2011 Lexus Is 350c Convertible on 2040-cars

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Lexus RC F is a predatory sport coupe with a 450-horsepower beating heart

Take a look at that face. We can't be the only ones who see an automotive Predator staring back, right? Certainly, the Lexus RC F Coupe boasts a visually striking design that some are going to love and others are going to hate, but we can at least appreciate that it's aggressive, especially compared to the standard RC Coupe that we saw at the Tokyo Motor Show. And with good reason - there's a 5.0-liter V8 engine sitting under that massively domed hood with "more than 450 horsepower," along with a newly calibrated eight-speed automatic gearbox.
Interestingly, Lexus has tuned the RC F's engine to run on an Atkinson cycle under most circumstances, while it switches to the more typical Otto cycle when more power is required, presumably using some sort of advanced variable valve timing technology. Helping put that power to the ground with all those ponies wreaking havoc underhood is a torque vectoring differential, a first from Lexus.
Also involved in keeping the RC F planted is an aero package that includes wings and ducts galore. The headline bit is an active rear wing that deploys at 50 miles per hour and retracts back into the deck when the car drops back to 25 mph. A clear-coated carbon fiber roof can optionally join that carbon rear wing. There are apparently going to be three 19-inch wheel options, including the ones you see in our live image gallery above.

Lexus Bladescan is another new headlight safety breakthrough U.S. won't get

Lexus is back at it with innovative lighting technology. The BladeScan headlights available in Europe on the 2020 RX utilize a new mechanism for throwing light further down the road, aiming that light more precisely, and doing so without blinding other road users. Lights from other OEMs with the same capabilities have increased the number of LEDs inside the housing for finer control. The BladeScan module inside the Lexus lights holds the number of LEDs down to 10 on each side of the RX, which Lexus says is a more cost-effective solution. In fact, BladeScan uses fewer LEDs than Lexus' most recent adaptive high-beam system, which has 24 LEDs on each side. The LEDs in the new module are arranged in two rows, eight on top, two on bottom. The diodes are fed information about objects ahead, and adjust their intensity to dim light aimed at an oncoming car, or illuminate a pedestrian by the roadside. However, the LEDs don't shine their light down the road, they shine their strobing light onto two blade-shaped mirrors — hence the name BladeScan — that rotate at high speed. The light reflects off the mirrored blades and into a lens, which orients the beam down the road. Not only is the reflected light easier to handle for oncoming drivers, the system has aim accurate to 0.7 degrees. Lexus' current adaptives are accurate to 1.7 degrees, making BladeScan a 143-percent improvement. That means the new feature can throw even more light into areas that are hard to reach with current lights — Lexus says pedestrian recognition at night has increased from 105 feet to 184 feet. Buyers of the 2020 RX will be able to take advantage when the new crossover goes on sale in Europe later this year. Naturally, U.S. Federal Motor Vehicle Safety Standard No. 108 means we won't get BladeScan — that goes for you, too, Canada. The now-52-year-old U.S. law mandates a single low beam and a single high beam setting, with no intermediate settings and no activation of high and low beams simultaneously. Toyota, Audi and BMW have been trying for six years to get FMVSS 108 changed to permit new and potentially lifesaving headlight technologies. The automaker wrote in a statement to Carscoops, "Last December, Lexus submitted a petition to NHTSA to allow ADB in the United States. Currently, we await the Agency's decision and hope to see an amendment in FMVSS 108."

2020 Lexus LC 500 Luggage Test | Hey, why not?

I will admit that I initially did this as a joke. A seemingly endless parade of SUVs had been passing through Autoblog Portland HQ, each of which was subjected to my luggage test. Then the 2020 Lexus LC 500 showed up resplendent in metallic Flare Yellow, a shade that attracted gazes like it was on fire. A couple stopped in front of my house and just chatted about it for a while. A little girl exclaimed, "Look, Mom, a fancy car! The yellow is so pretty!" Indeed, little girl, indeed. So really, I had the car, I had the luggage, I'd been doing the tests every week, so hey, what the hell? Turns out I was about to learn something. First thing's first: Open the trunk. It's a fobless process like nearly everything nowadays, but finding the button can be tricky. It's not adjacent to the license plate, rather, it's encased within the right taillight. Once found, you appreciate that it's both hidden and easily accessible.  Once open, there's 5.4 cubic feet of space in this V8-powered LC 500. The 500h hybrid has 4.7 cubes, which would be the same as a Porsche 911's frunk. However, when talking about such small volumes, the shape of the trunk counts for so much more than it would in trunks of larger numerical value. In fact, it can easily matter more than the cubic-foot total, as we're about to see. As a reminder, I use two midsize roller suitcases that would need to be checked in at the airport (26 inches long, 16 wide, 11 deep), two roll-aboard suitcases that just barely fit in the overhead (24L x 15W x 10D), and one smaller roll-aboard that fits easily (23L x 15W x 10D). I also include my wife's fancy overnight bag just to spruce things up a bit (21L x 12W x 12D).  Holy crap! That's the biggest bag and the biggest medium-sized bag. They fit easily and there's some room to spare for some odds and ends. I tried fitting that same big bag in my 1998 BMW Z3, which has a 5.0-cubic-foot trunk. That biggest bag doesn't come close to fitting, going to show the importance of trunk shape, which is particularly deep and wide in the LC, if fairly shallow. It could also fit two of the medium-sized bags and my wife's fancy bag. Quite frankly, this is exceptional for a two-door GT car like the Lexus LC. I started to wonder at this point how a Porsche 911's frunk would do. Thankfully, as it turns out, I did a variation of this test back in 2013 with the previous-generation 911. And to think I was impressed by that.