Driver Assistance Pkg, Executive Pkg, Bang & Olufsen Sound, Rear View Camera on 2040-cars

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Driving the BMW M2 Competition, Honda Odyssey and Toyota RAV4 Prime | Autoblog Podcast #651

In this week's Autoblog Podcast, Editor-in-Chief Greg Migliore is joined by West Coast Editor James Riswick. This week, they talk about driving the BMW M2 Competition, Honda Odyssey and Toyota RAV4 Prime. Then they discuss James' experience testing the new Yakima CBX cargo carrier, Autoblog readers' preference for the GMC Hummer EV over the Tesla Cybertruck, and Mercedes-Benz taking a larger stake in Aston Martin. Lastly, they help James' father find a new car in the Spend My Money segment. Autoblog Podcast #651 Get The Podcast iTunes – Subscribe to the Autoblog Podcast in iTunes RSS – Add the Autoblog Podcast feed to your RSS aggregator MP3 – Download the MP3 directly Rundown Cars we're driving 2020 BMW M2 Competition 2021 Honda Odyssey 2021 Toyota RAV4 Prime Testing the Yakima CBX Cargo Carrier on the Subaru Outback 75% of Autoblog Twitter follower prefer the GMC Hummer EV over the Tesla Cybertruck Mercedes-Benz to boost stake in Aston Martin to 20%, lend it some tech Spend JamesÂ’ fatherÂ’s money Feedback Email – Podcast@Autoblog.com Review the show on iTunes Related Video:

2016 BMW M4 GTS hidden in plain view in Tokyo

We almost missed the 2016 BMW M4 GTS at the Tokyo Motor Show. As you can see in the photos, the car is sort of tucked into a little corner behind a wall, and it's way in the back of BMW's show stand. You'd never see it unless someone told you it's there. And that's a shame. This is one of the coolest cars BMW has launched in quite some time. Only 700 examples of the M4 GTS will be sold globally, with 300 earmarked for the United States. Aside from the aerodynamic and appearance upgrades, the GTS stands out by being the first production road-car to use a water injection system. We detailed this technology when the M4 GTS officially bowed, but the end result is more power. The GTS makes 493 horsepower and 442 pound-feet of torque – gains of 68 hp and 36 lb-ft over a stock M4. The other big news for the M4 GTS is its weight reduction – some 200 pounds have been removed, thanks to the use of carbon fiber-reinforced materials. The car's rear seats are gone, and several interior pieces have been redone in lighter materials, as well. This thing should be a monster out on the track, and we can't wait to get behind the wheel. But first, we're hoping BMW at least lets it out into the spotlight a little. See the car for yourself, live from Tokyo, in the gallery above. The new 2016 BMW M4 GTS an exclusive high-performance special edition M4 available for the first time in the US. - First production road car with a Water Injection System - World-exclusive OLED light technology - Specially designed full three-way adjustable M coilover suspension - Intelligent lightweight body design - Most agile, radical and powerful M4 ever Woodcliff Lake, N.J.: BMW today announced the new 2016 BMW M4 GTS giving BMW M GmbH a new and exclusive technological masterpiece which elevates the potential of the BMW M4 Coupe to an impressive new level. With its powerful, motorsport-inspired looks and high-performance technology, the BMW M4 GTS has its sights set squarely on the race track. Thanks to an innovative water injection system helping boost power to 493 bHP and track ready chassis, this Special Edition M vehicle recorded a lap time of 7 minutes 28 seconds around the legendary Nurburgring-Nordschleife, the world's most challenging race circuit, making a clear statement about this model's exceptional dynamic abilities. At the same time, the sharpest BMW M4 of all can also hold its own on public roads.

Car Hacking 101: Here's what motorists should know [w/video]

Cars are nothing more than computers on wheels. As such, they're vulnerable to hackers. Most people who work within the auto industry have understood this for years, but for the broader American public not paying as close attention, three storylines emerged recently that underscored this new vehicular reality. First, German researchers found a flaw in BMWs remote-services system that allowed them to access the telematics units in vehicles. Then, a 60 Minutes report demonstrated that researchers could remotely infiltrate a Chevy Impala and override critical functions, like acceleration and braking. Finally, a US Senator released a critical report (see video above) that found almost all automakers are unprepared to handle real-time hacks of their vehicles. Those reports come on the heels of two previous instances in recent months when researchers demonstrated the capability to hack cars. All this news can be disconcerting. If you're late to the concept of car-hacking and wondering how this is possible, we've got you covered. Here's your quick primer on what you need to know. 1. How Did My Car Become A Computer? On the outside, cars haven't changed all that much over the past couple of decades years. On the inside, however, the amount of electronics and software has dramatically increased. Most new cars contain more than 50 microprocessors known as electronic control units. These ECUs control everything from airbag deployment and navigation systems to throttle control and braking, and they're usually connected to each other on an internal network called the CAN bus. 2. What Exactly Is Car Hacking? Depends who you ask. Automakers might consider anything that alters the car from its state of manufacture as a 'hack.' For example, if you're chipping the engine – re-calibrating those ECUs to increase your horsepower – some people might consider that a hack. But in the context of the recent news reports, security experts are focused on unwanted, unauthorized cyber intrusions into a vehicle. Once inside your car, prospective attacks could range from minor things like eavesdropping on conversations via an infotainment system and unlocking car doors to major concerns, like overriding driver inputs and controlling braking, steering and acceleration. 3. How Is This All Possible? Any part of the car that communicates with the outside world, either via a remote or direct connection, is a potential entry point for hackers.