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Editors’ Picks April 2023 | New X1, a Bentley and some luxury EVs

This month of Editors' Picks features a smattering of luxury vehicles in both sedan and SUV body styles. The new BMW i7 was a big surprise, and the Mercedes-Benz EQE is a lovely enough electric sedan to get our recommendation, too. We've given every other Bentley model an Editors' Pick before, and the Bentayga follows suit. Lastly, BMW nabs a second in April with the newly redesigned X1 subcompact crossover. In case you missed our previous Editors' Picks posts, here’s a quick refresher on whatÂ’s going on here. We rate all the new cars we drive with a 1-10 score. Cars that are exemplary in their respective segments get an EditorsÂ’ Pick designation. Those are the ones weÂ’d recommend to our friends, family and anybody whoÂ’s curious and asks the question. The list that youÂ’ll find below consists of every car we rated in January that earned an EditorsÂ’ Pick.   2023 Mercedes-Benz EQE 2023 Mercedes-AMG EQE View 38 Photos Quick take: The EQE offers all the niceties of a traditional E-Class in an electric form. Its design is simplistic and bland to a fault, but everything else about it is executed well. Score: 7.5 What it competes with: Porsche Taycan, Audi E-Tron GT, Tesla Model S, BMW i4 Pros: Gorgeous interior, big backseat, advanced tech, excellent driving AMG variant Cons: Bland design, average range/charging speed, questionable value From the editors: Road Test Editor Zac Palmer — "I drove the AMG version of the EQE, and while it's a rocketship of an EV, it lacked the ne'er-do-well nature of the gasoline-powered AMG versions of the E-Class. The interior is beautiful, but I can't say the same for the exterior, even with the AMG add-ons. The AMG EQE is a perfect Benz, but I wouldn't go so far as to call it the perfect AMG product." In-depth analysis: 2023 Mercedes-Benz EQE Sedan Review: A smaller, less expensive EQS   2023 BMW X1 2023 BMW X1 xDrive28i 03 View 31 Photos Quick take: The BMW X1 is the driver's choice in the subcompact luxury SUV segment. Its size and abundance of tech makes it a great all-rounder for anybody's taste, though. Score: 8.0 What it competes with: Volvo XC40, Audi Q3, Mercedes-Benz GLB, Mercedes-Benz GLA, Jaguar E-Pace, Lexus UX, Land Rover Discovery Sport, Pros: Fun to drive, great utility, traditional and handsome design Cons: Interior feels spartan, value is questionable From the editors: Senior Editor, Green John Beltz Snyder — "This segment is a competitive one, but the X1 sets itself apart as the driverÂ’s car.

Automakers' sound systems: Crank it, don't yank it

Years ago, one of the first things most music lovers did after buying a new vehicle was drive to an aftermarket stereo shop to get the crappy stock components swapped for better gear. And you'd typically get not only better sound but also more bang (and boom) for your buck. But in the past decade or so, the overall quality of OEM audio has dramatically increased, while car electronics became more complex, removing the incentive for most new vehicle owners — and all but the most hardcore DIYer — to start from scratch. In 2010, I did a comparison of the average costs for OEM electronics vs. similar offerings from the aftermarket, and back then automakers' stock premium systems were by far the best bargain — and are probably an even better value now. The premium 14-speaker, 1,200-watt JBL system in the all-new 2019 Toyota Avalon is a prime example of this trend. It's standard on the top two Limited and Touring trims and is available as a $680 audio upgrade on the XLE and XSE. I doubt you can even buy 14 speakers and 1,200 watts of amplification from the aftermarket for 700 bucks, much less have it all installed. And because the system is bundled with Toyota's Entune infotainment system, Apple CarPlay and a surround-view camera, removing the head unit means you would likely lose these features. Another advantage of OEMs and their audio partners is they can design the car around the audio system. In the past, automakers would typically place speakers where convenient for packaging, not for optimal sound reproduction, and audio engineers were forced to compromise. But as with the Avalon's premium JBL audio system, this is starting to change. At a recent behind-the-scenes peek for media into the process of developing the system, Toyota and Harman engineers delved into the minutia of sealing the inner panel of the front doors to create an enclosure for 6x8-inch woofers, making space in the pillars for JBL horn tweeters and extensively measuring the acoustic properties of the interior to tune the sound to the space. I'm met some creative and skilled car stereo installers, but none with a degree in psychoacoustics. The system is also the first to feature Quantum Logic Surround that creates a multi-channel listening experience from two-channel sources. And it includes Harman's Clari-Fi processing that "rebuilds key details lost" in compressed audio formats used by streaming music services and MP3s.

Mercedes F1 to use Qualcomm 5 GHz WiFi for its tire data

In Formula 1 you need more of everything. More speed, more grip, more hospitality, more money. And you need data, reams and reams of data. The Mercedes-AMG Formula 1 team – the guys with the silver cars driven by 2015 F1 champion Lewis Hamilton and his teammate Nico Rosberg – need so much information that they've teamed with Qualcomm to wirelessly upload thermal imaging data of its tires. During a typical race weekend Mercedes's two racecars will generate approximately half a terabyte of data. Live telemetry has been a feature of Formula 1 for 20 years, though there are more restrictions on it than in the past. (In the days leading up to last weekend's United States Grand Prix in Texas, Formula 1 major domo Bernie Ecclestone said that F1 needs to cease being an engineering war and return more responsibility to the drivers.) Nevertheless, F1 teams gather vast amounts of data during a race weekend, particularly in practice sessions during which restrictions on what they can upload from cars – from engine/power unit parameters to aerodynamic loads – are less prohibitive. For example, during a typical race weekend Mercedes's two racecars will generate approximately half a terabyte of data. Mercedes F1 technical director Paddy Lowe points out that the standard telemetry system simply doesn't have the bandwidth to handle the thermal tire imaging data that the onboard thermal cameras generate. Why do you want a thermal video of the tires? Because it tells the engineers and drivers precisely how much temperature there is across the surface of a tire during a lap, in corners and on the straights. It also indicates how quickly the tires come up to temperature and when they potentially overheat. Understanding the temperature variations allows the team to set the cars up optimally for grip and tire life during a stint. Qualcomm's system works with the race cars like this: Each car has forward- and rear-facing cameras in a winglet mounted on the left side of the engine intake behind the driver's head, which continuously record thermal images of the tires. As a Mercedes enters the pit lane, it passes a Qualcomm 802.11ac WiFi receiver to which it uploads the thermal data. As the car nears the garage, another receiver takes over the upload. Several Qualcomm Snapdragon 805 processors crunch the raw data as it uploads. The data is encrypted – there are always prying eyes in Formula 1.