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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 working on 'power exporter' to go with fuel-cell vehicle

The bad news, as we've previously reported, is that Honda's first production hydrogen fuel-cell vehicle won't debut until 2016, a bit later than expected. The good news is that the automaker may produce a device that will let that FCV's motor power up other devices as well. So it's a tradeoff of sorts. The company is producing what it calls the Power Exporter Concept. Put simply, it's a device that can connects to the fuel-cell vehicle and produce AC power (the picture makes it look fairly small, but dimensions weren't disclosed). The device has a maximum output of 9 kilowatts. Honda isn't saying much else about the device, which was announced along with further details of the company's upcoming fuel-cell concept vehicle. Still, it's heady yet not terribly surprising stuff from a company that's long been a big player on the portable power generator industry. Honda recently said its first production fuel-cell vehicle would see the light of day in early 2016 instead of 2015. The futuristic-looking vehicle will have a power output of about 130 horsepower and will be able to have its hydrogen tank filled up in less than five minutes. Take a look at Honda's press release below. Honda Unveils All-New FCV CONCEPT Fuel-Cell Vehicle - Striving to Realize a CO2-free Society by Combining FCV with an external power feeding device and Smart Hydrogen Station - TOKYO, Japan, November 17, 2014 - Honda Motor Co., Ltd. today unveiled, for the first time in the world, the Honda FCV CONCEPT, a concept car for an all-new fuel-cell vehicle (FCV), and the Honda Power Exporter CONCEPT, a concept model for an external power feeding device that enables AC power output from the FCV with maximum output of 9 kW*1. The all-new FCV that will be based on this concept model is scheduled to go on sale in Japan by the end of March, 2016 and subsequently in the U.S. and Europe. In addition to the FCV and external power feeding device, Honda will further promote the application of the Smart Hydrogen Station (SHS), a packaged hydrogen station unit that adopts Honda's original high-differential-pressure electrolyzer. In this way, Honda will work toward the forthcoming hydrogen society under three key concepts – "generate," "use" and "get connected" – and strive for the early realization of a CO2-free society.

New Honda smart cruise control predicts other motorists' future idiocy

It's not quite "Open the pod bay doors, Hal," but we're getting there: Honda is offering a predictive cruise control system on the Exectuve Grade Honda CR-V in Europe starting this year. Advancing the capabilities of the present adaptive cruise control, the Intelligent Adaptive Cruise Control (i-ACC) will be able to foresee and automatically react to other vehicles cutting in ahead of you up to five seconds ahead of it happening. A research team developed the system after studying European driving patterns for years. The i-ACC keeps track of surrounding cars with a camera and radar, "evaluating relations between multiple vehicles" and running the data through an algorithm to figure out who's going to do what. If it detects another car about to move into your lane, the CR-V brakes softly and a dash light illuminates to let the driver know what's about to happen, then it brakes a little more firmly to keep the proper distance after the other car moves in. Honda says it works in the UK and on The Continent because it knows which side of the road you're driving on. That means it could work here, but our guess is that it will take a while for that happen, our driving patterns being a little more erratic - and that's putting it kindly - than those of our Euro brethren. There's a press release below with more information. Honda to Introduce World's First Predictive Safety Cruise Control System 08.01.2015 - Honda is to introduce the world's first predictive cruise control system known as Intelligent Adaptive Cruise Control (i-ACC), capable of foreseeing and automatically reacting to other vehicles 'cutting-in' to the equipped vehicle's lane. Based on extensive real-world research of typical European driving styles, Honda's Intelligent Adaptive Cruise Control (i-ACC) uses a camera and radar to sense the position of other vehicles on the road. It then applies an algorithm to predict the likelihood of vehicles in neighbouring lanes cutting-in by evaluating relations between multiple vehicles, enabling the equipped vehicle to react quickly, safely and comfortably. i-ACC will make its debut this year on the new European CR-V*, building upon the traditional Adaptive Cruise Control (ACC) system. Traditional ACC systems keep a preselected longitudinal velocity, which is only reduced for maintaining a safe distance to a car in front. However, if a vehicle cuts-in from a neighboring lane, the traditional ACC system reacts later thus requiring stronger braking.