As new vehicles are turning into little more than rolling computers for transporting people and their gear, they’re in fact becoming less complicated than their predecessors, at least from a driving and styling perspective.
Hyundai’s new Prophecy Concept EV is a good example of minimalism meets modern-day tech thanks to the automaker’s new Optimistic Futurism design language that’s been created with the purpose of connecting consumers more completely with their vehicles, or so says the head of Hyundai’s global design center, SangYup Lee, as part of the electric’s car’s press release.
“We have brought to life yet another icon that establishes a new standard for the EV segment as well as pushing Hyundai’s design vision to even broader horizons,” commented Lee. “A part of that expansion is what we call Optimistic Futurism, a design concept embodied by ‘Prophecy’. With Optimistic Futurism, our aim is to forge an emotional connection between humans and automobiles.”
Developing emotional ties between buyers and products is a top priority of every effective brand, and this in mind Hyundai should do well with whatever comes of its new Prophecy, or at least the design language behind it. With the Prophecy, the Korean automaker’s namesake brand has created a styling exercise that’s both retrospectively minimalist and brilliantly detailed, resulting in a look that pulls cues from some iconic rivals, yet sets off on its own course too.
Yes, the complex curves that make up its outward design could have just as easily been concocted by Porsche for a future Panamera or even the new Taycan EV, not that it appears like either, but this said few automakers dare attempt to style a car with as many rounded edges as Porsche, let alone a grille-less front end like Tesla’s Model 3.
This said its seemingly vented rear end styling, which pulls attention from the large transparent acrylic rear wing resting above, reminds of the post-war Tucker 48, also particularly aerodynamic for its time, while mixed in with its pixelated 3D elements are LEDs for a set of protruding tail lamps. A similar pattern can be seen in the headlamp clusters up front, which use the same transparent acrylic as the rear spoiler and in the camera monitoring system, but the two headlights look a great deal more conventional than the eye-catching taillight design.
All of the features above improve aerodynamics, of course, which is why forerunning EVs have chosen their own unique variations of the Prophecy’s familiar design theme, but Hyundai’s propeller-inspired alloy wheels, which direct air down each side of the car’s body, are unique.
Hyundai hasn’t released any exterior or interior dimensions, but an open set of clamshell doors makes its mid-size four-door coupe layout clear, while the only available technical specifications depict a 100-percent electric power unit with a battery housed under the passenger compartment floor. Therefore, we expect it will ride on a completely new architecture that could provide multiple body styles on top.
The Prophecy’s interior features tartan-patterned upholstery that pays yet more homage to Porsche, particularly its 1975-1980 911, 924 and 928 models with blue-green being a popular colour combination at the time, yet nothing the Stuttgart-headquartered performance marque has ever done managed to achieve the eyeball-popping wow factor of Hyundai’s new creation, and not only because the South Koreans use the aforementioned Scottish kilt pattern for the seats’ side bolsters as well as their central insets.
The Prophecy’s sizeable wraparound digital display, which frames the windshield’s base, isn’t all that impressive these days either, but the pop-out primary instrument cluster is, yet even that won’t upstage the car’s driving controls. Obviously missing is a steering wheel, which has been replaced by a pair of pivoting joysticks, this ode to gaming apropos in a car that’s designed to be driven autonomously.
Of course, we won’t ever see the Prophecy on the road, its existence designed only to show new car buyers that Hyundai has an exciting future styling direction. If produced as is, we think Hyundai would have a hit in their hands.
Hyundai | “Prophecy” Concept EV Unveiling (16:04):
With the current U.S. administration loosening new vehicle emissions restrictions, it might not seem prudent to announce an all-electric vehicle strategy, but the European Union, China and many other markets are tightening emissions regulations, with respect to vehicles at least. Europe will soon be warming its homes and powering businesses with new fossil fuel pipelines from Russia, while China seems to be building coal-fired electric power plants (to no doubt fuel such electric cars) faster than anyone can keep count.
This said it only makes sense that Subaru would want to continue selling into these markets once internal combustion engines (ICE) are no longer allowed, thus it’s planning to soon offer battery power to its lineup, with the eventual result being 100-percent electric.
The electrification process will start off with a new hybrid-electric drivetrain with motive electric components sourced from Toyota, which holds 16.5-percent of Fuji Heavy Industries (FHI) stock (Subaru’s parent company). The 2014-2016 Subaru Crosstrek Hybrid was the first hybrid-electric project the two automakers undertook, but with few buyers it was cancelled after just three years.
A move to hybrids and then electric powertrains is a risky move for any automaker, with the risk even greater for small, niche brands like Subaru. The quirky brand has made a name for practical yet fun-to-drive cars and crossover SUVs powered by its unorthodox horizontally opposed “boxer” engine. While other brands like Volkswagen, with its Type 1 Beetle, Type 2 van, Type 3 and 4 sedan/coupe/wagon, and Type 14/Type 34 Karmann Ghia, or Porsche with its 911/912, 914 and 718 models, and even Ferrari with its 1973-1976 Berlinetta Boxer, 1976-1984 BB 512, 1984-1991 Testarossa, 1991-1994 512 TR and 1994-1996 F512 M), have offered this unique engine type as well, the Italian supercar maker and VW no longer do, while Porsche only provides it in its sports car range which makes up much fewer sales than its sedan and SUV lineup.
Speaking of model lineups, the best-selling Subaru in Canada last year was the Crosstrek subcompact crossover SUV at 15,184 units, followed by the Forester compact SUV with 13,059 deliveries, the Outback mid-size five-passenger crossover with 10,972 new sales, the Impreza compact sedan and hatchback with 9,065 new buyers, the Ascent mid-size seven-passenger crossover SUV with 4,139 new sales, the WRX/STI performance sedan with 2,707 new customers, the Legacy mid-size sedan at 1,752 clients, and the BRZ compact sports coupe with 647 new sales last year. To find out more about these cars and crossover SUVs, including their trim, package and individual option pricing, plus available rebate information, financing/leasing promotions, and dealer invoice pricing that could save you thousands, click directly on their names.
All of the unique models just mentioned makes it clear that retaining as much of its distinctive brand character as possible while moving into the brave new world of automotive electrification is important for Subaru, yet the horizontally opposed engine configuration will eventually have to go if it’s plans for full electrification materialize. Fortunately all-wheel drive (AWD being standard with most of its models) can stay for both its future hybrid and electric cars and SUVs.
The short-lived Crosstrek Hybrid came standard with AWD, while incorporating Toyota’s hybrid technologies and Subaru’s 2.0-litre boxer engine. This allowed it to perform and sound like other Subaru models, keeping its brand identity intact. Subaru doesn’t want badge-engineered cars in its lineup, such as the Toyota/Subaru co-developed Subaru BRZ/Scion FR-S/Toyota 86, or for that matter the Yaris Sedan that was merely a Mazda2 with a Toyota front fascia and Toyota badging. Doing something similar with such a niche automaker would run the risk of diluting its hard-won brand image.
“Although we’re using Toyota technology, we want to make hybrids that are distinctly Subaru,” commented the brand’s chief technology officer, Tetsuo Onuki, to Reuters news agency. “It’s not only about reducing CO2 emissions. We need to further improve vehicle safety and the performance of our all-wheel drive.”
While Onuki-san was clear to point out that all-wheel drive would continue as a key Subaru character trait while it adapted to hybrid and electric technologies, AWD is becoming more common with its main rivals. Nissan and Mazda recently introduced redesigned passenger cars with optional AWD (the Mazda3 now providing an AWD alternative to Subaru’s Impreza, while Nissan’s Altima now makes AWD standard in Canada and therefore becomes a key rival to Subaru’s mid-size Legacy), and even though Subaru’s trademarked “Symmetrical AWD” is believed to be more capable in inclement conditions than challengers’ AWD systems, it’s not known if its even power delivery can be achieved effectively with an electric powertrain. What’s more, AWD often comes standard with electric vehicles, so it’s quite likely the AWD traction advantage Subaru cars currently enjoy won’t be unique in 15 years, making the Japanese automaker no more unique than any other brand.
On the subject of electric vehicles, Subaru and Toyota are in the process of co-developing an electric powertrain that will result in an electric vehicle per brand sometime this decade, with additional models to follow. Subaru is saying that hybrid and fully electric models will make up 40 percent or more of its annual worldwide production by 2030, with the hybrids no longer available five or so years after that.
In today’s fast-paced world, particularly in the automotive sector, 2030 is a long way off, and of course a lot can happen with respect to battery development, advancements in other alternative fuels, progress with car/ride sharing, etcetera, as well as geopolitical concerns that are completely out of an automaker’s influence (much of which can be negative), so changes to Subaru’s plans will be more than likely.
This said, the positive for Subaru is its ability to garner green accolades right now without having to take much initial action, which can make its customers feel as if their chosen brand is well on its way toward electrification, yet the ultimate target is so far off into the future that its long-term plans can be changed anytime along the way. Of course, some new hybrid models are likely within the next few years, plus at least one EV, so there is forward progress being made.
It should be noted that Subaru isn’t alone in making such long-term electrification plans, with GM having pitched a U.S. national environmental program in 2018 designed to motivate all carmakers to make at least 25 percent of their lineups into zero-emissions vehicles; Ford introducing $11.5 billion worth of new spending toward a dozen new hybrid and EV models by 2022; Toyota, as part of its Environmental Challenge 2050 program, pledging to lower vehicle life-cycle emissions by 25 percent plus by 2030, while targeting 2050 for eliminating 100-percent of their carbon emissions; Mercedes-Benz vowing to make at least half of its passenger car lineup electric by 2030, plus achieve full carbon neutrality within the next two decades.
Volvo may be vying to become the world’s greenest automaker, however, due to its commitment for half of its passenger cars to become electric by 2025, plus also make sure each cars’ life-cycle carbon footprint is reduced by 40 percent in five years time as well. It also wants the carbon output of its entire global operations (including suppliers) to be lowered by 25 percent by 2025, and finally has a plan to use a minimum of 25-percent recycled materials in its vehicle production by this very same year.
While Subaru’s plans aren’t quite as ambitious as Volvo’s, the Japanese automaker’s announcement marks a major step for such a niche automaker, and could be seen as a significant risk if electric vehicle take rates don’t improve enough to overcome investment costs.
Porsche revealed two final production Taycan EVs last month, but without doubt some potential buyers found the Turbo and Turbo S models’ respective $173,900 and $213,900 price tags a bit too rich for their budgets. Of course, the Stuttgart, Germany-based performance brand promised more affordable versions to follow, and therefore the $119,400 Taycan 4S is upon us. Priced much closer to the $108,990 base Tesla Model S, this is the EV “volume” model Porsche needs.
So what does the $55k (or $95k) buy you? Performance. Wheels aside there’s no obvious difference to exterior or interior design, or materials quality for that matter, but in place of the Taycan Turbo’s 671 horsepower, 627 lb-ft of torque, and launch control-assisted 3.2-second run to 100 km/h sprint from standstill to 100 km/h, or the Turbo S model’s even more outrageous 750 horsepower, 774 lb-ft of torque, and 2.8-second second run to 100 km/h, the new 4S uses makes due with “just” 522 horsepower, 472 lb-ft of torque and a 4.0-second dash to the 100-km/h mark.
A Performance Battery Plus package is available, boosting output to 562 horsepower and torque to 479 lb-ft for a nominal difference in naught to 100 km/h sprints (although Porsche rates it at 4.0 seconds as well), yet this upgraded Taycan 4S’ shoots from standstill to 160 km/h in a scant 8.5 seconds instead of dawdling along at just 8.7 seconds. Both 4S power units limit the Taycan’s terminal velocity to 250 km/h, which incidentally is 30 km/h less speedy than the Turbo or Turbo S.
Under the Taycan 4S floorboards are 79.2 kilowatt-hours of high-voltage lithium-ion battery capable of 407 km (253 miles) of estimated range, as per the European WLTP rating system, while the enhanced 93.4-kWh Performance Plus battery provides about 463 km (288 miles) of range. This compares well with next to the Taycan Turbo’s 388 to 412 km (241 to 256 mile) claimed range and the Turbo S’ 388 to 412 km (241 to 256 mile) estimates.
No matter the trim, the Taycan uses an industry-first 800-volt electrical architecture that makes for faster recharging due to a charge-rate of 225 kW with the Performance Battery or 270 kW for the upgraded Performance Battery Plus, making 22.5-minute 5-to-80-percent refills possible with all power unit specs. Regular 400-volt high-speed DC recharging happens at 50 kW, but an available booster can increase the charge-rate to 150 kW. You can also use the standard AC charge system at any J1772-compatible charging station, or plug it in at in at home, but charging times will be considerably longer.
Topping the Taycan up is made easier via Porsche’s new Charging Planner, which allows you to plot your route by mapping out ideal charging stations along the way. For instance, it will choose a quicker 270-kW station that can save you time when compared to a regular 50-kW DC charger, even if the quicker charger necessitates a detour from the shortest route. The Charging Planner also preconditions the battery to 20 degrees Celsius, which is best for the fastest possible charge-rate.
Like the Taycan Turbo and Turbo S, the new 4S incorporates an all-wheel drivetrain featuring front and back axle-mounted permanently excited synchronous motors plus a two-speed transmission in the rear. Additionally, Porsche’s centrally networked 4D Chassis Control system provides real-time analysis and synchronization for the Taycan’s standard electronic damper control Porsche Active Suspension Management (PASM) enhanced three-chamber adaptive air suspension, which should result in impressive road-holding capability.
What’s more, Taycan customers should enjoy improvements in reliability over Tesla Model S owners, thanks to Porsche designing a completely new hairpin winding technique for the electric motor stators’ copper solenoid coils, this allowing for a copper fill factor of 70 percent compared to 45 percent when wound using the conventional method, all of which results in stronger performance and less heat.
Monitoring the Taycan’s mobility status is a wholly digital primary gauge cluster filled with colourful high-resolution graphics and integrated within a free-standing, curved binnacle that pulls styling cues from the brand’s legendary 911. Just to the right, the Taycan 4S’ standard 10.9-inch high-definition capacitive infotainment touchscreen sits atop the centre stack. Most will also want the optional front passenger display that was introduced last month with the Taycan Turbo and Turbo S, this innovative addition extending the graphical experience across the rest of the instrument panel.
Features in mind, the Taycan 4S receives standard Black or White exterior paint, a unique front fascia design, a glossy black painted rear diffuser and side skirts, LED headlamps with Porsche Dynamic Light System Plus (PDLS Plus), 19-inch five-spoke Taycan S Aero alloys, red-painted six-piston front and four-piston rear brake calipers (instead of the yellow-painted calipers found on the two Turbo models) biting down on 360-mm front and 358-mm rear discs, regenerative brakes (with a maximum regenerative force of 0.39 Gs and recuperation of up to 265 kWh), proximity keyless entry, ambient interior lighting, partial leather upholstery, eight-way power-adjustable front seats with driver’s side memory and more, but take note this base model won’t go into production until June, 2020. Before then, the $1,690 panoramic glass sunroof replaces the standard aluminum roof, while the optional Porsche Mobile Charger Plus isn’t available yet either, which leaves the standard Porsche Mobile Charger Connect system for early adapters.
Available Taycan 4S options include a bevy of $910 metallic exterior colours, including the Taycan’s Frozen Blue launch colour shown in the photos, plus bright Mamba Green and deep Gentian Blue, as well as one $3,590 special colour, Carmine Red. Additionally, Porsche is offering two sets of optional 20-inch alloys and three 21-inch wheels, all ranging from $2,710 to $10,010, while the car’s black partial leather cabin can be upgraded to $4,710 black or multiple $5,360 two-tone leather, $7,490 solid or $8,150 two-tone Club leather, or alternatively $4,710 solid or $5,360 two-tone leather-free Race-Tex, the latter Porsche-first incorporating recycled materials that reduce the Taycan’s impact on the environmental.
The new Porsche should be near silent at speed too, due to an amazing Cd of 0.22, plus this ultra-aerodynamic design also minimizes energy use.
Porschephiles wanting a taller SUV model instead of this road-hugging four-door coupe will be glad to know that a crossover coupe dubbed Cross Turismo is on the way next year. It’s designed to go up against the Jaguar I-Pace, Tesla Model X and whatever else comes down the pike by then, so we can all look forward to that.
You can order the new 2020 Taycan 4S right now, however, just like its Turbo siblings, while its arrival date is set for summer 2020.
Not many cars have been as enthusiastically anticipated as the new Porsche Taycan, and now production model has finally arrived at the 2019 IAA in Frankfurt, Germany.
To say that it’s powerful seems as bizarrely understated as merely calling it quick. Take a deep breath and then consider that its most formidable variant makes an outrageous 750 horsepower and even more mind-blowing 774 lb-ft of torque, its collective force allowing for a 2.8-second blast from zero to 100 km/h.
Such performance is nothing new to Tesla aficionados, the California brand’s Model S P100D good for a 0 to 100 km/h run of only 2.6 seconds, but how it achieves that feat with just 613 horsepower and 686 lb-ft of torque available is beyond me (although the fact that its heaviest curb weight of 2,250 kg/4,960 lbs is lower than the Taycan’s 2,295-kg/5,059-lb unladen weight probably has something to do with it). Then again, Porsche has a tendency to understate performance specifications; this brewing up to be an epic drag race that every credible cable and YouTube automotive show will be covering.
This said, Porsche’s faithful care more going fast around corners than merely burning up the asphalt in a straight line. To prove the Taycan’s dominance through tight twisting curves, Porsche took a pre-series example to the legendary Nürburgring-Nordschleife racetrack and quickly set an EV lap-record of 7:42 minutes, which just so happened to obliterate the last Tesla Model S P85D’s 8:50 lap time by over a minute. A minute off the pace around any racetrack is downright embarrassing, making us willing to bet that Tesla will soon show up in Nürburg, Rhineland-Palatinate with its more recently introduced P100D, plus a complete crew and an experienced driver.
In Tesla’s corner is price, because any 2020 Taycan Turbo is much more expensive than even a fully featured Model S P100D. The 2020 Taycan Turbo, which makes 671 maximum horsepower in launch mode, 627 lb-ft of torque, and can achieve a 3.2-second run from zero to 100 km/h, is now ready to order for $173,900 plus freight, whereas the new top-tier Taycan Turbo S is available from $213,900. Making matters more interesting, these two models aren’t even fully loaded, with Porsche’s many pricey options capable of driving its price up and over $250,000, which is a range normally associated with Aston Martin Rapides, Bentley Flying Spurs and Rolls-Royce Ghosts (ok, maybe a used R-R).
None of the super sedans above are capable of completing the 100-yard dash as quickly or scaling a mountain pass with the level of fleet finesse as a Taycan, however, while none will get the job done without chugging down a tanker’s full of premium unleaded gasoline. Back to electrics, a new 2019 Model S can be had for a comparatively bargain basement $108,990, while its sportier Performance trim line will set you back a mere $134,990 before creeping up to $155k when all options are added. Still, that seems like chump change next to a Taycan Turbo or Turbo S.
If you’re starting to feel like Porsche has forgotten simpler folk that can barely afford anything into six figures, we can take a little comfort in knowing that these super-fast Turbo variants (in name only, as there are no turbos at play) are merely being introduced first for their jaw-dropping wow factor. Later this year additional less powerful trims will be added to bring the price down from their current cirrus-pheric levels to mere stratospheric realms, but the upcoming Cross Turismo crossover coupe, which will directly take on Jaguar’s I-Pace toward the end of 2020, will no doubt have a full range of more and less accessible window stickers.
While performance matters, styling will probably play a bigger role in consumer choices when opting for either the Taycan or Model S. The new Porsche is completely new and inarguably good looking, whereas the Model S has been in production for seven years with very few changes. Fit, finish and interior refinement isn’t exactly a Model S strong point either, but expect only the industry’s best materials and workmanship within the new Porsche, while Stuttgart’s various on-board electronic systems are as good as digital displays get.
To that end the Taycan includes a fully digital pod-like gauge cluster that appears to float on its own behind the steering wheel. The black background of its classic Porsche curved oval area gets filled with colourful high-definition graphics that should appeal to both experienced EV users as well as long-time Porsche owners, while the two touchscreens that span the centre and right-side of the dash, the second display in front of the passenger, and the third capacitive touchscreen atop the sloped centre console (a la Range Rover), are digital eye candy and ideal for optimal control of the car’s myriad functions.
One of those screens no doubt includes animated power-flow graphics that show a permanent-magnet synchronous motor powering each axle, combining for the previously noted output numbers depending on the model chosen, although it should be noted that both make 616 horsepower when not in launch mode.
With that overboost setting switched back on, the slower of the two Taycan models can launch from standstill to 200 km/h in a scant 10.6 seconds, while this car’s standing quarter mile arrives in just 11.1 seconds. Do the same with the more formidable Turbo S and the 200-km/h mark arrives in just 9.8 seconds, while the quarter mile zips past in only 10.8. Both trims top out at 280 km/h (161 mph), an electronically limited top speed.
To achieve such performance the new Porsche incorporates some ultra-sophisticated tech, such as a single-speed front transmission and a larger two-speed rear gearbox. The latter transmission incorporates one gear for acceleration and another taller one for higher speed cruising. It chooses between rear gear sets automatically by monitoring a driver’s style, but it can also be done manually by selecting one of five drive modes. Just like it sounds, Range mode optimizes efficiency and therefore employs the taller second gear as often as possible while temporarily shutting down the front motor, whereas Normal mode makes the second gear the priority, yet uses the first gear a bit more. Sport mode, on the other hand, prioritizes first gear up to about 90 to 100 km/h, although it shifts to the second gear whenever throttle pressure is eased, and then goes back to first when needed. The Taycan also includes Sport Plus and Individual driving modes.
Anyone who’s owned a Tesla knows about overheating, the Model S notorious for it, especially when trying to execute consecutive full-power standing starts. Rather than grandfather this problem onto new Taycan buyers, Porsche has designed cooler running electric motors that feature a special hairpin winding technique to the stators’ copper solenoid coils. The result is a copper fill factor of 70 percent compared to 45 percent when those coils are wound the traditional way, giving the Taycan better more reliable performance.
In order to prove its point, Porsche endurance-tested the new Taycan in ultra-hot climates (of 42°C with a track temperature of nearly 54°C). A pre-production model circled Italy’s high-banked Nardò Ring oval racetrack at speeds ranging between 195 and 215 km/h for 24 hours straight, the marathon including six test drivers covering 3,425 km (2,128 m). Following up this punishing test program was another test that saw the new Porsche undergo 26 back-to-back launches from standstill to 200 km/h of less than 10 seconds each, with an average of 0.8 seconds variance between fastest and slowest acceleration times. Then we have the Nürburgring event noted earlier, with performance that should completely set the Taycan apart from the Model S.
Below the floorboards of both Taycan Turbo models is a 93.4-kilowatt-hour high-voltage lithium-ion battery sourced from LG, with enough stored energy to drive for 381 to 450 km (237 to 280 miles) based on the European WLTP rating system. The more quicker Turbo S also offers more range, its expected distance from fully topped up to near empty being 388 to 412 km (241 to 256 miles).
Making all this happen is an industry-first 800-volt electrical architecture, this also providing for faster recharging when an appropriate 270-kW charge station can be found (or installed in your home). How fast can it be refilled? How does five to 80 percent in just 22.5 minutes sound? Sure that’s a long wait for those used to filling up at a gas station, but anyone familiar with an electric car will know this is incredibly quick.
Porsche’s Charging Planner makes the process of charging even easier, or at least can maximize one’s efficiency when traveling. For instance, when it charts a given route it factors in the best places to recharge along the way, even if it driving a bit farther out of the way for a quicker 270-kW charge station (which will save a lot of time over a regular 50-kW DC charger) is needed. What’s more, the Charging Planner will precondition the battery to 20°C for faster recharging.
As noted earlier, the new 2020 Porsche Taycan Turbo and Turbo S are now available to build and order from Porsche Canada’s retail website, or you can place an order through your neighbourhood Porsche dealer, but you’ll want to act quickly if being amongst the first in your city to own one matters. This is the first electric car ever capable of truly taking on Tesla’s quickest Model S, making it about as important as any EV built within the last seven years.
And while waiting to take delivery of your new Taycan, or simply hoping for those lottery ticket numbers to match the bouncing balls on TV, enjoy the complete album of gallery photos above and generous supply of Porsche-sourced videos below:
Story credits: Trevor Hofmann
Photo credits: Porsche
World Premiere Porsche Taycan (40:33):
The new Porsche Taycan – Designed to enliven (1:28):
The fully electric Porsche Taycan accelerates 0-90-0 mph on the USS Hornet (0:59):
Onboard Lap – Porsche Taycan Sets a Record at the Nürburgring-Nordschleife (8:09):
New Porsche Taycan sets a record at the Nürburgring-Nordschleife (0:58):
Taycan Prototype Convinces at Endurance Run in Nardò (0:57):
The new electric Porsche Taycan proves its repeatability of power before upcoming World Premiere (1:05):
A thank you to electricity: The Porsche Taycan (0:45):
Is it finally time for you to own an electric vehicle?
In the electric automobile industry, there are so many cars debuting each year. Many of these come with affordable price tags and extended operating ranges, making your buying decision both easier and harder simultaneously.
So if you’re thinking about an electric car, do read on. Also, we have a great surprise at the end. If you’re wondering, say, what the cost of a BMW electric car in Canada is, we can do you one better! Not only will we show you how to know the full MSRP, but also how you can get amazing rebates and incentives. Read on!
What is an electric car and how does it work? All-electric cars have an electric motor in place of an internal combustion engine. The car relies on a large traction battery pack for power and it must be plugged into a charging station or wall outlet to recharge.
Granted, these still occupy a razor-thin percentage of the overall automobile industry, but they’re picking up traction very quickly! And with the dearth of renewable fuel sources, there might come a time when all owners switch to EVs!
The debate between electric cars vs gas cars has been on for quite some time. In this article, we explore the pros of shopping for an EV in 2019.
So Many Amazing Options
You’d be surprised to learn that, in 2019 alone (so far!), 17 new EVs and crossovers have been launched. For the budget-minded shopper, these start as low as $23,900. A large portion of them are within the $30,000 range which, let’s face it, is the average cost of a new car these days.
Conventionally, people have found that EVs have abysmal resale values. That’s about to change. Models like the Chevrolet Bolt EV, Tesla Model 3 and Jaguar I-Pace can all run for over 200 miles at a time and are anticipated to hold a much sturdier 3-year resale value. In fact, the Tesla Model 3 is expected to retain about 64% of its value after 36 months.
Electricity is More Affordable Than Gasoline
This one’s a given. Gas prices are soaring and more and more people are finding that it’s cheaper to own and run an EV. For instance, the Hyundai Ioniq Electric is expected to cost the owner about $500 a year to run for 15,000 miles! This means that those who opt for this car will pay approx $4,200 less in fuel costs over a 5-year period as opposed to someone who owns a gasoline run vehicle.
No Tailpipe Emissions
EV batteries do not spew smog-forming pollutants like an internal combustion engine does. Imagine the good you’d be doing for the environment! Now the overall impact on the environment does depend on how the electricity is locally sourced. But overall, these produce way less pollution than traditional cars.
Maintenance Costs Take a Nosedive
No more oil changes or tune-ups That sounds good, doesn’t it? In fact, because there are just a handful of moving parts, the less chance of things failing or needing replacement in an EV. Electric cars use a one-speed transmission and avoid components like valves, spark plugs, clutches, catalytic converters, etc. Thus, you will only need to get the brake pads serviced every once in a while.
Want the Best Deal on Your New Electric Vehicle?
Car Cost Canada can help! With a dealer invoice report from Car Cost Canada, you can get a breakdown of factory incentives, lease rates and more! That way, you can easily skip the extra charges and find out the MSRP of any car (how much the dealer actually paid to own it).
It hasn’t been all that long since Bentley launched its latest third-generation Continental GT, but they’re already showing us what’s possibly in store for the not too distant future.
The new EXP 100 GT Concept “reimagines the Grand Tourer for the world of 2035,” states Bentley in a press release, the swoopy new design exercise boasting a large grille surrounded by big circular headlights, a long elegant hood, a two-door coupe body style with a sweptback roofline, much like the current Continental GT, but the prototype’s grille is illuminated almost as brightly as the dazzling headlamps, its eye-shaped taillights are reminiscent of today’s GT albeit much larger and detailed in OLEDs, and its hind end protrudes much farther rearward than anything we’ve seen from Bentley since the 1950s-era R-Type Continental.
Today’s Continental GT uses a lot of aluminum highlighted with carbon-fibre in some trims, but the EXP 100 GT is mostly carbon-fibre and aluminum, while its uniquely sculpted body panels come coated in “paint made from recycled rice husks,” adds Bentley. It no doubt takes a lot of rice husks to cover 5.8 metres (19.0 feet) of car, not to mention 2.4 metres (7.9 feet) from side-to-side, but Bentley wasn’t about to make a small statement as part of its 100th anniversary celebrations.
Hence the “100” in the EXP 100 GT’s name, the automaker having come to life in North London during 1919.
“Today, on our Centenary, we demonstrate our vision of the future of our Marque, with the Bentley EXP 100 GT – a modern and definitive Grand Tourer designed to demonstrate that the future of luxury mobility is as inspirational and aspirational as the last 100 years,” said Bentley Chairman and CEO Adrian Hallmark. “Bentley has, and will continue to enhance and enrich every single journey and the lives of every single person who travels in, or has the honour to be a part of creating our extraordinary products.”
As visually captivating as the EXP 100 GT is, there’s a lot more going on than just dramatic styling. Indeed, it represents much of the advanced ideas and ideals that Bentley hopes for its future. The car is all-electric, expected of future-think concept cars these days, although instead of the usual single battery and one or two electric motor combination the EXP 100 GT’s “Next Generation Traction Drive” system mounts a single electric motor in each of its four wheels, which provide electronic torque vectoring while combining for an astounding 1,100 pound-feet of torque (1,500 Nm).
Bentley claims standstill to 100km/h in “less than 2.5 seconds,” which is shockingly quick when factoring in just how big this car is. Some of this can be attributed to a relatively light curb weight of only 1,900 kg (4,189 lbs), which is a lot less than today’s Continental GT that hits the scales at 2,244 kg (4,947 lbs), much thanks to previously noted lightweight materials usage, while Bentley projects a maximum range of 700 km (435 miles), which would presuppose it wasn’t cruising at its 300 km/h (186 mph) top speed.
This impressive range and performance is due to “future battery technology” with “intelligent power and charge management,” says Bentley, which will provide “five times the conventional energy density,” thus recharging the battery from near empty to 80 percent in just 15 minutes. Incidentally, optimal charging gets taken care of automatically by the Bentley Personal Assistant, a bit of advanced artificial intelligence (AI) tech that acts like a personal valet for all EXP 100 GT occupants.
“The Bentley EXP 100 GT represents the kind of cars we want to make in the future,” commented Stefan Sielaff, Director of Design. “Like those iconic Bentleys of the past, this car connects with its passengers’ emotions and helps them experience and safeguard the memories of the really extraordinary journeys they take.”
Another high-tech advancement promised in the EXP 100 GT is autonomous self-driving ability, transforming this driver’s car into a commuter’s dream. It’s cabin is just as pampering as any current Bentley offerings, with amply sized seats for two or four, plus all the leather, fabrics, glass, wood and metal expected from one of the most luxurious brands the world has to offer.
This said, while Bridge of Weir once again provides the EXP 100 GT’s hides, they’re an alternative material made from 100-percent bio-based winemaking byproducts, whereas the embroidered door panels are recyclable too, and made by UK-based Hand and Lock employing “traditional techniques that date back to 1767 and are used on Royal and Military Dress uniforms.” What’s more, the car’s interfaces aren’t covered in glass, but rather Cumbrian crystal, while 5,000-year-old peat bog-, lake- and river-sourced Copper Infused Riverwood is used for the interior’s trim, along with real aluminum and copper, this last combo apparently paying homage to an alloy developed by W.O. Bentley for the BR1 Aero engine piston, which played a major aeronautical role during World War 1.
The mostly clear rooftop seen in photos is used for naturally harvested light, but the innovative roof also synthesizes light via “prisms that collect light and transfer it into the cabin using fibre optics.” At the opposite end of the spectrum, you’ll want to remove your shoes and socks just to wiggle your toes within the deep British Farmed Wool carpets, while embroidered cotton interior surfaces add to the recycled and recyclable atmosphere, making the EXP 100 GT a rolling test bed of sustainability.
Additional tech includes seats that incorporate intelligent, adaptable three-way biometrics, with positions that depend on whether you’re doing the driving or being driven. Yet more biometric sensors monitor the automatic climate control system as well, plus the passengers’ positions, and the exterior environment’s conditions before providing ultimate comfort, while additional biometric sensors are embedded throughout the cabin in order to track eye and head movements, blood pressures, etcetera in order to deliver a level of in-car comfort that far exceeds anything Bentley, or anyone else, currently offers. The cabin is even capable of automatically aerating its atmosphere with a sandalwood and moss fragrance.
Whether we’ll be able to experience this particular Bentley coupe by 2035 or not can’t be known outside of Bentley’s inner circle, but we should remember that automaker’s have to plan their upcoming models decades into the future, so something quite similar may be in the books.
The EXP 100 GT is certainly a vision of distinctive beauty that should be welcomed by car enthusiasts of any era, and is much truer to Bentley’s brand heritage than the kind of electrified, autonomous, monobox SUV/MPV-thingy they’re more likely to offer in 15 years’ time. Until we find out what’s actually coming down the line, make sure to check out our complete gallery above and nice collection of videos below.
Fans of electric vehicles have been over the moon about the soon to arrive 2020 Taycan, and now that Porsche has a pre-production model strutting its stuff on a global tour, we’re all getting a taste of what’s to come.
The sleek four-door coupe-style Taycan is currently on a “Triple Demo Run” that started off on the first week of July on the Porsche Experience Centre (PEC) handling track in Shanghai, China, where Porsche Carrera Cup Asia driver Li Chao coaxed it around 1.4 kilometres of high-speed curves. This particular Taycan was closest to a street-ready production model anyone outside of Porsche’s inner circle has seen yet, the black-painted model adorned with a stunning red dragon graphic upon its roof.
“The exceptional performance typical for Porsche was a clear development objective for the Taycan. You can sense that right from the start,” an enthusiastic Chao, who was especially impressed by the Taycan’s handling, stated after his initial run. “From uncompromisingly sporty to surprisingly comfortable, the chassis of the new Taycan covers a wide range and successfully combines the precise handling of a sports car and the long-distance comfort of a saloon. In addition to its low centre of gravity, the rear-axle steering also plays a crucial role. The Taycan steers into corners very directly and has plenty of grip.”
The new Taycan houses a quick-charging 800-volt architecture plus a 90-kWh lithium-ion battery, resulting in 592 horsepower (600 PS). The new Porsche catapults from 0 to 100km/h in less than 3.5 seconds, continues on to 200 km/h in under 12 seconds, and tops out above 250 km/h, making it one of the fastest four-door production sedans ever made.
Continuing on its worldwide journey, the new Taycan silently sped up the popular “Hill Run” at the famed West Sussex, England-based Goodwood Estate that hosts the Goodwood Festival of Speed each year. Tasked with driving duties, multiple racing-winning Formula 1 veteran and LMP1/Porsche 919 Hybrid World Endurance Championship (WEC) contender Mark Webber, showed just how awesomely quick the new Porsche can be (make sure to watch the videos below for more).
“The Taycan’s power delivery is awesome,” said Webber. “I took part in this event in a Porsche 911 GT2 RS two years ago, so I already knew that it all comes down to power and traction. But, even for a thoroughbred racing driver like me, it is amazing how the Taycan – even though it’s still a prototype – accelerates off the start and out of the corners.”
Next on the agenda is a New York City stint as part of the ABB FIA Formula E Championship season finale, a fitting event for an electric super sedan. This final demo run will see Formula E driver and 2016 24 Hours of Le Mans winner (while driving a WEC Porsche LMP1 car no less) Neel Jani at the wheel, so be sure to watch all the action on your favourite video streaming site.
While all this ultra-fast electrification is fun for auto enthusiasts everywhere, and mostly seen as a positive for the green movement, no one can say for sure how the Taycan will measure up to its most obvious EV rival when it comes to sales success. The now somewhat long-in-tooth Tesla Model S had led all battery-powered competitors on the sales charts up to the point its own Tesla Model 3 sibling arrived on the scene, so the question now remains whether the Taycan can truly pose a threat to the Model S, or will remain as a niche player like all non-Tesla EV entries so far.
Let’s face it. Tesla virtually owns the electrified sport-luxury market. The Model S, which arrived in 2012, not only outsells all other electric competitors in its mid-size E-segment, but actually outperforms every conventionally powered mid-size luxury model other than the BMW 5 Series and top-selling Mercedes-Benz E-Class. This said, Model S deliveries fell 6.3 percent in 2018, and a much more sizeable 56 percent during the first three months of this year, but this may have more to do with its four-door sedan body style than any lack of interest in the Tesla brand, because both the E-Class and 5 Series found themselves in the same downward spiral, with Audi’s recently redesigned A6 and A7, plus Porsche’s Panamera bucking the trend. Still, despite its downturn, the Model S managed to hang onto third place in the mid-size E-segment.
The Panamera grew by 40.1 percent in calendar year 2018, and didn’t lose much of that market share during Q1 of 2019 either after experiencing a small loss of 0.8 percent. Tesla’s Model S, however, outpaced the Panamera by a near three-to-one ratio last year, and 2.5-to-one over the initial three months of 2019, but it’s nevertheless safe say the recent sales strength of both premium cars is a good sign for potential future success of the new Taycan.
The Panamera, which available with various conventional engines plus two electrified hybrid powertrains, is very close in size to the Model S, at least before taking overall length into account. So far Porsche hasn’t released official Taycan dimensions, but if the production model ends up being close to in size to the Mission E concept it will be slightly shorter, albeit quite a bit wider and significantly lower than either the Panamera or Model S, but it will still fit ideally within the mid-size E-segment.
This brings us to a question: As impressive as the new Taycan appears to be, can the upstart Porsche EV punt the longstanding Tesla titleholder off the top sales-leadership podium? That Jaguar has had difficulty attracting EV customers to its new I-Pace, despite that model being a crossover utility and therefore more in line with current automotive trends, actually makes sense because the British luxury brand already has major problems finding buyers for its conventionally powered models, but Audi, amongst the auto industry’s hotter luxury brands, recently introduced the all-electric E-Tron, a crossover that’s even more traditionally SUV-like, and it hasn’t made much of a dent into Tesla Model X territory either.
To bring you up to date on U.S. EV market growth, June saw increased sector sales of 120 percent, but take note that most of the 29,632 deliveries were attributed to Tesla, its 23,914-unit total accounting for 83 percent of market share growth due to 20,550 Model 3 (a compact luxury D-segment four-door sedan) buyers, 2,725 Model X (a mid-size luxury crossover SUV) customers, and new 1,750 Model S owners. Tesla aside, EV sales from other brands increased by 30 percent in June, which is excellent, but of course this number was comparatively small at 4,718 units total.
As anyone can surmise, earning a profit while selling in small numbers is not going to happen, with the next best-selling Nissan Leaf only able to deliver 1,156 units, Chevy’ impressive Bolt only finding 1,190 buyers (its worst YTD result), Honda positively surprising all with 1,092 Clarity FCV (Fuel Cell Vehicle) deliveries, Audi’s aforementioned E-Tron sales actually dropping from 856 units in May to 726 (after 253 down the road during its first month of April), BMW’s i3 having its best month so far this year with 473 sales, Jaguar’s new I-Pace managing its second-best month with 236 deliveries, Toyota pushing 166 Mirai FCVs out the door, Hyundai’s Kona EV finding 127 new owners, and other EV models like Kia’s Soul EV, Volkswagen’s E-Golf, etcetera not being accounted for due to having their sales numbers combined with conventionally models bearing the same nameplate.
Just which list the new Porsche Taycan gets added to, either alongside Tesla’s strong sales or somewhere mixed in with all other EV makers, is unknown for now, but we only have to wait until later this year to find out. Until the new production Taycan gets officially revealed in September and then arrives in Porsche dealerships later this year, makes sure to enjoy our photo gallery above and collection of videos below.
Kicking off in China: the Porsche Taycan prototype visits Shanghai (1:00):
Porsche Taycan prototype visits Goodwood Festival of Speed 2019 (1:41):
Hey Porsche, watch this video. Love, Electricity (1:03):
What’s the best-selling electric car of all time? That’s actually a pretty cut and dry question, but nevertheless it gets debated more often than it should be.
Some point to Tesla that’s made massive inroads into the EV market in recent years, but while the brand has racked up plenty of overall sales, no individual model has yet come out on top. Since the first Tesla Roadster went on sale in 2012 and calendar year 2018 came to a close on December 31, the U.S. all-electric brand had sold an approximate total of 532,000 units, which far and away makes it the most successful electric car producer, but despite reportedly receiving 325,000 reservations of the Model 3 after only a week of being unveiled in 2016, and that waiting list having grown to 455,000 units by August of 2017, the car’s actual deliveries hadn’t exceeded 238,000 by April 21, 2019, which while impressive for any startup automaker, is still far behind the real EV sales leader, Nissan and its much more plentiful Leaf.
Before we receive a slew of “What about the Toyota Prius?” questions in our inbox, take note the Prius isn’t really a full electric vehicle, but rather a hybrid that still relies on a regular gasoline-powered internal combustion engine (ICE) to get where it’s going.
Unlike a full EV, the Prius’ battery and electric motor supplements the ICE’s motive power, and can only be used for 100-percent electric mobility at low speeds (under 20 km/h) and short distances (such as in public parking garages). Toyota now produces a plug-in hybrid model named Prius Prime, which provides longer distances of all-electric use at higher speeds, but it hasn’t sold very strongly so far.
Alternatively, Nissan’s Leaf is a pure electric vehicle that totally relies on its battery and electric motor for motive power, so therefore needs to be regularly recharged from a home or public charging station, instead of refueled at a gas station like the Prius and other hybrids. Where the two iconic green cars enjoy similarities, however, is in their best-selling status, the Prius as the all-time leader amongst hybrid-electric vehicles (HEVs) and the Leaf as the undisputed electric vehicle (EV) champion. And yes, if you were wondering when we’d get to the Leaf’s total sales number, Nissan has sold and delivered more than 390,000 Leaf hatchbacks since it became available in 2010.
Making sure it maintains its leadership, Nissan now offers the 2019 Leaf with two power units, both of which are more formidable than the single battery/motor combination provided with last year’s model. As part of the 2019 model upgrade introduced halfway through 2018, Nissan gave its Leaf a new 40kWh Li-ion battery and uprated 110-kW (147-horsepower) electric motor, which was a 16kWh improvement over the old version. This meant that it could (and still can) travel up to 243 kilometres on a single charge compared to only 172 km with the previous model, a 69-km increase that made all the difference in the world. Still, not willing to rest on its laurels, the new Leaf Plus connects a 62-kWh battery to a 160 kW (214 hp) electric motor for an estimated 363-km of range.
“With the addition of LEAF PLUS, the Nissan LEAF is now available with two battery options and a choice of four trim levels – each featuring the many advanced technologies offered under the banner of Nissan Intelligent Mobility,” commented Steve Rhind, director of marketing, Nissan Canada Inc. in a press release.
To be clear, starting this April the 2019 Leaf is available in four trims instead of just three, but two of its previous trims are no longer available. The new base trim is the $40,698 Leaf SV, which is now followed by the $43,998 Leaf S Plus, the $46,598 Leaf SV Plus, and finally the $49,498 Leaf SL Plus, with a $1,950 destination charge added to all models.
The new base price is therefore $3,900 more expensive than the outgoing version, but this is due to the cancellation of regular Leaf S trim, which was priced at $36,798 through the last half of 2018 and calendar year 2019 thus far. What’s more, the regular Leaf SL, which added luxury features such as two-tone black and grey perforated leather and microfibre-like Bio Suede PET cloth upholstery, an Intelligent Around View Monitor, Driver Attention Alert, seven-speaker Bose premium audio, turn signal repeaters integrated within the side mirror caps, and more for $42,698, will no longer be available for order in Canada either (they’re both still offered in the U.S.), but you may be able to locate one or the other at a Nissan retailer.
Comparing apples to apples, the price difference between the regular Nissan Leaf and new Leaf Plus in SV trim, which are mostly similar, is $5,900, but take note that along with increased performance, 120 km (or about 50-percent) or so of added range, and an enhanced recharging system (keep reading), the Leaf Plus SV also includes a slightly reworked front fascia featuring special blue highlights, an “e+” logo plate on the lower portion of the charge port lid, and new rear badging (depending on trim level), while other standard enhancements include forward collision warning, Rear Door Alert (which warns if someone or something has been left in the rear seating area), and a 1.0-inch larger 8.0-inch centre touchscreen (a 7.0-inch touchscreen is standard and the old base 5.0-inch display has been discontinued).
Also notable, the infotainment systems found in both regular Leaf SV and Leaf S Plus base models now come standard with a navigation system, Apple CarPlay and Android Auto smartphone connectivity, satellite radio, etcetera, but only SV trims provide voice recognition, NissanConnect EV (that remotely connects the car to your smartphone), six audio speakers (instead of four), and more.
Additionally, the $3,300 more affordable Leaf SV adds 17-inch alloy wheels instead of the 16-inch alloys that come standard on the Leaf S Plus, as well as fog lights, an electronic parking brake (in place of a foot-operated parking brake), an auto-dimming centre mirror, a Homelink universal garage door opener, an eight-way power driver’s seat with two-way lumbar, a tonneau cover, and a bevy of advanced driver assistance features such as autonomous emergency braking with pedestrian detection (which basically includes the SV Plus model’s forward collision warning), auto high beams, dynamic cruise control with full speed range and hold, ProPilot Assist semi-autonomous self-driving, Steering Assist, blindspot warning, lane keeping assist, rear cross-traffic alert, and more.
The menu of items just mentioned is also standard with the new Leaf SV Plus, while a shorter list of luxury features spoken of earlier in this story, when covering the now outgoing Leaf SL, is also pulled up to the new Leaf SL Plus model, albeit with a big $6,800 difference in price thanks to its performance and driving distance enhancements.
Now is probably an apropos opportunity to explain that plenty of electric vehicle owners consider range performance similarly to how conventional car buyers may be willing to ante up more for faster acceleration and better all-round handling. No matter which way you look at it, the two different Leaf models ensure “that there’s a Nissan LEAF to meet the driving needs of a wider range of customers,” as said in a press release.
Speaking of those who just want to take off a little quicker, despite weighing in at 1,737 kilograms (3,831 lbs) compared to 1,580 kg (3,483 lbs), the new Leaf Plus reduces sprint times by 13 percent over the regular Leaf, which will let its drivers “confidently pass slower-moving vehicles, exit corners faster and more seamlessly, and merge easily with fast-moving traffic,” says Nissan. Additionally, Nissan has given the new Leaf Plus and extra 10 percent more top speed, with more “comfortable cruising” capability being the target.
This being an electric vehicle, faster charging times will be an even greater reason to opt for the new Leaf Plus. Along with all the other upgrades, its new standard 100kW-capacity quick charging system allow for an 80-percent recharge within just 45 minutes (as per the Nissan Canada retail website). If the only option is a 75-kW DC quick charger it will only take another 5 minutes for a total of 50 minutes in order to reach that 80-percent goal, or alternatively 60 minutes is what’s needed when using a 50-kW DC quick charger. Of note, the regular Leaf requires approximately 40 minutes to achieve the same 80-percent charge with the 50-kW DC quick charger, but be forewarned that you can’t connect it to the 75-kW or 100-kW DC fast charging stations.
If you’ve already set up a regular 240-volt home charging station, the new Leaf Plus will require about 11.5 hours to fully charge, or approximately 3 and a half hours longer than the regular Leaf. Also, the Leaf Plus can be driven for about 35 km after about an hour on the same 240-volt charger, which is good to know if you just want to top it up while visiting the mall.
While not filling up at a traditional pump it’s always important to remember that EVs use resources, and to that end both Leaf models are ultra-efficient, with energy equivalent ratings of 1.9 Le/100km city and 2.4 highway for the regular Leaf, or 2.1 Le/100km city and 2.5 highway for the new Leaf Plus. Litres of gasoline are never part of the equation, of course, but rather the Le/100km rating system can be a helpful tool in understanding how electric vehicles’ energy consumption compares to the fuel economy of gasoline-powered vehicles, not to mention how each EV’s energy use compares to the other.
What’s more, it’s important to note that the new Leaf Plus’ battery doesn’t impinge on interior packaging at all, with both front and rear seating compartments identically sized for comfortable accommodations all-round, plus cargo volume still capable of being loading up with 668 litres (23.6 cubic feet) of gear when its rear seats are in use, and 849 litres (30.0 cubic feet) when the standard 60/40 split-folding seatbacks are lowered.
So now that you know all that’s changing with the Leaf halfway through its 2019 model year, you may want to take advantage of the savings still available if you’d rather opt for the less powerful regular model, whether choosing non-Plus versions of the base Leaf S or top-line Leaf SL, because there are still some available at Canadian Nissan retailers (depending on your area). This said, if you’d rather pay more for quicker charging, added range, and improved straight-line performance, the all-new Leaf Plus is already starting to show up at those same dealers.
To find out more about all the available 2019 Nissan Leaf and 2019 Leaf Plus trims, packages and options, including pricing for each, and/or to learn out about any of the rebates potentially available, not to mention dealer invoice pricing that might just save you thousands, be sure to visit this page right here on CarCostCanada.
I said this before and I’ll say it again, the new Accord is the most attractive car in its midsize sedan class, and one of the best looking to ever be sold in this segment. Not only that, I find it better looking than a lot of premium-branded sedans, and wouldn’t doubt that some who might have never purchased in this class before will now consider doing so solely because it exists.
This scenario may have played out on Canada’s sales charts last year, with the Accord being the only mid-size sedan to see growth from January 2018 through December’s end. OK, its archrival Toyota Camry barely escaped the red by growing a scant 0.1 percent over the same 12-month period, but Accord deliveries were up 2.4 percent during an era that’s seen the mid-size sedan decimated by crossover SUV popularity. This last point was evidenced by other Accord competitors seeing their market shares eroded significantly, the next best-selling Chevy Malibu’s sales down 16.3 percent, followed by the Fusion dropping 34.8 percent, the Nissan Altima lower by 21.4 percent, the Hyundai Sonata by 33.6 percent, Kia Optima by 27.5 percent, Volkswagen Passat by 29.5 percent, Mazda6 by 9.8 percent, and Subaru Legacy down by 28.1 percent. That’s an unbelievable level of mid-size sedan carnage, but the new Accord solely rose above it all.
Of course, there’s a lot more to the 10th-generation Accord than just good looks. There’s an equally attractive interior filled with premium levels of luxury and leading edge electronics, plus dependable engineering borne from decades of production and non-stop refinements. The first hybrid drivetrain was introduced as an option to the seventh-generation Accord way back in 2005, skipped a generation and then came back as an option with the ninth-gen Accord in 2013, and now it’s here again.
As with previous iterations, the latest Accord Hybrid looks much the same as the conventionally powered model, which I appreciate because it’s not trying too hard to stand out and keeps the Accord’s attractive styling intact. Truly, the only noticeable difference is a removal of tailpipe finishers, the Hybrid featuring some discrete chrome trim in their place. Chrome in mind, both no-name Hybrid and Hybrid Touring trims feature the same chrome exterior details as the regular Accord’s EX-L and above trims, Sport model excluded.
Touring upgrades that aren’t as noticeable include full LED headlamps that feature light emitting diodes for the high as well as the low beams, plus unique signature LED elements around the outside of the headlamp clusters, chrome-trimmed door handles, and the availability of no-cost as-tested Obsidian Blue Pearl exterior paint instead of standard Crystal Black Pearl or $300 White Orchid Pearl, the only two shades offered with the base model.
Now that we’ve got the obvious visual changes from base Hybrid to Hybrid Touring trims out of the way, the top-line model also replaces Honda’s exclusive LaneWatch blind spot display system with a Blind Spot Information (BSI) and Rear Cross Traffic Monitor system, while adding adaptive dampers to improve handling, rain-sensing wipers, a head-up display (HUD), an auto-dimming rearview mirror, passenger side mirror reverse gear tilt-down, a HomeLink garage door remote, a powered moonroof, front and rear parking sensors, navigation, voice recognition, satellite and HD radio capability, HondaLink subscription services, wireless device charging, an AT&T Wi-Fi hotspot, driver’s seat memory, a four-way powered front passenger’s seat, a heatable steering wheel rim, perforated leather upholstery, ventilated front seats, heated rear outboard seats, and more for $40,090 plus freight and fees.
Incidentally, I sourced 2019 Honda Accord Hybrid pricing right here at CarCostCanada, which not only breaks everything down into trims, packages and standalone options, but also provides information about available rebates as well as dealer invoice pricing that could save you thousands.
Additionally, items pulled up to the Hybrid Touring from base $33,090 Hybrid trim include unique aerodynamically designed machine-finished 17-inch alloy wheels, auto-on/off headlight control with automatic high beams, LED fog lamps, LED taillights, a remote engine starter, proximity-sensing keyless access with pushbutton ignition, a leather-wrapped multifunction steering wheel, a 7.0-inch colour TFT multi-information display within the primary gauge cluster, dual-zone automatic climate control, an 8.0-inch infotainment touchscreen with tablet-style tap, swipe and pinch gesture controls, Apple CarPlay and Android Auto smartphone integration, a multi-angle rearview camera with dynamic guidelines, Bluetooth phone connectivity with streaming audio, near field communication (NFC), 452-watt audio with 10 speakers including a subwoofer, two front and two rear USB charging ports, SMS text message and email reading functionality, Wi-Fi tethering, overhead sunglasses storage, a 12-way powered driver’s seat with four-way powered lumbar support, heatable front seats, the HondaLink Assist automatic emergency response system, plus all the expected active and passive safety features including front knee airbags.
Some safety features that might not be expected include the standard Honda Sensing suite of advanced driver assistance systems, incorporating Adaptive Cruise Control (ACC) with Low-Speed Follow, Collision Mitigation Braking System (CMBS), Forward Collision Warning (FCW), Lane Departure Warning (LDW), Road Departure Mitigation (RDM), Lane Keeping Assist System (LKAS), and traffic sign recognition, this being enough to earn the regular Accord a Top Safety Pick from the IIHS when equipped with its upgraded headlights, while all Accord trims get a best-possible five stars from the NHTSA.
The long list of Accord Hybrid Touring features comes in a cabin that exudes quality and refinement, thanks to premium-level soft synthetic surfacing on most surfaces above the waste, authentic looking matte woodgrain inlays spanning the instrument panel and door panels, tastefully applied satin-silver accents throughout, supple leather upholstery on the seats, door inserts and armrests, padded and stitched leatherette trim along the sides of the lower console, the front portion protecting the inside knees of driver and front passenger from chafing, and some of the highest quality digital displays in the class.
Immediately impressive is the brightly lit primary instrument package that looks like a giant LCD panel at first glance, but in fact houses a digital display within its left two-thirds while integrating an analogue speedometer to the right. The screen on the left is filled with hybrid-specific info by default, but you can scroll through numerous other functions via steering wheel controls, resulting in a very useful multi-info display.
Likewise you can project key info onto the windshield via the HUD by using another steering wheel button, the system showing graphical information for route guidance, the adaptive cruise control system and more up high where you can see it without taking your eyes off the road.
Over on the top portion of the centre stack, Honda’s new infotainment interface has become a personal favourite amongst mainstream volume brands, thanks to high definition displays, wonderful depth of colour and contrast, plus fabulous graphics, the elegantly arranged tile system easy to figure out and plenty attractive to look at. Being a hybrid, a number of cool animated graphic sections are included, while the navigation system’s mapping was excellent and route guidance easy to input and precisely accurate, plus the backup camera was equally clear and dynamic guidelines helpful. Yes, I would’ve appreciated an overhead 360-degree bird’s-eye view, but the ability to see a variety of views thanks to its multi-angle design, no matter the trim, is a bonus that others in the class don’t offer.
The final digital display is Honda’s dual-zone automatic climate control interface, which is attractively designed in a narrow, neatly organized, horizontal row that includes an LCD centre display, three knurled metal-edged rotating knobs, and a variety of high-quality buttons for the HVAC system and heated/ventilated front seats.
I should mention that all of the Accord Hybrid Touring’s switchgear was excellent, and much of it beautifully finished with aforementioned satin-silver detailing, while the audio system knobs got the same grippy and stylish knurled metal treatment as those used for the HVAC interface. Much of the design shows an artistically flair too, particularly the recessed speaker grille behind the fixed tablet style display atop the dash, and the 3D effect used to raise the top buttons on the HVAC interface above those below.
At the very base of the centre stack is a little cubby filled with a 12-volt power outlet, a charged/connected USB port and a wireless charging pad that’s large enough for big smartphones like the Samsung Note series. Interestingly Honda has done away with the classic old auxiliary plug, replacing it with near field communication (NFC) as noted earlier, and three more USBs, the second one found within the centre storage bin under the armrest, which includes another 12-volt charger as well. The bin has a nice removable tray as well, which feels very high in quality and is rubberized so that it doesn’t rattle around like so many others in this class. This is just one of many details that let you know the Accord’s quality is above average.
The leather seats are nicely styled with perforations the three-way forced ventilation noted earlier. The driver’s was extremely comfortable, with good side support for this segment and excellent lower back support. On that note I was surprised that Honda not only includes a power-adjustable lumbar support with fore and aft control, but it’s a four-way system that also moves up and down to ideally position itself within the small of your back. That’s unusual in this class, even when compared to some premium models like the Lexus ES 350 and more directly comparative ES 300h hybrid that only include two-way powered lumbar. Likewise for the Toyota Camry and Camry Hybrid, plus a few others in this segment that don’t measure up either.
The seating position is good, probably on par with the aforementioned Camry, but I must say neither is excellent when it comes to adjustability. Their steering columns don’t offer enough reach, forcing me to power my seat too close to the pedals in order to achieve optimal comfort and control of the steering wheel. We’re all made differently, and I happen to have longer legs than torso. The compromise was a more upright seatback than I would have otherwise liked, but doing so allowed ample control and decent comfort, so this is how I drove all week.
Controlling the gear selector is a lot easier, although if you’re not familiar with Honda’s new assemblage of buttons and pull levers it’ll take some getting used to. The Accord Hybrid comes standard with the complex selector, and while it might be a bit confusing at first try I recommend giving it a little time before getting flustered. I’ve had a lot of opportunity to use this system in a variety of Honda models, the new Odyssey and Pilot immediately coming to mind, while it’s similar to the system used in new Acura models, so now I don’t swear at it when trying to find reverse in the middle of a U-turn. Other than the pull lever-type electromechanical parking brake found at its rearmost section, it consists of three pushbuttons, for park, neutral and drive, and another pull lever for reverse. I almost never use neutral, simplifying the process further, so it’s a tug on the lever for reverse and a simple press of the large centre button for drive or park, that’s it.
Next to the parking brake there’s another set of buttons for Sport, Econ and EV modes, plus a brake hold button. I left it in Econ mode most of the time and EV mode whenever it would allow, because this is what hybrids are all about, saving fuel and minimizing emissions and cost. This said the Accord Hybrid is one of the thriftiest vehicles I’ve driven all year, only costing me $24 after a week’s worth of very thorough use, and that’s when gas was priced at an outrageous $1.55 per litre. At today’s slightly more agreeable prices it would allow even more savings, its claimed 5.0 L/100km city, 5.0 highway and 5.0 combined fuel economy rating one of the best in the non-plug-in industry.
So what’s all the mechanical and electrically charged wizardry behind its superb fuel economy? A unique two-motor hybrid powertrain joins an efficient 2.0-litre Atkinson-cycle four-cylinder engine to provide the Accord Hybrid with a class leading total system output of 212 horsepower, while its electric drive motor puts 232 lb-ft of near instantaneous torque down to the front wheels.
To clarify, one of the electric motors drives the front wheels, while a smaller secondary motor serves mainly as a generator, providing electric current to the drive motor in order to supplement or replace power from the battery during lighter loads, such as cruising. The second motor also starts the engine that in-turn adds torque to the wheels, but it’s never used as the motive driving force for those wheels.
Additionally, the car’s Electric-Continuously Variable Transmission, or E-CVT, removes any need for a conventional automatic transmission, or even a traditional belt/chain-operated continuously variable transmission (CVT), both of which inherently rob performance and efficiencies from the powertrain. Instead, Honda’s E-CVT drives the front wheels directly through four fixed drive ratio gearsets, without the need to shift gears or vary a planetary ratio. This means there is no “rubber-band” effect when accelerating as experienced in regular CVTs, or in other words the engine is never forced to maintain steady high rpms until road speed gradually catches up, this process causing a much-criticized audible “droning” effect with other CVT-equipped cars. Honda claims its direct-drive technology benefits from 46 to 80 percent less friction than a conventional automatic transmission, depending on the drive mode.
What’s more, you can choose between three standard propulsion modes as well, including electric-only (providing the 6.7-kWh lithium-ion battery is charged sufficiently), gasoline-only, or blended gas and electric (hybrid).
Despite my favouritism for Econ and EV modes, Sport mode worked very well, making itself immediately known after engaging at a stoplight by bringing the engine back to life from its auto start/stop mode, and then boosting acceleration significantly at takeoff. A set of standard steering wheel paddles improves the driving experience further, although flicking the right-side shifter to upshift while accelerating does nothing perceptible, this because the paddles are primarily for downshifting during deceleration. Therefore, tugging on the left paddle when braking, or pretty much any other time, causes a gear ratio drop that really comes in handy when wanting to engine brake or recharge down a steep hill, or when setting up for a corner.
And I must say the Accord Hybrid handles brilliantly for a car in this class. Really, the only vehicle in this segment with more agility around curves is the latest Mazda6 and possibly the Ford Fusion Sport, and these by the narrowest of margins, with Accord Hybrid seeming to dance away from its closest competitors, including the Toyota Camry Hybrid XSE that I tested earlier this year, which is the sportiest version of that car.
The Accord Hybrid handles long, sweeping high-speed corners well too, while its ability to cruise smoothly on the highway is as good as this class gets. It’s underpinned by the same fully independent front strut and rear multi-link suspension as the conventionally powered Accord, while my tester was once again outfitted with the upgraded adaptive dampers for a little more at-the-limit control and enhanced ride quality. This gives it a wonderfully compliant setup where ever you’re likely to drive, whether soldiering over bumpy back alleys, fast tracking across patchwork pavement, or negotiating wide bridge expansion joints, all of which were experienced during my test week.
My only complaint were front parking sensors that continually went off in regular traffic, highlighting an image of the car’s frontal area on the touchscreen when vehicles were merely pulling up beside me in the adjacent lane. I’ve encountered this problem with a few other cars over the past couple of years, and it’s always annoying. I pressed the parking sensor button off and on again, which remedied the problem until it happened again after a couple of days, at which point I rebooted the system the same way and never had to deal with it again.
This foible and the aforementioned lack of telescopic steering reach aside, the Accord Hybrid was a dream to live with. The rear seating area, a key reason many buy into this class, is as spacious as the regular Accord and more so than many in this segment. With the driver’s seat set up for my five-foot-eight medium-build frame, which as noted was set further back than average due to my longer legs, I was left with nearly a foot from my knees to the backrest ahead, plus so much room for my feet that I was able to completely stretch out my legs and move my shoes around underneath the front seat. Really, its rear legroom comes close to many full-size sedans. Likewise, there’s plenty of headroom at about three and a half inches, plus more than enough shoulder and hip space at about four to five inches for the former and five-plus for the latter.
This said I was disappointed that Honda finished off the rear door uppers in hard plastic. They’re not alone in this respect, but others do a better job pampering rear occupants. The previously noted Mazda6, for instance, at least in its top-line Signature trim level that I tested last year, which incidentally uses genuine hardwood inlays throughout, finishes the rear door panels as nicely as those up front, making it closer to premium status than anything else in its class. In most other respects the Accord nudges up against premium levels of luxury too, including excellent rear ventilation from a centre panel on the backside of the front console that also houses two USB charge points, while the outboard seats are three-way heatable as noted earlier, and there’s a nice big armrest that flips down from the centre position at exactly the right height for adult elbow comfort, or at least it was perfect for me. Honda fits two big deep cupholders within that armrest, which should do a pretty good job of holding drinks in place.
The trunk is sizeable too at 473 litres (16.7 cubic feet), which is exactly the same dimensions as the regular Accord, plus it’s also extendable via the usual 60/40 split-folding rear seatbacks. This said there are still some hybrids that don’t allow much expandable storage due to batteries fitted within the rear bulkhead, so I can’t really complain that Honda doesn’t include a centre pass-through like Volkswagen’s Passat, which would allow rear passengers to enjoy the heated window seats after a day on the slopes. On the positive, a handy styrofoam compartment resides below the trunk’s load floor, ideal for stowing a first aid kit or anything else you’d like to have close at hand. It comes loaded up with an air compressor that could potentially get you to a repair shop if needed, but I’d personally prefer a spare tire so I could make it farther if damage to the tire doesn’t allow it to hold air.
So is this the best hybrid in the mid-size class? The new Accord Hybrid would certainly get my money. It looks fabulous, delivers big inside, and provides all the luxury-level features most will want, plus it drives brilliantly and delivers superb fuel economy, while Honda’s experience building electrified powertrains should make it plenty reliable.
Story credits: Trevor Hofmann, Canadian Auto Press