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A replacement for the Lexus CT 200h is due to arrive in 2021

On the hunt for a reasonably priced gas-electric hybrid-powered compact, but want something a little nicer than the oddity that is the Toyota Prius? You probably remembered that Lexus made the CT 200h. That's made, as in the Prius platform mate was discontinued in 2017. But word on the street is that Lexus is working on a replacement, according to Autocar in the UK. The outlet spoke to Lexus Europe's head honcho, Pascal Ruch, at the Geneva Motor Show recently, who shed some light on the matter. According to the report, a new CT 200h is set to arrive sometime in 2021 and will be built on Toyota's latest TNGA (Toyota New Global Architecture) modular platform. TNGA these days underpins a majority of Toyota's current models, from the new Camry, to the new Corolla, the current Prius, and even the new RAV4 and Highlander. But what isn't so clear is whether the CT 200h will keep its hatchback body style. A few years ago, we even heard the CT 200h could be replaced by a hybrid crossover. But nothing's confirmed. The original CT 200h used Toyota's old "New MC Platform." When new at the time, it underpinned many models from the third-generation Toyota Prius and Prius V, to the last Scion tC, Scion xB, the outgoing Toyota Corolla, the previous Toyota RAV4, and many other JDM-specification Toyota models. The CT 200h also pretty much utilized the same 1.8-liter 2ZR-FXE inline-four and electric motor hybrid powertrain as the Prius. It also produced the same total 134 horsepower and 153 pound-feet of torque. Despite being discontinued in the U.S. two years ago, Lexus continued with the CT 200h in Europe, where it sold, but modestly. And despite not being too hot of a seller here stateside as well, Lexus is adamant about keeping it in the portfolio as the automaker continues to push for more fuel-efficient hybrid models. Over the long-term, Lexus plan hopes to boost its global market share of hybrids to 50%. "Europe has a great strategic importance for Lexus because it's seen as a leading region for technology and design," Ruch told Autocar in its interview. "Our hybrid sales are highest in Europe, China and Japan will electrify [internal combustion engines] and the wider U.S.

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."

Why is there a huge bulge in 2021 Lexus IS 300 AWD's driver footwell? We explain

After an initial turn a few weeks ago for the 2021 Lexus IS first drive review, the revised luxury sedan has returned to the Autoblog garage for a second look. This middle-of-the-road IS 300 AWD pairs a 260-horsepower V6 with a six-speed automatic transmission and four driven wheels, and frankly it's the least interesting way to spec out the redesigned sedan. While there are cars in this segment designed to get a performance boost from their all-wheel-drive systems even in dry conditions, the IS isn't one of them. Adding insult to injury, you get stuck with a cramped driver-side footwell care of the engineering shenanigans that went into making this system possible.  While we've mentioned this particular compromise before, we rarely touch on the reasons why it exists in the first place. The fundamentals are fairly obvious; the standard IS utilizes a longitudinal, rear-wheel-drive powertrain. As is typical with this configuration, the transmission sits in a tunnel beneath the center console. This arrangement works just fine, provided you don't need to power the front wheels.  To do so in a traditional car like the IS requires a literal end-around maneuver involving the engine and transmission, which we've diagrammed for you below care of MSPaint. This is a bit simplified for the sake of this write-up, and it should be noted that this is not the only way to implement AWD in an inherently RWD platform, but it illustrates how the power for the front axle (red) and rear axle (blue) flows from the transmission to the drive wheels. To get juice flowing to the front axle, Lexus had to add a parallel output shaft, exiting the transmission from the front with enough clearance for the bell housing and engine, which sits between the transmission and the front differential. This requires quite a bit of lateral reach, meaning the housing has to extend much farther out than usual to accommodate it (yellow arrow). As a result, the all-wheel-drive transmission looks a lot like a sci-fi gun with a chunky drum magazine hanging off the side of it. The hump (above right) in the footwell is there to clear this protrusion. This basic configuration isn't unique to Lexus. In fact, if you look at a BMW xDrive cutaway, it's similar. So, why no "hump" in other cars? There are multiple factors, but to boil it down to what is most relevant, it's a combination of the resulting shape of the Lexus transmission housing and the size of the IS chassis.