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Honda recalling 204k CR-V, Odyssey, Acura RDX models over rollaway risk

Honda has announced a recall over a possible rollaway risk that affects 204,169 crossover and minivan models. The specific vehicles in question are the 2012-13 Honda CR-V and Odyssey, as well as the 2013 Acura RDX.
According to the National Highway Traffic Safety Administration, "the brake-shift interlock blocking mechanism may become slow and allow the gear selector to be moved from the Park position without pressing the brake pedal." In other words, these vehicles could unintentionally roll away.
NHTSA states that this scenario may only happen during sub-freezing temperatures, but notes that this means the vehicles fail to conform with Federal Motor Vehicle Safety Standard 114: Theft Protection and Rollaway Prevention. Honda will notify owners of the problem, and dealerships will install an updated interlocking mechanism free of charge.

Honda and Acura recall 124,077 vehicles due to potential brake failure

Honda and Acura are recalling 124,077 total vehicles across numerous model lines due to a part in the brake system that was potentially improperly assembled, which could ultimately lead to brake failure. The models affected include the 2020-2021 Honda Civic, 2020-2023 Ridgeline, 2021-2023 Passport, 2021-2022 Pilot and the 2020 Acura MDX. As for the issue itself, Honda says the brake master cylinder “may have been improperly fastened to the brake booster assembly during production.” Specifically, the tie rod fastener is the problem point. Honda says that if it was improperly assembled, that could result in loose or missing tie rod nuts. If this is the case, when you hit the brakes, a bending load can be placed on the brake booster tie rod studs, which could in turn cause the tie rod studs to break. This then allows the brake master cylinder to separate from the brake booster, which Honda says could result in diminished or lost brake function. Honda says it received a report of brake failure on a 2021 Pilot last year, which prompted the companyÂ’s investigation. There are no crashes, injuries or deaths related to this issue, according to Honda, but it has received two related warranty claims since September 2022. Owner notifications are scheduled to begin on August 7 this year. Honda says it will inspect and replace any missing nuts, and if any brake booster assembly components are damaged, those will be replaced, too. Related video: Recalls Acura Honda Truck Crossover Hatchback SUV Sedan

Honda production knocked offline by ransomware cyberattack

Honda has suspended automobile and motorcycle production at several facilities around the globe due to a suspected ransomware cyberattack. According to reports in Japan, domestic production is back online and shipments are flowing out of its Japanese plants. Facilities in Ohio, where popular models like the Accord and CR-V are produced along with the Acura ILX, TSX and NSX, as well as those in Turkey, India and Brazil are reportedly still offline. "On Sunday, June 7, Honda experienced a disruption in its computer network that has caused a loss of connectivity, thus impacting our business operations," Honda said in a statement. "Our information technology team is working quickly to assess the situation." The suspected attack affected Honda’s production globally starting on Monday, forcing some plants to stop operations as the company needed to ensure that its quality control systems were not compromised. In addition, the automaker confirmed via Twitter that its Customer Service and Financial Services are currently unavailable. At this time Honda Customer Service and Honda Financial Services are experiencing technical difficulties and are unavailable. We are working to resolve the issue as quickly as possible. We apologize for the inconvenience and thank you for your patience and understanding. — Honda Automobile Customer Service (@HondaCustSvc) June 8, 2020 The Telegraph (subscription required) in the UK reports that Honda's servers were infected with the EKANS (that's snake spelled backwards) malware, which encrypts data until payment is made to the attackers, who then provide the decryption key. Related Video: