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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.

Honda CR-V vs. Subaru Forester Cupholder Test | King of cups

When I got our long-term Subaru Forester back from the shop to fix a mysterious source of moisture, I also happened to have a Honda CR-V Hybrid taking up temporary residence in my driveway. After testing out my large son's car seat in each to these two right-sized vehicles, I moved on to the examine their capacity for the second-most-precious cargo they could carry: beverages.  I counted eight cupholders in each of these cars, which amounts to two per outboard passenger. Two front cupholders on the center console, one in each front door, one in each rear door, and two in the center armrest that folds down in each rear row. That's not Subaru Ascent levels of beverage storage (19 cupholders!), but it should be plenty to keep a family hydrated on a short-to-medium drive. Though these two appear to be equal in quantity, let's take a closer look and see if they're equal in quality, too. I brought along a Klean Kanteen bottle that's about the same size as most other brand of metal water bottles folks carry around, a big Corkcicle 24-ounce insulated tumbler, a standard 12-ounce soda can, and a skinny, 7.5-ounce soda can that's the same width as a lot of canned energy drinks. As a bonus, I — the man known to Twitter as "that one dude with the Nalgene bottle" — brought my trusty 32-ounce Nalgene to see if it fits anywhere. Let's start with the spots we use the most. I like the placement of the CR-V's front cupholders for their easy reach, but beverages block the wireless charging pad (only available on the Touring trim and as Riswick discovered, it has issues). In the Forester they're further back, out of the way of the center stack, but a somewhat awkward angle for retrieval. Now let's fill 'em up, starting with the Honda. As expected, there's plenty of room for the cans, but perhaps too much room. They both wobble around quite a bit in there. The bottle and cup fit much more securely, but the water bottle rattles around a bit in there. The Corkcicle cup is going nowhere. In the Forester, the little rubber doodads inside the cupholder do a much better job of holding even the smaller can in place. A perfect fit! As for the reusables, the Corkcicle cup is snug, while the bottle has a little bit of wiggle room, though not quite as much as in the CR-V. OK, let's try the front door pockets. In the CR-V, the cans are a bit loose, but the purple Klean Kanteen fits as though the pocket were designed for it. The mighty Corkcicle is too big to fit securely.

10 automakers shack up in Detroit hotel to talk Takata airbags

Since Takata has decided not to take the lead concerning potential issues with its airbag inflators, the automakers have. Perhaps that's unsurprising, since it's the automakers, not Takata, that will take a beating on the dealership floor if consumers decide its models are a health hazards. The Detroit News reports that Toyota, Honda, General Motors, Ford, Chrysler, Mazda, BMW, Nissan, Mitsubishi and Subaru met in a hotel conference room near the Detroit Metropolitan Airport last week to sort out a way to understand the technical issues involved. So far, faulty airbag inflators have been ruled the cause of five deaths and 50 injuries around the world, but neither Takata nor investigators understands exactly why the inflators are malfunctioning. The National Highway Traffic Safety Administration recently asked Takata to issue a national recall, Takata declined, citing a minuscule failure rate and the fact that it's still investigating the issue. Toyota and Honda then made an industry-wide appeal for "a coordinated, comprehensive testing program" that would pinpoint the problem inflators and get them replaced, and that's what the Detroit meeting was about. Numerous issues, however, will make this a long row to hoe: simply getting the parts to replace the nearly 20 million inflators in cars recalled around the world so far - even working with other suppliers - will take a years, but more importantly, no one knows if the replacement inflators currently being installed will suffer the same issue. Answers will hopefully come quickly with Takata, the ten automakers and NHTSA all independently investigating the problem.