2004 Lexus Es330 Base Sedan 4-door 3.3l on 2040-cars

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BMW-Toyota partnership to spawn hybrid supercar

BMW and Toyota inked a partnership some time ago to develop green technology, and while we were excited by the idea of a reborn Supra with BMW's carbon fiber reinforced plastic slashing the curb weight or an ultra-efficient, hybridized 1 Series, the joint efforts have been rather limited. That's set to change, though, according to a report from Australia.
Motoring reports that the partners have come to terms on a sports car. And not just any sports car, but a lightweight, hybridized model, with a six-figure price tag. Lending a bit of street cred to that idea is the site's claim that Toyota is currently carrying out durability testing on the BMW i8. According to the site, the new model will slot into the spot left by the Lexus LFA, although based on the language used, it's unclear if this is the Tokyo-bound vehicle we mentioned several months ago.
Details on this potential car are limited, although Motoring claims it will use a Toyota hybrid system mated up to a BMW gas engine - likely the 4.4-liter, twin-turbo V8 found in the M5 and M6. That sounds pretty amazing to us, but we'd still advise taking this with a grain of salt. What would you like to see out of a joint-venture supercar from Toyota and BMW? Let us know in Comments, and have your say on the prospects of a hybridized, twin-turbocharged V8.

2019 Lexus ES is first mass-produced car to replace side mirrors with cameras

Concept cars have been trying to replace side mirrors with cameras for decades, and now Lexus is actually going to do it on a production car. There's one important caveat though: It's only for Japan. First implemented for the recently redesigned (and recently reviewed) 2019 Lexus ES, the side mirrors are being replaced with small, aerodynamic camera stalks. Those small cameras tucked into the stalks provide a constant video feed to five-inch screens placed at the base of the car's A-pillars. The biggest reason manufacturers are pushing this kind of tech is to improve aerodynamics. Swapping those side mirrors out for something much smaller creates less drag, and ultimately, better fuel economy. Lexus says there are a couple other advantages for going digital here too. For one, the camera modules are able to resist the accumulation of raindrops and snow due to their design. There's also less wind noise since the mirrors cut through the air so well. This will become even more important as silent electric cars trickle their way onto the market. The actual visibility is supposed to be better as well. Lexus says that the view is "enhanced" when you activate a turn signal, and helps provide better rearward vision when put into reverse — think Honda LaneWatch, but way cooler. We won't be seeing this futuristic-looking side mirror technology in the U.S. for some time, because it's still not legal here. The technology is legal to use in Europe, but Lexus says it'll only be offered in Japan for the time being. Audi, though, will be bringing its side camera mirror technology to Europe by the end of the year with the E-Tron. There's still no release date on the electric SUV, but it might be the first to market with the tech on that continent. Audi wants to bring side mirror camera technology to the U.S. in its E-Tron, but the regulations still need to be changed to allow that here - the E-Tron is expected to be for sale in the U.S. sometime in 2019. Buyers in Japan will be able to scoop a Lexus ES with the tech this October. Related Video:  

2020 Lexus RC F Track Edition First Drive Review | Not the hardcore machine we deserve

THERMAL, Calif. — It's been more than 10 years since Lexus launched its high-performance F models. Ten years. After a full decade you'd think Toyota's luxury division would have it figured out by now, but the 2020 Lexus RC F Track Edition isn't the hardcore machine we were hoping for. Maybe our expectations were too high. We saw its lackluster specs at the Detroit Auto Show in January, but you just never know until you get behind the wheel. And while there's a lot to like here — this is the most powerful and track-capable Lexus since the LFA supercar was launched in 2011 — it's quickly apparent that Lexus' engineers were held back from making the RC F Track Edition what they wanted to make. The RC F Track Edition uses the same naturally aspirated 5.0-liter V8 (2UR-GSE) that powered the IS F sedan in 2008 and the standard RC F since 2015. It's the engine Lexus also uses in the LC 500 coupe and the GS F sedan. The company's strict warrantability standards mean this engine is limited to 500 hp, said Yuuichi Tsurumoto, the chief engineer on the RC F Track Edition and the man responsible for all Lexus F models. So supercharging the engine was out of the question. Increasing the V8's displacement to 5.5-liters or more was explored, but then the RC F Track Edition would have been subject to a gas guzzler tax, and that too was deemed unacceptable. The frustration in Tsurumoto's voice was clear. And while the 5.0-liter's output has been increased slightly for 2020, up to 472 horsepower (+5) at 7,100 rpm and 395 pound-feet of torque (+6) at 4,800 rpm, the RC F Track Edition doesn't get any more power than the standard RC F. Both versions of the coupe also continue to use an Aisin-supplied eight-speed automatic, which is essentially unchanged. Lexus is only going to build "around 400" RC F Track Editions, and it will import just 50 into the United States. That's all. Just 50 cars. And they're going to cost $97,675 including a $1,025 destination fee. Who cares about a gas guzzler tax on such an extreme limited run of a $100,000 factory hot rod? In the age of 797-hp Redeyes and 640-hp Cadillacs, the 472-hp RC F Track Edition may not sound like it would be quick, but it is. With its new launch control and shorter 3.13:1 rear-end ratio, Lexus says it can sprint to 60 mph in 3.97 seconds. That's just a tenth or two off the performance of the LFA. Unfortunately, it's also only two tenths quicker than the standard RC F, which Lexus says now hits 60 mph in 4.2 seconds.