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1997 Acura Integra Type R auctioned for $63,800

The Acura Integra, also known as the Honda Integra, was a front-wheel-drive sport compact car that neatly slotted between the Honda Civic and the Honda Accord. The Integra's sportiness wasn't just in its design, as there were a number of quite powerful engine choices for it, and some handling improvements. The mid-to-late-1990s second-generation car was available as the nearly-200-horsepower Type R version, which made a lasting impression no matter if you were an Acura customer, a Honda customer, a British motoring journalist putting the car through its paces in Wales or a PlayStation Gran Turismo gamer driving a virtual Integra at a fictional race track. The bug-eyed, sharply detailed Integra Type R, complete with a strengthened chassis, lightened spec, white wheels and a sizable rear wing, was an instant classic, and two decades later their values are definitely on the rise. No wonder, as they've been called the best-handling front-wheel-drive cars made, and there's some strong competition for that title. However, while the Integra Type R was sold new in limited numbers (just 320 units for the U.S. market in 1997), it wasn't envisioned just how much they could be worth in 2018. The past weekend, a certain high point was reached, as a 1,200-mile, Championship White, Acura-badged example was sold at a Barrett-Jackson auction for an eye-watering $63,800 with fees included. That is roughly double what the car cost new, no matter how new-condition it is. Perhaps the $60K+ sale price for the Type R was foreboded by a particular Florida-based car selling for $40,750 in late June, on Bring a Trailer. That car wasn't even in as-new condition, as it had already accumulated almost 60,000 miles. While these prices might reflect in the values of other used Integra Type R cars and even the more regular-issue, 170-horsepower Integra GS-R models, it might turn out be a blessing for the existing examples not ravaged by road salt or modding in usual Honda fashion, or stolen and parted out: As the values for Type R's keep climbing, it provides even more of an incentive for Type R owners to keep their cars in good or excellent shape. We're just hoping for a sweet spot there, so that the Integras won't all be mollycoddled and cocooned for fear of depreciation — these cars need to be used, out on the road with the VTEC singing, nearing 8,500 rpm. That's what they were designed for.

Why Toyota's fuel cell play is one big green gamble

Imagine going to the ballet on Saturday evening for an 8 pm performance. The orchestra begins warming up shortly before the show, but it turns out the star performer isn't ready at the appointed time. The orchestra keeps playing, doing its best to keep the audience engaged and, most importantly, in the building. It keeps this up until the star finally shows and is ready to dance ... which turns out to be ten years later. That's a Samuel Beckett play. It's also how many observers, analysts, alt-fuel fans and alt-fuel intenders feel about the arrival of hydrogen fuel cell vehicles (FCVs) – the few of them who are still in the building, that is. Toyota's hydrogen development timeline rivals that of the US space program. In fact, within the halls of Toyota alone, research on FCVs has been going on for nearly 22 years, meaning that one company's development timeline for FCVs rivals that of the US space program – it was 1945 when Werner von Braun's team began re-assembling Germany's World War II V2 rockets and figuring out how to launch them into space and it wasn't until 1969 when a man set landing gear down on that sunlit lunar quarry. The development of the atom bomb only took half as long, and that's if we go all the way back to when Leo Szilard patented the mere idea of it, in 1934. Carmakers didn't give up on hydrogen in spite of the public having given up on carmakers ever making something of it, so there was a good chance that hydrogen criers announcing the mass-market adoption of periodic chart element number two one would eventually be right. Now is that time. And Toyota, not alone in researching FCVs but arguably having done the most to keep FCVs in the news, isn't even going to be first to market. That honor will go to Hyundai, surprising just about everyone at the LA Auto Show with news of a hydrogen fuel cell Tucson going on sale in the spring. The other bit of thunder stolen: while Toyota's talking about trying to get the price of its offering down to something between $50,000 and $100,000, Hyundai is pitching its date with the future at a lease price of $499 per month ($250 more than the lease price of a conventional Tucson), free hydrogen and maintenance, and availability at Enterprise Rent-A-Car if you just want to try it out. We've seen and driven Toyota's offering and we all know its success doesn't depend on cross-shopping, showroom dealing and lease sweeteners.

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.