No Reserve! 45 Mpg! Clean Carfax! Inspected! Runs Great! Gas-electric 4d Sdn Fwd on 2040-cars

Auto blog

Meet the Kanjozoku, Osaka's infamous street racers

Street racing is obviously illegal and incredibly dangerous, but that has never stopped people from doing it. While we don't hear nearly as much about the scourge of Japanese tuner cars as when The Fast and the Furious first hit theaters over a decade ago, illegal street racing is still bubbling under the surface all over the island nation. An excellent new documentary short from Bowls Films takes a look at the Kanjozoku from Osaka, Japan; a group that claims to be partially responsible for the tuning style known as JDM.
The group gets their name from their preferred route known as the Kanjo. It's a 4.77-mile long loop of connected highways running right through the city of Osaka. You might expect a hardcore group of illegal Japanese racers to show up with highly tuned Nissan GT-R and Toyota Supra coupes, but the Kanjozoku evidently eschew all of the others in favor of one particular car that they love: the Honda Civic.
According to the video, that vehicle of choice came in part from the city's location. Osaka was relatively near the one-make Civic races held at Japan's legendary Suzuka racetrack. The hatchbacks thus became the default weapons for the Kanjozoku's street battles.

McLaren-Honda drops the bling for stealth F1 livery

Watch a Formula One grand prix and you can instantly tell which are the McLarens, visible as they are from a mile away with their reflective chrome livery. But that's all about to change as the British team has dropped the chrome in favor of the more subdued livery you see here. Unveiled in time for this weekend's Spanish Grand Prix, the new McLaren livery replaces the bling with a gray so dark that it borders on black. The red accents remain, albeit in a revised pattern. The new livery promises to be less reflective at sunset and flood-lit night races especially, while providing more of a visual break from the Mercedes era now that the team is powered once again by Honda. McLaren first adopted the silver and black livery in 1997 after Marlboro (with its white and red livery) left for Ferrari and the West tobacco brand was brought in instead. The team parted company with West after the ban on tobacco advertising in sports was instituted in Europe in 2005, inserted some red into the livery and replaced the flat silver with chrome. This weekend's race will mark the first time in a decade, then, that McLaren will be racing without the chrome. Featured Gallery 2015 McLaren-Honda MP4-30: Gray Livery News Source: McLaren via Facebook Motorsports Honda McLaren Racing Vehicles F1 livery mclaren-honda

Honda recalling 183k cars and crossovers over unintended braking issue

A recall has been issued for nearly 183,000 Honda and Acura brand vehicles from the 2005 and 2006 model years. The problem stems from a potential malfunctions to the vehicles' stability control and braking systems.
Drivers have reported a malfunction to Honda's Vehicle Stability Assist system, though to date, no crashes or injuries have been reported as a result of it. Some of the vehicles' Vehicle Stability Assist (VSA) control units may have an electric capacitor that was damaged during manufacture. A damaged control unit could cause the VSA system to apply brake force for a "fraction of a second" without any driver input, or could add additional brake force if it malfunctions while the driver is already braking. Either example could increase the risk of a crash.
To fix the issue, Honda will install a new electrical sub-harness, free of charge to the owner. The recall specifies 101,000 Honda Pilot (pictured), 60,000 Acura MDX and 21,000 Acura RL vehicles from the 2005 model year will be affected. An additional 800 MDX crossovers from the 2006 model year are also included in the recall. In addition, 51,000 of the affected 2005 Pilots will be inspected to be sure that a ground bolt for the VSA system is properly tight. Should this bolt come lose, similar unexpected brake activation may occur.