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Honda CR-Z carbon-fiber prototype

When Honda rolled out the CR-Z a few years ago, it hoped to bridge the gap between those who would save the planet and those who would rather burn all of its resources in a glorious cloud of tire smoke. But enthusiasts recalling the CRX of 1980s vintage balked, imploring Honda to ditch the heavy battery packs and electric motors in favor of a lighter-weight, more conventional powertrain. At this point it seems less likely that Honda would do so at one end of the market than Porsche would ditch the hybrid component of its 918 Spyder at the other. But that doesn't mean Honda isn't still cooking up ways to curb the CR-Z's weight. And it had just one such idea waiting for us when we visited its Japanese R&D center at Tochigi last week.
Nestled in between the JDM hatchbacks, powertrain test mules and new technology prototypes Honda rolled out for us sat the experimental CR-Z you see here. While it may look mostly like the hybrid sport-hatch you can pick up at your local dealer (albeit blacked out), nearly all of this prototype's bodywork has been completely replaced, as have its basic underpinnings, with carbon-fiber reinforced plastic. The exotic material is usually reserved for high-end exotics, but like BMW is democratizing its use in the new i3, so too is Honda researching ways to implement the use of carbon fiber on a mass scale. This one-of-a-kind CR-Z prototype stands, for the time being, as the embodiment of that effort.
Driving Notes

Honda Civic Type R blitzes five iconic European circuits

European automakers habitually produce some of the best hot hatches. So it took the revival of a Japanese legend to beat them on their home turf when the Honda Civic Type R stole the front-drive lap record at the Nurburgring away from the likes of Renault and Seat. Volkswagen struck back and reclaimed the prize for Europe with the new Golf GTI Clubsport S, but rather than return to the Green Hell for another attempt, Honda took revenge on five other Grand Prix circuits across the continent. The campaign started in April at Silverstone, where three-time British Touring Car champ Matt Neal set a lap time of 2:44.45 in the wet, then returned once it was dry to beat his own time at 2:31.85. With the front-drive record at the home of the British Grand Prix now in hand, Honda moved on to Belgium, where factory driver Rob Huff tackled Spa-Francorchamps and its infamous Eau Rouge complex to set another lap record at 2:56.91. Then it was off to Monza, home of the Italian Grand Prix, where the Civic Type R – still mechanically unmodified and on road tires – set another record at 2:15.16 at the hands of World Touring Car Championship driver Norbert Michelisz. Former F1 driver Tiago Monteiro was supposed to tackle the Estoril next, until he was taken out of commission in a WTCC crash. So on short notice, the series' safety-car driver Bruno Correia stepped in and lapped the former home of the Portuguese Grand Prix in 2:04.08. The last record fell at the Hungaroring where Michelisz returned to the cockpit and set another front-drive lap record at 2:10.85 last week. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Honda Civic Type R sets new benchmarks at five legendary European race circuits - Honda announces new benchmark times set by Civic Type R at five legendary European circuits - Lap times achieved in standard production car with no mechanical modifications - Benchmarks set at Silverstone, Spa-Francorchamps, Monza, Estoril and Hungaroring - Stars of Honda's WTCC and BTCC squad pilot Type R throughout five circuit campaign Honda's 'race car for the road' Civic Type R has crisscrossed Europe in an effort to set new benchmarks for front wheel drive production cars at five legendary circuits across Europe.

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.