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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:

Weekly Recap: BMW rolls out ambitious plug-in hybrid electric plan

"We believe that for the United States, this is going to be very important." – Julian Arguelles Let there be no doubt, BMW is serious about electric vehicles. The German automaker said this week it will make plug-in hybrid versions of all of its core models, an aggressive move that demonstrates its commitment to electric propulsion systems. BMW did not specify which vehicles will get the plug-in systems or provide a timeline for when they will arrive. But the announcement is clearly more than blustering, and the company revealed a 3 Series plug-in prototype this week at an event in France. BMW said the 3 Series uses a version of its 2.0-liter turbocharged four-cylinder engine (240 horsepower, 300 pound feet of torque) with an electric motor sandwiched between the engine and transmission in place of the torque converter. It has an all-electric range of 22 miles. A plug-in X5 with the same powertrain was also displayed alongside the 3 Series, though the X5 has been on the auto-show circuit for more than a year, including a recent stop in Los Angeles. Those two vehicles use "eDrive," and BMW's plans represent the first widespread transfer of its technology from development of the i3 and i8 models to more mainstream products. BMW said it's developing electric powertrains so they can be deployed rapidly across its range, and they are flexible enough to be used with fuel cells in future products. Enticingly, BMW is also working on a "Power eDrive" system, which debuted in a 5 Series GT concept at the event in France. This setup has two electric motors powered by a 20-kilowatt-hour battery pack, and when teamed with a four-cylinder turbo, pump out about 670 hp. Reinforcing BMW's commitment, the company will add more than 200 jobs at its factory in Dingolfing, Germany, to support electric-vehicle development. The moves come as BMW and other automakers diversify their portfolios while fuel economy and emissions regulations are getting tighter around the world. The United States has set a 54.5-mpg CAFE requirement for the 2025 model year. BMW said the electric vehicles were developed with an eye toward the US market, its government policies and its wide-ranging commuting styles. "We believe that for the United States, this is going to be very important," spokesman Julian Arguelles said. Ben Scott, a senior analyst in London with automotive research firm IHS, said BMW's moves are expensive – but necessary – to keep pace with the market.

Aston Martin to race with solar power

Aston Martin may be more about luxury GTs than performance-obsessed supercars, but when it comes to racing, it's no holds barred. Aston Martin Racing has developed competition-spec versions of the Vantage and DB9, and even done a few LMP1 prototypes. But while some have been powered by V8s and others by V12s, the one underlying commonality is that they have all – in contrast with championship-winning diesel and hybrid prototypes – been powered exclusively by internal-combustion engines burning gasoline. That's what makes this announcement noteworthy. At Le Mans last weekend, the factory team announced a partnership with the Hanergy Global Solar Power & Applications Group that will see solar panels installed on the roof of the Vantage GTE it fields in the World Endurance Championship. Only the thin panels won't be powering the wheels, boosting the engine somehow or powering the batteries for a hybrid assist. They'll be used to power the air conditioning system. Which may seem inconsequential, but when you consider that the AC typically saps power from the engine – and it can sap quite a lot on a hot race day – that could amount to a serious performance advantage while keeping the drivers comfortable. While the system wasn't ready to use at Le Mans last weekend, temperatures at the French track don't get too high, so the air-con wouldn't likely be a big factor. The team (operated on Aston's behalf by Prodrive) does expect, however, to have the system up and running in time for next round at the Circuit of the Americas in Austin, Texas, where it can get insufferably hot. Aston and Hanergy also hope to install the system on the V12 Vantage GT3 and V8 Vantage GT4 it supplies to customer teams, and install solar panels on the roof of the new facility Prodrive is building in Banbury, UK. Aston Martin Racing Joins Hanergy in Solar-Powered Project Le Mans, 13 June 2014 - Banbury, 13 June 2014 - Aston Martin Racing has signed a partnership agreement with solar technologies experts Hanergy Global Solar Power & Applications Group, in a project exploring how the sun's energy can be used to improve race car performance at the pinnacle of sportscar racing, the FIA World Endurance Championship (WEC), starting with the 24 Hours of Le Mans this weekend (14-15 June).