2007 Lexus Es350 Base Sedan 4-door 3.5l Low Miles on 2040-cars

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2016 Lexus RC 200t Quick Spin

Cars like the BMW 4 Series, Cadillac ATS coupe, and Audi A5 exist not as volume cars, but as aspirational products designed to draw in the young and the young at heart. The humble four-cylinder turbo, offered in each car listed above, provides an accessible point of entry for lifestyle buyers that want the statement of a sporty coupe without the eagerness, fuel inefficiency, or cost of a big six-cylinder engine. Now, Lexus is throwing its hat in the ring with a turbocharged version of its polarizing RC coupe. We took the new RC 200t out for a day on the winding roads of the Pines to Palms Highway near Palm Springs, CA, and found that while Lexus' new engine will draw new customers, they probably won't like what they find. Driving Notes The RC joins the IS, GS, and NX as members of Lexus' four-cylinder turbo clan. There's 241 horsepower and 258 pound-feet of torque on offer here, numbers that compare favorably with the BMW 428i (240 hp and 260 lb-ft) and Audi A5 (220 hp and 258 lb-ft). None of that matters, though, because the turbocharged RC is easily the slowest car in its class. You'll struggle to keep pace with stuff like the Hyundai Veloster Turbo. The RC 200t somehow takes 7.3 seconds to get to 60 miles per hour. That's a second slower than the A5, and over half a second slower than the 4 Series or Cadillac ATS. You can't drive a car that looks as wild as this and take that long to get to 60. Blame it on the RC's 3,737-pound weight. Lexus only saved 11 pounds by switching out a 3.5-liter V6 for the 2.0-liter turbo. The BMW and Cadillac both weigh well under 3,500 pounds. Even the RC's four-door fraternal twin, the IS 200t, is 150 pounds lighter (and only takes 6.9 seconds to get to 60). The RC needs a diet, plain and simple. If Lexus truly wants to compete against the Germans and Cadillac, a snappier transmission is in order. Like the GS we talked about yesterday, the Aisin eight-speed is fine on upshifts – it's still not as fast as the 4 Series' ZF eight-speed auto – but it suffers when it's time to change down. Around town, it's less of a problem, but on the twisty mountain roads outside of Palm Springs and on the freeways, the RC's gearbox kept tripping over itself. We'd love to see what the 2.0-liter turbo engine could do in a lighter car, because it's a real charmer. The broad 1,650-to-4,400-rpm torque peak gives drivers a lot of space to play, although the RC does feel flat-footed as you crest 5,000 rpm.

Next Lexus RX previewed with JDM Toyota Harrier?

Japanese site CarWatch has revealed images of the next-generation Toyota Harrier, known to US and European buyers as the Lexus RX. The new model features a considerably more aggressive fascia in keeping with some of the latest Lexus design trends, while the back features a pair of wide, wraparound taillights.
The profile features a revised greenhouse, with a rather complex rear window treatment, while a subtle character line connects the front and rear taillights. According to the badging, the model shown features a hybrid powertrain, although there's little information on which engine is being used. We'd wager it's an evolution of the same 3.5-liter V6 hybrid found in the current RX450h.
This early look doesn't have a great deal of other info, and there are no images of the interior. We're not yet clear on how closely the North American RX will adhere to the Harrier seen here, but historically the two models have been quite close. That said, we'd expect a more prominent 'spindle' grille on the Lexus version than the baleen strainer on the vehicle shown here.

Lexus builds an actual hoverboard [w/video]

Sometimes a story comes along that your heart desperately wants to be true, but every brain cell is screaming that something is amiss. For one of the best examples of this in recent memory, take a good look at the Lexus Hoverboard. Despite seeming like pure science fiction, the company vehemently claims this vision of the future isn't a joke or a hoax. It all seems so hard to believe, though. Like us, your first question is probably how this thing works if it is real. Unfortunately, Lexus is being very cagey with the details at this time. The Hoverboard allegedly runs on "magnetic levitation with liquid nitrogen-cooled superconductors and permanent magnets." That's all we know for the moment, but the Japanese automaker claims to be working with "experts in super-conductive technology." While not the first functioning hoverboard, this one can apparently work on concrete, based on the teaser video. The company's spokespeople aren't giving away any of the tricks, either. "It is indeed real. We have worked with companies to make this happen, and there will be more demonstration of this later this summer," Nik Pearson, Press Relations Manager for Toyota and Lexus in the UK, said to Autoblog. "The technology mentioned in the release is accurate." According to Lexus, the Hoverboard prototype is being tested in Barcelona. So any readers in the Spanish city should keep an eye out for someone floating by. Get any Back to the Future 2 dreams out of your head right now, though. The company is clear that this thing isn't going on sale. Pearson also reiterated that point to Autoblog: "Don't expect it in showrooms any time soon." The teaser video below shows off more of the board but still raises a lot of questions. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. LEXUS CREATES ADVANCED HOVERBOARD Design and technology collaboration achieves creative breakthrough for new Lexus Amazing in Motion project A Lexus has always been a vehicle that rides on wheels, in contact with the ground. Until now. This summer a new Lexus takes flight, bringing the stuff of science fiction closer to real world fact. Lexus has worked with experts in super-conductive technology to create one of the most advanced Hoverboards the world has seen. The concept is the fourth project in its Amazing in Motion campaign, demonstrating its commitment to pursuing new possibilities in advanced design and technology.