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2020 Hyundai Palisade vs. Ascent, Pilot, Highlander and CX-9: How they compare on paper

We've finally had our first drive of the 2020 Hyundai Palisade and found it to be well-equipped for sales success. It nails the formula that some of the most successful three-row crossovers have, the aforementioned seating capacity, high driving position, all-wheel-drive availability and a V6 engine. Of course, it also offers a unique and menacing-looking exterior that ought to stand out in the parking lot. To dig deeper into how it compares to other three-row family crossovers, we've fired up the old Autoblog Comparo Generator 3000 (™) and lined the all-new 2020 Palisade up against the 2019 Subaru Ascent, 2019 Honda Pilot, 2019 Toyota Highlander and 2019 Mazda CX-9. Besides being two of last year's best-selling three-row SUVs, the Pilot and Highlander are also the closest in general concept to the new Palisade, while the Ascent and CX-9 also offer a comparable turbocharged four-cylinder powertrain. The CX-9 is also one of our favorites in the segment, and the Ascent is one of the newest entrants on the scene. There are of course numerous other worthy contenders, including the Chevrolet Traverse, GMC Acadia, Volkswagen Atlas, Nissan Pathfinder, Hyundai Santa Fe and the best-selling Ford Explorer, so if you want to see their specs, check out the Autoblog compare tool. Performance and fuel economy The Subaru, as is so often the case, is the oddball. It has a 2.4-liter turbocharged horizontally opposed four-cylinder (aka a flat-four or a boxer-four) that produces a comparatively modest horsepower rating, but a greater amount of torque. That's typical for turbocharged engines such as Mazda CX-9's turbo inline-four that produces 250 horsepower on premium fuel (227 hp on 87 octane) and 310 lb-ft of torque (the VW Atlas also offers a base turbo-four). The Hyundai, Honda and Toyota, meanwhile, go about it the old-fashioned way, with naturally aspirated V6 engines displacing 3.8 liters in the Hyundai, and 3.5 liters with the two Japanese crossovers. The Toyota and Hyundai lead the pack in horsepower, with the Toyota taking top honors by just 4 horses. The Honda weighs less, though, so their acceleration should be comparable. The Subaru actually accelerates on par with its V6-powered competitors, probably due in part to its continuously variable transmission. The fuel economy trophy goes to the Ascent.

Toyota, Morgan Spurlock say hydrogen can be bullsh*t

Toyota wants the world to know that it's not full of crap about hydrogen as the future of fuel. Months before the Mirai arrives at dealers on the West Coast, the automaker is trying to get the word out through documentary series called Fueled by Everything. In the first episode, director Morgan Spurlock (best known for Super Size Me) shows how to make the futuristic fuel cell sedan run on a load of dung. After some processing, anyway. The whole point of the series is to show viewers the myriad sources available to generate hydrogen, and Toyota starts at an attention-grabbing extreme. A pickup truck takes a bed full of cow manure and demonstrates the steps needed to make it into hydrogen for the Mirai. Of course, the new model gets lots of screen time, too. For those in the audience curious to learn more, Toyota also digs a little deeper into the generation process on the series' website. Fueled by Bullsh*t Toyota Taps Morgan Spurlock to Direct First Video in "Fueled by Everything" Series TORRANCE, Calif. (April 22, 2015) – Sometimes reality stinks. Toyota has tapped award-winning documentary filmmaker Morgan Spurlock to show how calling hydrogen fuel cell vehicles "bullsh*t" isn't far from the truth. "Fueled by Bullsh*t" is the first online video in a multi-part "Fueled by Everything" series aimed to educate a broad audience about the innovative ways hydrogen fuel can be made from renewable sources. Spurlock directed the 3-minute piece which features a dairy farmer and mechanical engineer as they follow cow manure from a mooing supply source to its ultimate use in powering the hydrogen fuel cell electric Toyota Mirai. "This project gave us the opportunity to dive into a world that most people don't understand but has the potential to change our world," said Spurlock. "Witnessing manure, something most of us view as being pretty disposable, being transformed into hydrogen fuel to power a car was pretty remarkable. I think this short film is pretty compelling evidence of what could be possible in the years ahead." Beyond high quality dung, hydrogen can be manufactured from other renewable energy sources like solar, wind and biogas from landfills. These production methods can result in a domestic and locally sourced fuel that powers the Mirai while emitting only water vapor from the tailpipe. The multi-series video campaign is launching through the Toyota Mirai website (www.toyota.com/mirai) and additional digital properties with paid online media support.

New Toyota Mirai videos continue questionable hydrogen claims

"Toyota engineers were simultaneously working on a brand new technology that met all the driver's needs with an even smaller carbon footprint." Toyota has released a number of new promotional videos for the hydrogen-powered 2016 Mirai. Most are exactly what you'd expect: pretty, full of promise and vaguely informational. But there was one line in the Product Introduction video that caught out ear. In the Product Information video about the Mirai, the narrator goes into a short history of Toyota's green car advances. After talking about the Prius and the Prius Plug In, making EVs for urban commuting and the rest of Toyota's advanced fuel programs, we hear this: "Never satisfied though, Toyota engineers were simultaneously working on a brand new technology that met all the driver's needs with an even smaller carbon footprint, one that took its lead from nature itself." You can watch the video (and four others) below. Plug In America co-founder Paul Scott told AutoblogGreen, "Show us the math! Toyota claims the FCV has a smaller carbon footprint than their EV, but every paper I've read indicates the FCV uses 3-4 times as much energy to travel a given distance as an EV. If they are making this claim, let's call them out to prove it. Show us the math!" There's some math that comes out in favor of EVs here and here. "BEVs and FCs have a very similar carbon footprint, dependent on fuel source." – Toyota's Jana Hartline Plug-in vehicle advocate Chelsea Sexton went further. "Assuming appropriate comparisons in energy feedstock, basic science doesn't support the notion that the footprint of an FCV is smaller than that of an EV," she told AutoblogGreen, explaining that "appropriate comparison" would mean using similar energy generation methods for both hydrogen and plug-in vehicles. Not the tendency, she noted, "of H2 fans to compare FCVs based on solar-based electrolysis to EVs running on coal-bases electricity and similar shenanigans." Besides, Sexton said, "focusing purely on efficiencies entirely misses the biggest struggles that FCVs face in the market, namely fuel price, inconvenience, and market fear, even if the vehicles themselves are initially subsidized.