Verde Green, Rust-free, Documented Stage 1 on 2040-cars

Auto blog

Buick Encore GX fuel economy out, 1.3L more efficient than 1.2L

EPA fuel economy ratings for the 2020 Buick Encore GX are out, the most powerful engine taking the overall trophy. The new, slighty-less-compact subcompact crossover comes with a turbocharged 1.2-liter three-cylinder as its base engine, putting out 137 horsepower and 166 pound-feet of torque. Available solely with front-wheel drive and with a continuously variable transmission, the powertrain gets 26 miles per gallon in the city, 30 on the highway and 28 combined. The optional engine is a turbocharged 1.3-cylinder with 155 hp and 174 lb-ft. Mating it to the CVT in front-wheel drive guise returns the best fuel economy in the Encore/Encore GX family, being 30 city, 32 highway, 31 combined. That's spot on GM's prediction last year for combined fuel economy. Buyers who opt for the 1.3-liter with all-wheel drive — the engine costing an additional $395, the drivetrain a $2,000 upgrade — get a nine-speed automatic transmission, that combo returning 26 mpg in the city, 29 mpg on the highway and 28 mpg combined. Among luxury front-wheel drive entries, the 2020 BMW X1 sDrive28i gets 27 mpg combined utilizing an eight-speed automatic, the Lexus UX 200 gets 33 mpg combined with a CVT. Among less the expensive options, the Nissan Kicks returns 33 mpg as well through a CVT, the Mazda CX-30 rated at 28 mpg combined and employing a six-speed auto. The Encore once offered two versions of its turbocharged 1.4-liter, but is now left with the lesser-powered unit producing 138 hp and 148 lb-ft, paired with a six-speed automatic. Fuel economy with front-wheel drive is 25 city, 30 highway, 27 combined; with all-wheel drive, that shrinks by one mpg across the board to 24 city, 29 highway and 26 combined. The Encore GX is scheduled to hit dealership sometime this spring. Related Video:

As GM readies Alexa convenience for vehicles, we ponder its dark side

SEATTLE — On the 30th floor of AmazonÂ’s glass tower, in a room with a breathtaking view of downtown Seattle, thereÂ’s a beautiful bed that nobody sleeps in. ItÂ’s near a kitchen nobody cooks in, a living room couch that no one crashes on, a kitchen table that doesnÂ’t host any family meetings. ItÂ’s AmazonÂ’s Smart Home Lab, a place where every Alexa-enabled gizmo the company or its partners can produce is crammed into the same space, ostensibly for Amazon to test. The company invited us there to show us the companyÂ’s vision for consumer products to leverage AlexaÂ’s voice interaction software before taking us down to a demo of its latest implementation in a Buick Encore GX. In this eerie simulacrum of a fantastic luxury apartment, however, nothing went right the first time. ItÂ’s a challenging environment for Alexa to work correctly, our hosts noted, pointing to the fact that there were six wifi networks available for the devices to connect to. In a normal home, one wifi network controls all the devices, who can theoretically sort out for themselves which one youÂ’re actually trying to activate. In the Smart Home Lab, any unmuted Alexa device thinks itÂ’s in charge. Even so, the connected toaster wouldnÂ’t connect. The Fire TV Cube wouldnÂ’t play a song. Our handlers futzed with everything, muting and unmuting devices, repeating commands, making us feel better about our own struggles with similar technologies. If it doesnÂ’t work right at Amazon HQ, maybe itÂ’s not just us! ItÂ’s telling that down on the faux lawn, in between the gleaming Amazon spheres that host a billionaireÂ’s tropical garden and the Day 1 building that the Smart Home Lab resides in, the BuickÂ’s Alexa implementation doesnÂ’t use a “wake-word” at all. The familiar Push to Talk button on the steering wheel, which normally activates General MotorÂ’s own proprietary voice command system, can be set to default to Alexa when that rolls out to GM vehicles in the first half of 2020 via an over-the-air (OTA) update. Given the reluctance of Alexa to respond to its wake-word in the comfort of AmazonÂ’s own lab, we hoped that this was by design. Drivers are already familiar with Push to Talk, and a physical button is more reliable than the vagaries of contemporary voice recognition – not to mention the privacy and accuracy issues involved with always-on mics. Our experience with the not-ready-for-primetime Mercedes-Benz MBUX system is illustrative.

7 major automakers to build open EV charging network

A new joint venture established by BMW, GM, Honda, Hyundai, Kia, Mercedes-Benz and Stellantis will build a new North American electric vehicle charging network on a scale designed to compete with Tesla's industry-benchmark Supercharger network. The 30,000-plus planned new chargers will accommodate both Tesla's almost-standard North American Charging System (NACS) and existing automakers' Combined Charging System (CCS) options, effectively guaranteeing compatibility with the vast majority of current and upcoming electric models — whether they're from one of the involved automakers or not.  "With the generational investments in public charging being implemented on the Federal and State level, the joint venture will leverage public and private funds to accelerate the installation of high-powered charging for customers. The new charging stations will be accessible to all battery-powered electric vehicles from any automaker using Combined Charging System (CCS) or North American Charging Standard (NACS) and are expected to meet or exceed the spirit and requirements of the U.S. National Electric Vehicle Infrastructure (NEVI) program." Critically, the automakers involved will have a say in how the charging tech is implemented, guaranteeing that the hardware will play nicely with each automaker's in-house charging systems. Hyundai and Kia, for example, were hesitant to jump on board the Tesla NACS bandwagon earlier this year over concerns that the Supercharger network is insufficient for powering the two automakers' 800-volt charging systems; similar tech is used by Volkswagen and Porsche.  In addition to providing much-needed capacity and high-output charging for America's growing fleet of electric cars and trucks, the new network will integrate seamlessly with each automaker's in-app and in-vehicle features, rather than forcing customers to use third-party tools and payment systems, as is the case with some existing public charging infrastructure.  "The functions and services of the network will allow for seamless integration with participating automakersÂ’ in-vehicle and in-app experiences, including reservations, intelligent route planning and navigation, payment applications, transparent energy management and more. In addition, the network will leverage Plug & Charge technology to further enhance the customer experience," the announcement said.