2014 Honda Cr-v Ex-l on 2040-cars

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2015 Honda CR-V

Predicting the future direction of Honda's compact CR-V would have been difficult based on the Civic-derived model that first arrived on our shores for the 1997 model year. The newcomer, selling alongside the body-on-frame Passport (a hastily rebadged Isuzu Rodeo), was a cute compact crossover with four doors and an awkward curb-side hinged tailgate thanks to its Japanese home-market design. The five-passenger CUV offered generous interior room, but its wheezy 2.0-liter four-cylinder, with an output of just 126 horsepower and 133 pound-feet of torque, required 11.7 seconds to bring the 3,153-pound vehicle to 60 miles per hour. Rear drum brakes didn't help much in the stopping department, but Honda offered safety-minded consumers optional anti-lock brakes on the premium trim.
Nearly two decades after its introduction, the CR-V has matured in spectacular manner. The refreshed 2015 Honda CR-V, now in its fourth generation, is dimensionally within two inches of its ancestor in overall length and nearly identical in height and wheelbase. That consistency of dimension is impressive in this age of size and segment creep, and it stands as a testament to how 'right' Honda engineers got the model's original packaging. Of course, the CR-V hasn't stood still - nearly everything else about the best-selling compact CUV has improved in leaps and bounds.
But Honda is not the only player in this hotly contested segment today, so the automaker has taken the unusual step of updating its fourth-generation model just a few years after its introduction in an effort to keep it seated on the podium. To learn more about the automaker's improvements, and form our own impressions, we spent a day driving the CR-V in sunny Southern California.

McLaren MP4-X concept shows innovation won't die in F1's future [w/video]

Despite things like turbocharging and kinetic-energy recovery, today's Formula One cars look more or less like the ones that lapped the world's race tracks 20 years ago. Sure, they're much more aero intensive, but the basic look is the same. McLaren, which probably had some serious free time this season considering its misfortunes, has imagined a futuristic F1 car that adopts many innovative and somewhat controversial additions. It's called the McLaren MP4-X, and the most obvious change is the closed cockpit. The death of Jules Bianchi, the accidents involving Maria De Villota and Felipe Massa, and even the death of Ayrton Senna could have all potentially been avoided by adopting a strong closed-cockpit design, like the one advocated here by McLaren. It's also worth pointing out that this design is a boon for aerodynamics. Inside that cockpit, drivers would enjoy an augmented reality display system, sort of like that used by F-35 Lightning II fighter pilots. There'd also be an independent head-up display that McLaren claims could be used to transmit info about race position and flag status. So basically, the kind of data you'd get playing Forza Motorsport or Gran Turismo. Speaking of safety, the MP4-X's entire chassis, beyond the closed roof, would be far safer thanks to the use of "negative-stiffness material structures." Essentially, these materials can soak up the force of an impact and then bounce, for lack of a better term, back into shape. And if you're thinking like we are, this sounds like McLaren wants 900-horsepower bumper cars. Of course, 900 hp is speculation on our end. McLaren is deliberately vague on the powertrain of this concept. Advanced hybrid powertrains aren't surprising, although the team's mention of inductive, wireless charging on tracks sounds like the stuff of Formula E's dreams. In a move that McLaren says "tears up the rulebook," the MP4-X would see a return of ground effects. The underbody would feature enormous venturi tunnels to suck the car to the track. Alongside active aerodynamics that tweak the its shape for turns and straights, this concept McLaren would be both more slippery and offer more downforce than today's cars. There's a lot more on the MP4-X concept than we can talk about here, so head over to McLaren Honda's official website for all the nitty gritty details on this car's advanced systems, including solar cells, advanced tire sensors, and even virtual logos. It all sounds very, very cool.

2016 Honda Pilot to pack 280 hp, new Intelligent Traction Management system

Honda has released a spate of details on the all-new, third-generation Pilot, building on the information that was distributed way back at the car's 2015 Chicago Auto Show debut. Included in this latest release are power figures for the 3.5-liter Earth Dreams V6, a breakdown of trim levels and details on the new Intelligent Traction Management system. Let's start with that V6, which makes the Pilot the latest vehicle to be fitted with Honda's Earth Dreams technology. Regardless of whether it's mated to the standard six-speed automatic or the optional nine-speed gearbox, the 3.5-liter mill produces 280 horsepower and 260 pound-feet of torque. That's 30 more hp and 7 more lb-ft than the current model. While Honda isn't quite ready to release fuel economy figures, we have high hopes for the V6/9AT combo. The other big announcement coming today regards Honda's new Intelligent Traction Management system. The technology functions a lot like Land Rover's Terrain Response, Jeep's Selec-Terrain and Ford's Terrain Management System, providing owners with a number of condition-specific presets for the throttle response, shift mapping and stability control to maximize performance on the selected terrain. What makes the Honda system different, though, is that it's not limited to all-wheel-drive models. That said, the front-drive model is neutered to a degree, with its ITM only offering a Snow mode, compared to the all-wheel-drive Pilot's Mud, Sand and Snow settings. Still, considering the big Honda's role as a family hauler, a dedicated setting for driving in the snow will likely be welcomed by family types, especially in northern climates. Speaking of that AWD model, it uses a new system, called i-VTM4 (short for Intelligent Variable Torque Management for all Four Wheels). If you dig past the marketing speak, though, you'll find this system has a lot in common with the Acura Super Handling All-Wheel Drive system, in that it transfers torque not only between the front and rear axles, but laterally between the rear wheels. We reached out to Honda to see what, if any, differences there are to the system, but they didn't get back to by press time. Check out the official press release from Honda, available below.