size (D-segment) car market. New Avensis has been styled at Toyota's ED2 design studio in the South of France and developed by the company's R&D centre in Brussels. It will be built by Toyota Manufacturing UK at the Burnaston car plant, near Derby. The new model will deliver innovations in comfort and safety and will feature a new range of engines that promise both performance and efficiency. Avensis has been designed to appeal to fleet and private customers alike. Toyota will present new Avensis and host a press conference on its stand at the Geneva motor show at 12:15 on 3 March. Featured Gallery 2016 Toyota Avensis News Source: Toyota Geneva Motor Show Toyota Wagon Sedan 2015 Geneva Motor Show toyota avensis

The tumultuous history of the diesel engine

Volkswagen, diesel's most enthusiastic patron, deceived everyone about the amount of emissions its cars were putting out. We have covered this latest massive automotive scandal in great detail, and there are surely more fascinating revelations to come. It turns out that this is just the latest episode in the epic story of the controversy and intrigue surrounding the diesel engine, and its inventor. This is the story of the tumultuous birth and interesting evolution of the compression-ignition engine at the center of the VW scandal. Napoleon III Got Rudolf Diesel Deported Rudolf Diesel was born in Paris in 1858. His Bavarian parents had settled in France where his father, Theodor, was a leather goods manufacturer. When the French Parliament declared war on Prussia, kicking off the Franco-Prussian war, the Diesels fled to London. When he was 12, Rudolf went to live with his aunt and uncle in the Bavarian university town of Augsburg. It was his parents' hometown, and importantly, it's where Rudolf began studying at the Royal County Trade School. His time in Augsburg, graduating at the top of his class from trade school that laid the groundwork for all that was to come. Diesel Nearly Blew Himself Up An early career in refrigeration saw Diesel running R&D in Berlin for Linde, a company started by refrigeration pioneer Carl Von Linde, one of Diesel's professors. His ambition to branch out beyond refrigeration, and his deep understanding of thermodynamics, led to efficiency experiments with steam engines. Diesel was trying to create an engine that didn't waste heat from the combustion process, therefore getting the most work out of the fuel. Instead, he was nearly killed when an experimental ammonia vapor steam engine exploded. Recovery took many months, and during some of that time, he was no doubt planning his next experimental engine, based on the theoretical Carnot cycle. His Engine Was An Attempt To Stick It To The Man Steam engines were expensive to run and wasteful. Diesel thought the efficiency of his design would be a way for the small business to compete with the dominant industrial giants. It was, and it did, but big business is equally passionate about chasing efficiency. Diesel engines quickly proliferated in industries both grand and cottage. Rudolf Didn't Really Invent The Diesel As We Know It Instead, he improved an existing one to a significant degree. The Diesel engine could be considered an evolution of the "hot-bulb" engine.