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Honda gunning for world's longest Rose Parade float

Honda has participated in the annual Rose Parade for the past 53 years and returns this year as the presenting sponsor for the fourth time running. But it's not satisfied merely putting its name on the event; Honda intends to lead from the front with what promises to be the longest float in the parade's long history.
The float, previewed in the rendering above, will measure 274 feet long, as tall as 30 feet high, as wide as 18 feet and weighing a whopping 50 tons with 8,980 flowers covering its surface. The train will be led by a locomotive designed to mimic the Acura NSX, with Asimo at the wheel. The second car in the train showcases a Honda engine, followed by a robotic arm, and, for the first time in the parade's history, a pair of 30-foot LED monitors displaying images of spectators lining the parade route. A caboose inspired by the Honda Jet will pick up the rear.
Oh, and in case you're wondering just who Honda will be knocking off the record books with its 274-foot train of roses, that would be... also Honda. The Japanese company set the record in 2005 with a 207-foot float. Scope out the details in the press release below and click the image above to view in high resolution.

Honda returning to F1 as McLaren partner

Honda must really love Formula One racing, as evidenced by today's announcement that the Japanese automaker is returning to the world's most popular motorsport for the fifth time in its history. Honda has entered into a team partnership with McLaren to develop and manufacture power systems - the engine and energy recovery system - for the 2015 F1 season. McLaren will be in charge of chassis development and running the day-to-day operations of this newly formed team, which will be called McLaren Honda.
Honda says its decision to reenter F1 racing had to do with new regulations for the 2014 season that require cars to be powered by a 1.6-liter direct-injection turbocharged V6 engine paired with an energy recovery system. Apparently the chance to develop this particular powertrain for F1 racing was too enticing for Honda to pass up, which suggests it has bigger plans for the knowledge learned while developing these systems beyond just winning races.
As mentioned, this is Honda's fifth foray into F1 racing, the first being back in 1964 when it participated as its own team through 1968. Its longest stint came from 1983-1992 as an engine supplier, during which time it partnered with many teams, including McLaren, and won six Constructor Championships. Honda then returned from 2000-2005 as an engine supplier for British American Racing (BAR) before buying that team outright and running it as Honda Racing from 2006-2008. Then the global economic crisis hit. Honda's return to the sport will surely be welcomed by fans as its partnership with McLaren should produce a formidable team. It's a strong signal that the company has returned to health after a few tumultuous years, and hopefully its rediscovered motorsports mojo will help yield more passionately engineered street cars.

J.D. Power study sees new car dependability problems increase for first time since 1998

For the first time since 1998, J.D. Power and Associates says its data shows that the average number of problems per 100 cars has increased. The finding is the result of the firm's much-touted annual Vehicle Dependability Study, which charts incidents of problems in new vehicle purchases over three years from 41,000 respondents.
Looking at first-owner cars from the 2011 model year, the study found an average of 133 problems per 100 cars (PP100, for short), up 6 percent from 126 PP100 in last year's study, which covered 2010 model-year vehicles. Disturbingly, the bulk of the increase is being attributed to engine and transmission problems, with a 6 PP100 boost.
Interestingly, JDP notes that "the decline in quality is particularly acute for vehicles with four-cylinder engines, where problem levels increase by nearly 10 PP100." Its findings also noticed that large diesel engines also tended to be more problematic than most five- and six-cylinder engines.