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Honda CR-V spot delights with 'impossible' illusions

Mind-blowing car commercials that employ optical illusions and jaw-clenching stunts instead of computer animation are becoming the norm these days, and everybody from Volvo Trucks to Forza Motorsport 5/McLaren are regular contributors to the growing trend. Honda joins the crowd in its latest European commercial for the CR-V 1.6 i-DTEC Diesel, and uses well-placed props and well-drawn imagery to trick viewers into seeing the "impossible."
The old-fashioned optical illusion is alive and well in Honda's "An Impossible, Made Possible" spot, so go ahead and watch it and the making-of video below.

Junkyard Gem: 1992 Acura Vigor

Honda was the first of the Japanese car manufacturers to bring a separate luxury brand to the United States, with the (Civic-derived) Integra and (Rover-related) Legend appearing as 1986 models. By the early 1990s, Infiniti and Lexus had muscled in with their own gadget-laden luxury machines, with even Mitsubishi and Mazda offering legitimate competition for the two Acura models. Something had to be done, in the viewpoint of Soichiro Honda, and so the NSX sports car was introduced as a 1991 model, followed by the Vigor luxury sedan the following year. Here's one of those rare first-year Vigors, found in a Denver self-service boneyard recently. The idea behind the Vigor (which, like the Integra, Legend and NSX, was badged as a Honda in its homeland) was that it would squeeze in between the Integra and the Legend and steal some sales from the Lexus ES 250 as well as European machinery. The Vigor was a front-wheel-drive car, but its engine was mounted longitudinally and angled to clear the hood. The differential sat directly beneath the engine and received power via a tortured maze of shafts. The reason for all this powertrain complexity was the fact that the Vigor's engine was a SOHC straight-five that wouldn't fit the engine compartment using Honda's usual transverse mounting (though both Daewoo and Volvo managed the feat with straight-six engines later on). The U.S.-market Vigor's 2.5-liter five-banger was rated at 176 horsepower and 170 pound-feet. The base transmission was a five-speed manual, but this car has the optional $750 four-speed automatic ($1,696 in 2024 dollars). This car is the cheaper Vigor LS model, so its MSRP was $24,999 ($56,539 after inflation). You could get a slightly smaller but still feature-laden '92 Honda Accord EX for just $20,175 ($45,629 now), though, and the cushier (though less nimble) Lexus ES 250 started at just $21,300 ($48,173 in today's money). American car shoppers just couldn't figure out the Vigor, and sales were weak. 1994 was the final year for the Vigor, and the TL replaced it beginning as a 1996 model. This one drove just over 160,000 miles during its life. Don't think of it as a drive to work. Think of it as a 30-minute vacation. If you get a German luxury sedan instead of a Vigor, you'll be sorry! I miss you… S. As was nearly always the case during the 1980s and 1990s, the JDM commercials were more fun.

Honda making hydrogen from solar power in UK

Honda is going to launch a hydrogen-powered production vehicle (its second, really) next year, but the all-important H2 infrastructure question hasn't been fully answered yet. One possible solution is being tested over in the United Kingdom, where Honda is turning solar energy and water into hydrogen at its Swindon plant. SHD Logistics says the plant is the UK's "first commercial-scale hydrogen production and refuelling facility powered by solar energy." Despite the presence of an FCX Clarity in some pictures from the ribbon cutting, it's unclear if the station will be able to fuel any passenger cars. SHD Logistics talks about sending the hydrogen from where it is generated on the Honda plant grounds into the plant using 300-meter underground pipes so that hydrogen forklifts can refuel as needed. Two hydrogen fuel cell trucks used by Briggs Equipment UK, Honda's partner in the station, will also refuel at the plant. Honda said earlier this year that it, along with partner GM, would work to reduce the costs of a hydrogen refueling infrastructure. Solar-powered hydrolysis – which is what the Swindon facility uses – doesn't sound cheap to us, but at least it reduces the overall environmental costs, compared to using electricity generated from fossil fuels.