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Honda, Top Gear working on 130-mph lawn mower

We're not even sure they've got a blade of Kentucky Bluegrass to cut, but the folks at Top Gear have gone ahead and started building what will become, if they're successful, the world's fastest lawn mower. Actually, it appears Top Gear is not doing much of the design and assembly work at all, instead having solicited help from experts at Honda and Team Dynamics, which oversees the automaker's touring car efforts.
What the three are working on is a riding lawnmower with a 110-hp engine that can reach 60 miles per hour in four seconds and trim turf at speeds up to 130 mph. If they succeed, such a maximum velocity would put them well ahead of the current record for the world's fastest lawnmower, which is 96.529 mph set by Bobby Cleveland and his Snapper race mower at the Bonneville Salt Flats in September of 2010. Top Gear hasn't said whether or not it will officially go after Cleveland's record, but the build will be featured in an upcoming issue of the Top Gear magazine and is scheduled to be completed by June 17, so we may learn what this maniacal mower's true purpose is then.
According to TG's report on how the build is going, as well as the video of it being fired up (literally) for the first time below, there aren't many actual mower parts left on this machine. What started out as a Honda HF2620 mower now sports wheels and tires from a racing quad, a back axle from a go-kart, a steering rack from a Morris Minor and a 1000cc engine from a Honda VTR1000F sport bike. All that remains from the original mower are the pedals and body panels; even the steel cutting deck has been replaced with a lighter fiberglass version. And blades? This mower will be bladeless, instead using two electric motors to spin lengths of brake cable like a weed whacker.

Honda invests $470 million for new transmission plant in Mexico

Honda has announced that it has made an initial investment of $470 million to build a brand new transmission plant in Ceyala, Mexico. For those keeping track, this is the same city that will also house Honda's new automobile manufacturing facility, which will begin production of the Fit compact beginning in the spring of 2014.
This new transmission plant is expected to come online in the second half of 2015, with an annual production capacity of 350,000 units, though that number is expected to double in the years following the plant's opening. With a 700,000-unit production capacity, Honda says a full 1,500 new associates will be hired at the Mexican plant.
Honda will specifically use this new transmission plant for the production of CVTs for automobiles built in Mexico, as well as for cars produced in facilities around the world. It stands to reason, then, that since the next-generation Honda Fit will be built right around the corner from these new CVTs, the small hatchback - which is expected to grow into a full family of vehicles - could be fitted with continuously variable units in the future.

Honda planning a second Vezel for developing markets

The new Honda Vezel was designed as a global product. Unveiled at the Tokyo Motor Show in November, the compact crossover is already going on sale in Japan, will soon reach Europe and will eventually hit the North American market as well - albeit with a different name and engine lineup. But it won't be sold everywhere.
According to Autocar India, the Vezel was originally earmarked to reach the emerging market on the subcontinent, but the declining value of the rupee has apparently forced Honda to rethink its strategy. Instead, the Japanese automaker is now expected to develop a second compact crossover - one more cost-effective to produce locally - for sale in India and other, nearby developing markets.
The new model would be based on the Brio, a hatchback that's smaller than the Fit (on which the Vezel is based) and built in India, Thailand and Indonesia. Honda has already enlarged the Brio's platform to create the Amaze sedan and Mobilio minivan. Building a crossover on the same platform would reportedly require some re-engineering - particularly around the wheel wells - but would apparently still be more cost-effective than importing the Vezel.