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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.

Automakers donating money, vehicles and supplies to Oklahoma tornado relief effort

Judging by the destruction the Oklahoma City area experienced earlier this week, residents are going to need a lot of help in coming months. Fortunately, a number of automakers - including General Motors, Ford, Chrysler, Volkswagen, Honda and Toyota - have stepped up to donate money, supplies and vehicles to aid in the recovery and rebuilding processes.
Here's a quick rundown of which automakers have pitched in and what each contributed so far:
Ford Motor Company has donating $250,000 and a Transit Connect to the American Red Cross, and it will match all other donations made to the Red Cross (up to $250,000) using a special URL tied to the latter's website (link here). Additionally, its local Oklahoma dealers have thrown in an extra $150,000 for the United Way and the automaker will be offering an extra $500 toward the purchase of a new Ford vehicle.

Hydrogen deal between GM, Honda getting factory real

Honda and General Motors may take their cooperation on hydrogen fuel cell technology to the next level by opening a joint factory to produce the components. If the plan comes to fruition, the two automakers could open the plant by 2025 at the latest. "By cutting costs with General Motors, we hope to increase our FCV production capacity to help achieve the government's goal," and anonymous Honda official told The Asahi Shimbun. The Japanese newspaper didn't specify where the companies might build the factory, but the plant would allow the automakers to share the expensive costs of mass-producing fuel cells. Honda and GM would continue to independently develop the actual vehicles that would use these components. The automakers teamed up in 2013 to split the massive investment that's required to develop fuel cell components. Despite years of research focused on driving costs down, the amount of money required to build a hydrogen car can quickly add up for any company because of the expensive metals that the fuel cell stacks require, and there's the additional expense of creating technology in this still burgeoning field. By sharing common parts, Honda and GM can lower prices through economies of scale. Both automakers continue to move forward with hydrogen vehicles. For example, the Honda Clarity Fuel Cell (pictured above) launches in Japan this year, and it should help the country's goal to have as many FCVs on the road as possible in time for the 2020 Olympics in Tokyo. Meanwhile, GM has a fleet of fuel-cell test vehicles that has driven over 3 million miles.