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2015 Pikes Peak Hill Climb: Practice Day 1

Based on what we learned from the first day of practice for the 2015 Pikes Peak International Hill Climb, the quickest race pace up the paved road to more than 14,000 feet above sea level may not be from internal combustion locomotion anymore. "If it all goes well, and the planets align, [under nine minutes] shouldn't be out of the question," said Paul Wilding, team manager for Nobuhiro "Monster" Tajima's Rimac Automobili Monster Sport E-Runner entry. Wilding added that if Tajima's car held up during the week it could finish first overall, which would be the first time an EV takes the overall crown at the hill climb. Last year, the gap between overall winner Romain Dumas' Norma M20 RD Limited and the fastest EV was just over two seconds. In the 2014 race, Tajima finished third in his class. "We think this car is the fastest way up now," said Wilding. "There's no affect from the altitude – this car is a monster, our driver is a monster." The practice, which isn't mandatory but is sanctioned by race officials, concluded Tuesday morning with a few surprises ahead of Sunday's race. Tajima will be racing for the fourth consecutive year in the all-electric modified division. Wilding said today's conditions weren't ideal and the race Sunday could be more challenging than initially expected. "It was a lot bumpier than we expected today," he said. "But today means nothing. It was all [reconnaissance]. Tomorrow means everything." The Honda ARX-04B LMP2 prototype brought to Pikes Peak had a difficult start to the week. Honda Racing spokesman Eric Mauck said the car struggled and didn't run in practice Tuesday. "We're looking for data and research more than anything else," Mauck said. "We're not going for Sebestain's record this year, we're just looking to gather information for years to come." Colorado-native, Honda driver, and Formula E racer Justin Wilson will pilot the LMP2 up the mountain Wednesday – assuming the car is ready. "He's obviously a guy that Honda thinks very highly of. Anytime we have an opportunity to put Justin behind the wheel of anything we want to," Mauck said. Honda driver Tetsuya Yamano, who is driving an all-electric Honda CR-Z in the exhibition class, echoed Mauck's assessment. "We're not making a racecar," Yamano said through an interpreter. "This is part of [research and development] and we're looking to get as much data back to engineers in Japan as possible ...

Honda reveals scrambler-style CBSix50 concept at EICMA

Honda brought some seriously cool concept motorcycles to this year's EICMA show in Milan, Italy, and two of the wildest were a pair called the CBSix50 and CB4. The company based both of them on the CB650F and its four-cylinder engine, according to Lanesplitter. However, the designers overhauled the styling to imagine one of them as a scrambler that could play a little in the dirt and the other as an urban-focused naked bike. The CBSix50 (pictured above) looks ready for any environment thanks to the chunky treads on the tires, guards on the handlebars, and a skid plate to keep the vital mechanical parts safe. The camouflaged body might blend into the city a little, but the bright red accents don't allow the rider to hide completely. Honda's designers craft the CB4 concept (pictured right) to be ready for the street. The bike's body wears a modern mix of white and black, but red accents on the calipers and suspension provide a pop of color. The front features a round headlight for a more classic style than the rectangular unit on the CBSix50. The cycle also gets more traditional road tires than its sibling, and the stubby exhaust provides an aggressive look. You can easily imagine this machine slicing through crowded traffic in cities all over the world. Check them both out in the gallery above. Related Video:

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.