2001 Honda Accord Ex Sedan 4-door 3.0l on 2040-cars

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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 slaps Legend name on JDM Acura RLX

It's been eighteen years since we last saw the Legend nameplate in Acura showrooms here in the US, but in Japan it's still very much alive as Honda's flagship sedan. And now the Japanese automaker has revealed the latest generation.
Set to go on sale across Japan on January 22 - 30 years since the nameplate was introduced - the new Honda Legend is essentially the same model we already know in the States as the new Acura RLX. Only by "essentially," we mean exactly. It is the RLX, only with Honda badges instead of Acura ones. The manufacturer hasn't even changed the grille or the wheels.
Although the RLX is being offered Stateside in two forms, the new JDM Honda Legend will only come in one form, equivalent to our Sport Hybrid, with Super Handling All-Wheel Drive and a hybrid powertrain pairing a 3.5-liter V6 to a seven-speed dual clutch transmission with integrated electric motor. For the privilege of owning the most luxurious car Honda makes, Japanese customers will have to pony up ¥6,800,000 - which about adds up to $59,950 we'd pay for an RLX Sport Hybrid.

2015 Honda CR-V performs poorly in Swedish AWD test [w/video]

Swedish auto magazine Teknikens Värld has never been afraid to call out automakers when a vehicle fails one of its battery of examinations. Its famous Moose Test recently caught the Porsche Macan out, and a few years ago, there was a protracted argument between Teknikens Värld and Jeep over the performance of a Grand Cherokee in that evaluation.
This time, the 2015 Honda CR-V is raising the magazine's hackles, but it has nothing to do with avoiding a giant mammal. Snow is obviously an issue in Sweden, and Teknikens Värld has a test that challenges all-wheel drive systems in low-traction settings. On a slanted surface, the Swedes put the vehicles' front wheels on rollers with no traction and demands the rears accelerate away. The Honda couldn't do it. Teknikens Värld claims that it initially found the same result last year from the European CR-V, but Honda Sweden put out a software upgrade correcting the behavior in the test. This year, the CUV went back to failing.
While that's the magazine's side, Honda Sweden doesn't see the test as fair. In a statement to Teknikens Värld, the company explains the way the CUV's all-wheel drive system works. It also claims that the test isn't simulating a realistic situation. "In real conditions, regardless of the surface, there is a certain amount of friction always available for both front and rear wheels," the announcement says. "A scenario like the roll test with such a high difference in grip between the front and the rear wheels is highly unlikely."