2019 Bmw X5 Xdrive40i on 2040-cars

Auto blog

World Car Awards finalists snub American-branded vehicles — except for Bronco

The list of World Car Awards has been whittled down to 10 finalists, but only one American brand — Ford — appears among the remaining nine carmakers for this yearÂ’s top award. The Bronco is there, and it also is balloted as a finalist in the design category. The other categories are performance car, urban car, electric vehicle and luxury model. Each category has five finalists except World Car, which has 10. One brand conspicuous by its absence in any category: Tesla. The winner in each is scheduled to be crowned March 27 at the New York International Auto Show in Manhattan. This year marks the 20th year of the World Car Awards and the partnership with the New York show. The selection process involves 100-plus automotive journalists from 29 countries who vote, as they review and test-drive the eligible vehicles for the 2024 awards. Their journey is captured virtually on World Car TV. If youÂ’re counting, the brands that appear most on the six finals lists are Mercedes-Benz (four times), BMW (also four), Hyundai (three), and Volvo (three). HereÂ’s the full listing. A video clip showing all of them is here: World Car -BYD Seal / Atto 4 -Ford Bronco -Hyundai Kona / Kona Electric -Hyundai Santa Fe -Kia EV9 -Mazda CX-90 -Subaru Crosstrek -Toyota Prius -Volkswagen ID.7 -Volvo EX30 World Car Design of the Year Ford Bronco Ferrari Purosangue Toyota Prius Volvo EX30 Zeekr X 2024 World Electric Vehicle BMW i5 Kia EV9 Mercedes-Benz EQE SUV Volkswagen ID.7 Volvo EX30 2024 World Luxury Car - BMW 5 Series / i5 - Lexus LM - Mercedes-Benz CLE - Mercedes-Benz E-Class - Mercedes-Benz EQE SUV 2024 World Urban Car  - Abarth 500e - BYD Dolphin - Lexus LBX - Suzuki Fronx - Volvo EX30 2024 World Performance Car - BMW M2 - BMW XM - Ferrari Purosangue - Hyundai Ioniq 5 N - Porsche Cayenne Turbo E-Hybrid

The 570-hp AC Schnitzer ACL2 Concept tries to one-up the M2

AC Schnitzer's new ACL2 concept aims to outdo the BMW M2 at the Geneva Motor Show. To out-muscle the latest M car, the German tuner starts with an M235i and installs the M4's 3.0-liter inline-six. The company also turns up the power to 570 horsepower – a healthy upgrade over 365 hp from the M2's 3.0-liter. The power bump lets the ACL2 reach 62 miles per hour in 3.9 seconds and hit a top speed of 205 miles per hour, AC Schnitzer claims. Those figures make the coupe a few tenths quicker than the M2's 4.2-second to 60 mph sprint, but BMW limits its creation to 155 mph. AC Schnitzer's long list of upgrades makes the impressive performance possible. To get the most out of the engine, the company installs a carbon fiber intake. It also replaces the most of the exhaust, including the downpipe, catalytic converter and tailpipes. Carbon-ceramic brake discs make sure a driver can control so much power, and the company fits a fully adjustable suspension to aid handling. The ACL2's body is too loud for our tastes even through the subdued dark green paint, but the extensive use of carbon fiber parts should keep weight down. AC Schnitzer adds a road-scraping front splitter with canards at each corner. The rear has a similarly aggressive diffuser and huge wing. The wider fenders also add 5.5 inches to the coupe's width, and 20-inch wheels sit underneath them. The ACL2 doesn't get to challenge the M2 on the Autobahn yet because AC Schnitzer says it's just a concept. The coupe exists simply for the company's product development. However, if you want to put all of these bits together, the final cost would be 149,000 euros ($161,500 at current exchange rates), the tuner claims. Related Video:

Land Rover could build a baby Defender on a platform sourced from BMW

The collaboration between BMW and Jaguar-Land Rover started out small, it was originally limited to motors for electric cars, but it might not stay that way for long. The Tata-owned British sister companies will allegedly rummage through Munich's sizable parts bin to build nearly half a dozen cars scheduled to come out during the 2020s. According to a report by British magazine Autocar, Jaguar has started designing two small cars that will join its growing family of Pace-badged soft-roaders. They'll be new additions to the firm's portfolio, not replacements for existing cars. One will be a regular crossover, while the other will be a swoopier, form-over-function four-door model ostensibly marketed as a coupe. Both will slot at the very bottom of the Jaguar portfolio, below the already pretty small E-Pace, in a growing market segment where the competition is fierce, and profit margins are thinner than an i3's tires. Here's where BMW apparently comes in. Instead of developing a platform from scratch, the two crossovers could ride on the hybrid-ready, front-wheel drive FAAR architecture found under the third-generation 1 Series hatchback and the upcoming 2 Series Gran Coupe. If we believe an earlier report claiming Jaguar and BMW will also share engines, most of the hardware found under the sheet metal will have German genes. All-wheel drive will certainly be available, and it could also come from BMW. The same platform -- and, presumably, the same engines -- would provide the basis for a Land Rover-badged model positioned in the same segment. Autocar learned it will be to the next-generation Defender (pictured) what the Mercedes-Benz GLB is to the G-Class. Some key design cues will carry over, but the two models will share absolutely nothing under the sheet metal. The soft-roader could resurrect the Freelander nameplate when it goes on sale during the 2020s. Looking even further ahead, the front-wheel-drive platform the next Mini Countryman and X1 will utilize could find its way under the replacements for the next Range Rover Evoque and Discovery Sport. These plans could very well change; the Evoque and the Disco Sport barely entered their second generation, so they're not due for a replacement until the second half of the coming decade. While neither company has confirmed or denied the report, the partnership makes sense from a business standpoint.