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Bosch builds an infotainment system that just might not suck

As far as we've come with in-car infotainment and interfaces over the past decade or so, we still have a long way to go — as most current systems show. Whether it's high-end brands like Mercedes-Benz with its kludgy COMAND system, which we hope will be replaced with the MBUX platform revealed at CES, or more mainstream vehicles like Hondas (with their frustrating, knobless Display Audio interface), getting the kind of content and ease of use in the car that we're used to having on other connected devices is far too complex and sometimes costly. While Apple and Google have tried to ride to the rescue with CarPlay and Android Auto, respectively, they're limited solutions. No automaker or tech supplier has been able to deliver an easy, economical, flexible and non-distracting infotainment solution. But Bosch could be closing in on this elusive goal, given the digital cockpit concept demo I recently received at CES. Displayed in a Cadillac Escalade, the concept featured five interconnected color screens: one in the instrument cluster, two in the center console, and two more in the front-seat headrest for second-row passengers. The digital cockpit concept demo had cool features such as haptic-feedback touch-screen controls that created an edge-like feeling similar to a physical button, facial recognition to confirm driver credentials, and the intelligence to know the location of a phone in the car to lock it out to keep the driver from texting. The most significant aspect of the Bosch digital cockpit concept wasn't visible — but shows the company's vision for a future of seamless, convenient, cost-effective and safe in-car infotainment. It's powered by a single electronic control unit (ECU) that can simultaneously run multiple operating systems and also separates vehicle and infotainment controls for critical safety and cybersecurity reasons. Most modern cars can have as many as 100 separate ECUs, Philip Ventimiglia, product manager for Bosch Car Multimedia North America, explained at CES, and several just for infotainment functions. "The goal is to reduce that to about 10 so that we can save cost throughout the vehicle and enable new technologies," he added. "OEMs want to put more technology into cars, but it costs money," Ventimiglia said.

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

On sale in Japan, Honda won't bring $31k Odyssey Hybrid to US

Japanese minivan customers have been spoiled for choice when it comes to gas-electric versions of their favorite family haulers. Toyota, for example, started selling the Estima - the world's first hybrid minivan – in 2001, and it also offers the Aphard hybrids. Starting tomorrow, buyers will be able to buy the new Odyssey Hybrid minivan from Honda for a not-unreasonable price. US buyers? We're not so lucky. That's because the Japanese Odyssey and the version sold in the US don't share much except the name. That means that the only company bold enough to put a hybrid powertrain – and a plug-in version at that – into a US-bound minivan is FCA, which just introduced us to the Pacifica Hybrid. So, we'll have to just pine for what's available over in Japan. There, the new Odyssey Hybrid comes with an updated dual-motor Sport Hybrid i-MMD powertrain that uses a 2.0-liter and no transmission. It is offered in two versions (standard and 'Absolute') and a total of six trim levels. The hybrid Odyssey starts at the equivalent of $31,235 US and tops out at $34,725, which is a level that Honda says is, "affordably-priced." Related Video: Honda to Begin Sales of Refreshed Odyssey and Odyssey Absolute -- Hybrid model will be newly added to the Odyssey lineup TOKYO, Japan, February 4, 2016 - Honda Motor Co., Ltd. will begin sales of an affordably-priced hybrid version as well as the newly refreshed gasoline-powered version of the Honda Odyssey and Odyssey Absolute premium minivans on Friday, February 5, 2016 at dealerships across Japan. A new addition to the Odyssey lineup, the hybrid version realizes both excellent fuel economy and high-quality driving in the Odyssey and Odyssey Absolute which have been well-received for their spacious cabin, stately styling and exhilarating yet stable driving experience. The newly-added Odyssey Hybrid and Odyssey Hybrid Absolute are the first Honda premium minivan models equipped with the revolutionary Honda-developed powertrain Sport Hybrid i-MMD*1 and realize class-topping*2 fuel economy of 26.0 km/L (JC08 mode)*3. In the thorough pursuit of system efficiency, Honda developed a new motor that features an innovative winding method and structure. This newly-developed motor is approximately 23% smaller and lighter than the previous version and yet realizes high torque and high output.