2023 Acura TLX Type S PMC Edition: Handbuilt Is Back

With Acura's NSX supercar being sunsetted this year after the final run of Type S variants is built, the Performance Manufacturing Center (PMC) where it is assembled by hand is going to need purpose. Well, a different purpose, at least—and Acura's been trying to give it some over the past few years with its normal-looking-on-the-outside, secretly hand-built batches of PMC Editions of its mainstream models. These mostly ordinary Acura models are usually gifted some special paint—a lustrous red on the 2020 TLX PMC Edition, a blazing orange on the 2021 RDX PMC Edition, etc.—and carry the distinction of being hand-built in the same factory as the NSX supercar, by the same technicians, even. The newest addition to this PMC family? The latest-generation TLX sedan.As mentioned, there has been a TLX PMC Edition previously, but that was based on the previous-generation TLX. This 2023 Acura TLX PMC Edition blends not only the newest TLX with the PMC treatment, but also the TLX in its spicier 355-hp Type S form, which also gets Acura's torque-vectoring Super Handling All-Wheel Drive. This sport sedan with a name of many characters will, ironically, be limited in number, though Acura hasn't outlined yet what that number will be. (Past PMCs were built in numbered runs, with each model wearing a plaque inside with its unique figure; there is a similar plaque pictured on the new '23 TLX, but it only shows "001," not how many that number is out of.) It is, of course, built by hand at Acura's PMC in Ohio, and for an added dash of fancy, each car will be delivered in a covered, single-car transporter to its delivery dealership in order to keep the paint free from blemishes.In no small part because this TLX PMC Edition is based on the already saucy looking Type S version of Acura's midsize sedan, it is an altogether more serious-looking machine than the old one. Acura steps up the visuals with copper-colored 21-inch wheels, carbon-fiber rear spoiler and diffuser pieces, and Berlina Black (a classic Honda color) roof and door mirrors. Three colors will be available, and (go, America!), they're Curva Red (with a black interior), 130R White (red interior), and Long Beach Blue (with a white interior)—perfectly timed for a certain celebratory weekend in the U.S.A. All three colors are borrowed from the NSX, too.Other enhancements on the PMC include Pirelli P-Zero summer tires, carbon fiber interior trim, backlit "Type S" door sill plates, and blacked-out badges. The result is a TLX Type S that is subtly different, but in a hard-to-place way if you just saw one on the street.Of course, the delicious, even subtler aspect of these PMC cars has long been their hand assembly, which is just plain unusual for cars not priced in the stratosphere. Like with past PMC Editions, we anticipate the TLX Type S version won't break the bank, costing a few thousand bucks more than a regular one. Again, imagine someone paying just a little more for, say, a hand-built Ford F-150 or Honda Civic. It's both weird and kind of, secretly, maybe cool. We'll know final pricing and, likely, how limited production will be when the order books open for the TLX Type S PMC Edition later this year.

porsche taycan Full OverviewLeave it to Porsche. Going into our 2022 SUV of the Year competition, no vehicle had more pre-shade thrown its way than the Taycan 4 Cross Turismo. We've enjoyed a mixed, ambiguous relationship with the Taycan sedan since we first drove it. On the one hand, kudos to Porsche for making a great-handling electric vehicle that emphasizes performance and feel over everything else. On the other, where's the range, bro?Yes, we like performance, but institutionally we just can't fully get behind the industry's least efficient EV. As for the "SUV" version, well, it's just a barely lifted station wagon, right? No different than the crass, "we're not that gullible" efforts from Audi (the A6 Allroad) and Mercedes-Benz (E450 All-Terrain) to pitch station wagons as some sort of off-roaders. But then we made the terrible mistake of actually taking the Cross Turismo in the dirt, and yeah, Porsche strikes again.Before we get to how it drives, let's talk about what the Taycan 4 Cross Turismo is. First off, it's a station wagon by all definitions of the term. Yes, the legal definition of an SUV has something to do with ride height, but as I'm so fond of saying, "Just look at it." Talk about obvious. The Cross Turismo is an incredibly handsome wagon, especially on the tough-looking five-spoke wheels Porsche bolted to our test subject. Tangentially speaking, Taycan wheel design is all over the map, ranging from goofy to horrible to "yeah, baby." These are the latter. Since we drove the Cross Turismo, Porsche went and confusingly launched an uncladded wagon version of the Taycan, the 2022 GTS Sport Turismo, which looks approximately 10 percent better. That's mostly due to the 0.8-inch drop in ride height, meaning the Sport Turismo is technically a car. More on that in a bit.Under the lovely, Chalk-colored metal you'll find two motors: one driving the wheels at the front axle, and the other driving those at the rear. Unlike all other EVs on the market save for its Audi twin, the E-Tron GT, the Taycan has a two-speed transmission that's only connected to the rear motor. As for power, this gets a bit confusing. Combined output from the two motors is 375 horsepower and 368 lb-ft of torque. However, activate launch control, and the two motors go into overboost and the output increases to 469 horsepower, a more than 20 percent increase. Hey, it's a brave, new EV world. The battery pack is large at 93.4 kWh, and the range is EPA-rated at 215 miles. That's down 10 from the mechanically identical Taycan sedan, due a little to the increased weight of the wagon body but more so the increased ride height that also decreases aerodynamic efficiency and forces the halfshafts to sprout from the motor at an angle. Did I mention it weighs 5,134 pounds?The odd part about driving the Taycan 4 Cross Turismo only occurs when you realize there are three more powerful versions available: the 4S, the Turbo, and the Turbo S. There is a non-4, RWD sedan that makes less power (321 hp, 402 in overboost), but this particular version—$92,250 base, $109, 980 as tested—is pretty far down the Taycan lineup, which also includes the GTS sedan and Sport Turismo. Let me also point out that as far as the Taycan—cough—SUVs go, this is the entry-level Cross Turismo. The entry version that can hit 60 mph in 4.5 seconds, of course.The Taycan 4 Cross Turismo can also run the quarter mile in 12.7 seconds at 115.9 mph. That quarter mile is pretty quick, especially for an off-road-capable station wagon. But it's not that quick for an EV, as the Porsche barely edges out the 470-hp Jeep Wrangler 392 that does the quarter in 12.9. Hey we're talking SUVs, right? And remember, that using launch control this Taycan makes precisely 1 fewer horsepower than the double live-axle, brick-shaped Jeep.The Porsche's braking performance is good. Not so much as to stand out, but not bad, and there's nothing wrong with how the pedal feels. It takes 109 feet for the Cross Turismo to stop from 60 mph, 5 feet longer than the much more powerful, capable, expensive Taycan Turbo S with its 17.3-inch front rotors and super-sticky tires. Likewise, the Taycan 4's figure-eight time is good, at 25 seconds flat. I always say any car in the 24-second range is a sports car, and this slightly jacked-up wagon is oh, so close. To give you an idea of how well the Porsche did, remember the Mercedes E450 All-Terrain we discussed earlier? Another gussied-up station wagon pretending to be an SUV? It took 26.2 seconds to get around our figure-eight course. The Audi A6 Allroad? 26.5. Oh, and the Jeep 392? A frankly pathetic 29.3 run, which our test team chalked up to "aggressive ESC."Based on time spent with other Taycans we knew going in that this Porsche would be more fun to drive than the competition on the street. We wrongly assumed that since it's obviously only pretending to be an SUV, it would be weak sauce in dirt. We were totally wrong. Did we attempt any rock crawling? No, and you'd be insane to try. But we did try dirt, sand, and gravel, and, man, was the Cross Turismo not only competent and capable, it was a blast, as well. Especially in sand, where the EV loved kicking up giant rooster tails while simultaneously not even kinda getting stuck. Whatever off-road advantage there is from a 0.8-inch lift, Porsche fully exploited it.Unlike the aforementioned Audi and Mercedes "SUVs," I'd actually recommend the Taycan 4 Cross Turismo as both a driver's car and a light-duty off-roader. It's a genuine double-threat. At this stage in the game do we have the right to be surprised that a Porsche is fun to drive? Naw, probably not. Now, if the fine folks at Zuffenhausen could just do something about the meager driving range.Looks good! More details?2021 Porsche Taycan 4 Cross Turismo BASE PRICE $92,250 PRICE AS TESTED $109,980 VEHICLE LAYOUT Front and rear-motor, AWD, 5-pass, 4-door wagon MOTOR TYPE Permanent-magnet electric POWER (SAE NET) 469 hp TORQUE (SAE NET) 368 lb-ft TRANSMISSION 2-speed automatic CURB WEIGHT (F/R DIST) 5,134 lb (49/51%) WHEELBASE 114.3 in LENGTH x WIDTH x HEIGHT 195.8 x 77.4 x 55.5 in 0-60 MPH 4.5 sec QUARTER MILE 12.7 sec @ 115.9 mph BRAKING, 60-0 MPH 109 ft LATERAL ACCELERATION 0.89 g (avg) MT FIGURE EIGHT 25.0 sec @ 0.76 g (avg) EPA CITY/HWY/COMB FUEL ECON 75/81/77 mpg-e ON SALE Now Show All

There's nothing like shifting your own gears in a sports car like the 2022 Toyota GR86. With EVs taking over the market, the manual transmission is once again at risk of peril. Fortunately, a patent filed by Toyota with the US Patent Office was immediately spotted by the forums describing a complex new system to simulate the experience of driving a manual transmission, now without any of the thrilling danger of stalling.What Is It?When it comes to an EV like the upcoming Toyota "Sports EV," there is no gas engine that can stall out. That used to be the whole reason you need the clutch and a gearbox—to keep the engine from stalling, and to transition between gears, obviously. Why would Toyota bother having something like this on a car with no gears and likely near-instant torque on command?The patent filed by the Japanese brand a few months ago, but published this week, describes a system that uses a fake clutch, fake shifter, a three mode selector, and programming at the controller to simulate the experience of driving a manual transmission, just without the stalling.Full Manual ModeSo how does the patent say it works? Essentially, when you shift the "transmission shifter," the prospective EV's motor controller will increase or decrease the voltage—and, thus, the magnetic field controlling the rotor in the motor—and this effect is meant to simulate the torque feeling of each gear. There are three modes described in the patent.Both "clutch" and "clutchless" modes, as we're calling them based on what we see in the patent documents, operate this way. Some EVs do use a clutch to decouple and idle a permanent-magnet motor when it's not needed. However, that is not what is being operated in this mode. A third, automatic mode, lets the driver ignore the clutch pedal and shifter altogether, and operates as a traditional EV.The patent's clutch mode includes the need to operate the clutch pedal—and yes, there would be a third pedal in this car, but again, there is no true clutch being operated here. The voltage is changed to act as if you're not generating enough torque to move the vehicle. The motor won't stall and require you to restart it, it just won't go very fast or just won't move, like tugging on a gear or starting on a hill in a traditional car.No Clutch, No ProblemWhen operating in the other, clutchless mode, it will act similar to a DCT equipped vehicle using a regular stick shifter. You select the gear with the shifter, the controller modifies the voltage to the motor for each gear, and you "shift" through the "gears" to get the torque you want.The driver doesn't have to do anything with the clutch pedal in this mode. It's basically like knocking a normal automatic car into the "S" mode, where you can toggle "+" and "-" to control the gears with no clutch pedal.What Transmission?The automatic mode (again, our description based on what we saw in the patents) will act as a normal, "transmission-less" EV. The Toyota patent details how each mode calculates the torque the motor sends to the wheels, the torque demanded by the driver in relation to the throttle pedal and gear selector, and the amount of torque demanded by the throttle pedal position.There is even talk on how to train each mode to fit a specific driver profile with this type of pseudo-manual. It's unclear if this system would be built on current Toyota EV architecture and powertrains, or require broader vehicle development to be adapted to future cars.Early EV Conversions Did Have TransmissionsWhile early EV enthusiasts did stick a real transmission into their conversion projects, they mostly did it to try and assist the lackluster power and capacity available from lead-acid and nickel-cadmium batteries of the time, along with rudimentary controls for the motor. Most projects didn't even use the clutch or torque converter, and instead the motor was attached directly to the input shaft of the transmission.Today, thanks to lithium battery technology and controllers that can withstand higher amperes—along with much better cooling technology—you can truly build a car with monster V-8-like torque with battery power. The transmission just isn't needed as the motor actually potentially spins faster than is usable, and a reduction box is usually attached to the motor before heading to the wheels on EVs already. Perhaps plans could have this new EV "manual" replace or assist the current energy-reduction principle.Will It Stick?As a performance driver, you really want to have full control of your vehicle, but it gets tricky to continue to satisfy drivers with the input of a computer and more advanced technology. Not only is it technically obsolete, but it's also that little bit slower to shift, and it does force drivers to take their hands off the wheel. It's why a majority of race cars today utilize paddles behind the steering wheel rather than a stick that you must move around in a gate or even sequentially—speed, and a little intended safety.But we're not all racing drivers, and we have grown to love the manual transmission for the control it hands the driver. Heel-toeing into a corner to get the RPMs right is sublime. Sometimes you get a better lap time, being able to throttle the right amount of power down as you accelerate out of the corner if you know what you're doing. Some worry over major automakers pivoting to electrified technologies that completely render their charming stick and pedal technically obsolete. They want that feeling of rowing your own gears and operating a clutch. There isn't anything saying Toyota will bring this out, but it's exciting to see the brand thinking for enthusiasts, and worrying about making sure the future is still fun.