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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.

Honda Ridgeline sorta takes class victory on Baja race debut

The Ridgeline Baja Race Truck was unveiled at SEMA earlier this month to serve not only as Honda's new off-road racing platform, but also as a preview for the upcoming second-generation pickup. Technically, it scored a class victory on its race debut in the SCORE Baja 1000. To be fair, it was also the only vehicle in that class. Though clearly a purpose-built racer, not a modified from showroom stock truck, the Baja truck features bodywork patterned after the forthcoming production model – especially at the front end. It also uses the same block, cylinder heads, and crankshaft as the 3.5-liter V6 that powers the current Ridgeline and will power the upcoming one. In race trim, it's been twin-turbocharged up to 550 horsepower. Honda Performance Development and Proctor Racing Group entered the custom-built Ridgeline in Class 2 (for forced-induction engines up to 3.6 liters) at the Baja 1000 this past weekend. Driving duties were shared by Honda spokesman Sage Marie and experienced off-road racers Jeff Proctor and Jason LaFortune. They completed the 821-mile loop to and from Ensenada, Mexico, in 25 hours, 9 minutes, and 47 seconds. That's about ten hours behind the Ford F-150 trophy truck and the Honda CRF450X that won outright, but that's beside the point. It's impressive enough that the truck finished on its debut in such a grueling race under such punishing conditions, even if it didn't have any competition. Honda Ridgeline Baja Race Truck Conquers Baja 1000 Nov 22, 2015 - ENSENADA, Mexico - Off-road racing truck debuts with Class 2 victory - Completes desert endurance event in first attempt - Racing machine previews second-generation Honda Ridgeline Developed by Honda as a preview to the introduction of the new, second-generation Honda Ridgeline, the driving trio of Jeff Proctor, Sage Marie and Jason LaFortune piloted their Ridgeline Baja Race Truck to the Class 2 victory in this weekend's 48th running of the SCORE Baja 1000. Built jointly by Honda Performance Development, the North American motorsports arm of American Honda, and the Proctor Racing Group, the tube-frame Unlimited Class 2 off-road Ridgeline Baja Race Truck made its competition debut at the brutal Baja event, which this year consisted of an 821-mile loop that started and finished in Ensenada, Mexico.

This P-51 Mustang replica flies with a Honda Odyssey engine

The legendary WWII P-51 Mustang fighter ranks right up there with hot dogs, baseball, and apple pie. So sought after is the original Mustang that one of the 200 or so airworthy P-51s left will run you at least $1.5 million. That's why there's a thriving replica market with three-quarter-scale aircraft like this Titan T-51D Mustang. It looks every bit the part until you crack open the cowling and find not a howling Rolls-Royce Merlin V12, but the V6 from the Honda Odyssey minivan. To be precise, the Titan T-51 uses Honda's J35A6 60-degree SOHC V6. It's one version of the ubiquitous J-series engine, found in the Odyssey minivan as well as the Honda Pilot. Other variations of the Ohio-built powerplant pull duty in the Accord and several Acura models. But why a Honda V6? Titan Aircraft president John Williams says the company began production of the T-51 with a Rotax 912F four-cylinder boxer engine, but its 100-horsepower output wasn't cutting it for customers. They wanted "more power and more noise." So the search began for a lightweight, easily-packaged V6, leading first to a Suzuki 2.5-liter with 160 hp. "Our guys still wanted more power, so the next choice was either going to be a Chevy V8 or a Honda V6. The Honda is a little bit lighter and from a V6 standpoint, it's a brute. In the Honda Pilot or the Odyssey, it's rated from 240 to 250 horsepower," Williams explains. Converting the V6 to an airworthy powerplant requires minor modifications, such as swapping the stock engine control unit (ECU) for an aftermarket one. Car-specific parameters for things like anti-knock sensing and rev limiters simply don't work well in the air. "You don't want your timing retarded when you're trying to clear a tree," Williams chuckles. With a hotter Acura camshaft and exhaust modifications, the naturally aspirated Honda engine makes about 300 hp in the T-51D, Williams says. The V6 mates to a custom gearbox designed to yield a 2-to-1 reduction for the propeller. Rather than the original Mustang's crankcase oil, the Titan's nosecase uses automotive gear oil. And while the engine can obviously use regular unleaded from any gas station, it runs well on the 100-octane low-lead aviation fuel commonly found at airports. The T-51 is a kit airplane that buyers can build themselves for less than $100,000. And like most kit manufacturers, Titan offers a builder-assistance program to help with assembly.