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A closer look at the motorcycle El Chapo used to escape prison

Joaquin Archivaldo Guzman Loera, better known by his nickname, El Chapo, stands five-feet, five-inches tall. This defining trait – his nickname, not coincidentally, can be translated as "Shorty" in Spanish – is an important detail in his escape, as the tunnel that stretched a mile underground that led the drug kingpin to safety measures just one inch taller than Guzman's height. Clearly, this was a well-planned and executed escape. The tunnel that was custom-sized to perfectly fit El Chapo started at an abandoned building in the middle of an empty field and ended in a tight shaft that led to the shower stall in Guzman's jail cell. In between those start- and finish-points was an impressively dug-out hole in the Earth, complete with ventilation shafts, wiring for electricity and lights, and rails on the bottom to serve as tracks for a custom-built motorcycle that El Chapo apparently rode to freedom. There are specific traits that could be useful in figuring out what kind of motorcycle we're looking at. All of these facts are well-known to anyone who's been following the story of how the most notorious criminal in Mexico could escape from a maximum-security prison in broad daylight. Especially considering that this event marks the second time since 2001 that Guzman has arranged his own prison break. There's one detail, though, that has caught our attention. A close look at the images released by Mexican authorities shows us a motorcycle that's been heavily modified specifically to work underground. We can't be certain, based on the grainy shots and limited viewing angles of the pictures we have access to, but there are some specific traits that could be useful in figuring out what kind of motorcycle we're looking at. For starters, there's the engine. It's a single-cylinder, air-cooled powerplant, canted slightly forward. The exhaust exits on the right side of the bike, when looking from above, and there's a short chain guard on the opposite side. Granted, that doesn't narrow it down all that much. A look at the shape of the fins on the cylinder and the shape of the head, though, makes us think this may be one of Honda's ubiquitous CG-series of engines. A quick look at the bike's frame shows a single downtube, dual shocks and a steel-tube swingarm. That means it's probably not of particularly recent vintage, but we can't really pinpoint exactly what model it may be.

Honda ready for 'late 2016' arrival of Clarity Fuel Cell in US

Two years ago at the LA Auto Show, Honda showed off the first concept for what we now know is the Clarity fuel cell vehicle. At the time, Honda said it would arrive at some point in 2015. Since then, Honda has said simply that the Clarity would arrive some time after the March 2016 on-sale date in Japan and even gave itself an out in case the debut slipped to the first half of 2017. Yesterday, at a preview event at the Honda Advanced Design Studio in downtown LA, Honda narrowed that down a bit more to, "late 2016." Honda representatives said this was all still in line with internal targets for the US launch of the car. They already know when the car will arrive here, but are not yet able to say, since things like crash tests and other homologation issues could still change the timeline. The company is happy to see the expansion in the number of hydrogen refueling stations in California and is working a number of dealers in the Los Angeles and San Francisco Bay Area to get them ready to sell the Clarity. Everything that has happened since the company officially set its internal fuel cell clock has been going to plan, Honda representatives told AutoblogGreen. Hydrogen fuel cell vehicles from Hyundai and Toyota are available now, while those from other automakers (like BMW and Nissan) may arrive in or after 2020. Honda still won't confirm, on the record, that an all-electric model will be the third vehicle to use the platform that the Clarity and the upcoming plug-in hybrid (due in 2018) use, as we suspect. But, during a casual discussion about Honda happenings, I heard one executive say that he's busy working on the follow-up "products" that will use the platform, so this remains something to keep in mind. We recently got the chance to drive the Clarity in Japan, which you can read about here.

Toyota Camry to go turbo

As automakers strive to meet regulations, turbocharging is rapidly becoming the norm whether looking at pickups, sports cars or family sedans. However, Toyota remains a stalwart to the changing tide, and for the time being a trip into one of the brand's dealers shows nary a hint of forced induction – probably not for long, though. With models like the Lexus NX 200t and forthcoming IS 200t pointing the way, a big shift is afoot for one of the Japanese automaker's most popular products. Obviously, Toyota is no stranger to forced induction for performance applications like the turbocharged models of the Supra and MR2 in the '90s. But rather than reducing lap times, the latest application is more about improving emissions and fuel economy. According to Automotive News, the Camry is getting a 2.0-liter turbo four-cylinder in the near future as a replacement for its V6 engine option. The 3.5-liter six currently in the venerable sedan already makes 268 horsepower and 248 pound-feet of torque, versus 235 hp and 258 lb-ft in the NX 200t or 241 hp and 258 lb-ft in the IS from the new four. The base four-cylinder also might receive some upgrades. It could grow larger and run on the Atkinson cycle to find improvements, according to Automotive News. There might be a move towards CVTs, as well. Toyota is hardly alone in the shift towards forced induction. Honda is known to have a 1.5-liter turbo mill on the way for the next-gen Civic. In addition, that engine might find its way into the Accord and CR-V as well, according to Automotive News. Among the major Japanese automakers, only Nissan is taking a more measured approach towards forced induction in mainstream models. Rather than going all-in on turbos, the company is expected to shift more of its engines to direct injection to go after fuel economy gains.