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2023 Hyundai Ioniq 6 Hands-on: Taking on Tesla

Hyundai is putting a lot of stock on the Ioniq 6 as a banner electric vehicle for the company, suggesting it will roll off assembly lines as one of the industry’s best options in 2023.

That could be true, though you can expect a certain exclusivity resulting from the limited supply of 2,500 currently earmarked for the Canadian market. Except for Tesla, Hyundai sold more EVs in Canada in 2022 than any other automaker, largely spearheaded by the Ioniq 5 and Kona EV.

Indeed, the company sees the Tesla Model 3 and Polestar 2 as the biggest competitors for the Ioniq 6 going forward.

I got to test drive it myself in and around Vancouver, where I was given the Preferred AWD trim with Ultimate Package, meaning I pretty much had all the trappings the Ioniq 6 can offer. As backlogged as Hyundai already is to fulfill orders for its predecessor, it says it’s committing to bringing the new EV to the Canadian market as of April 2023.

The details

Hyundai will release the Ioniq 6 in three trims. Here’s the breakdown for range based on estimates coming from both Hyundai and Natural Resources Canada, as well as confirmed pricing:

These ranges are purely estimates that don’t account for the variables involved with EVs, like cold weather and city versus highway driving, for example. The Ioniq 6 can handle 800V charging from 350 kW chargers, which could theoretically charge the battery from 10-80 percent in 18 minutes. If you’ve got a 240V charger at home, you can expect a full charge to take about seven hours. That’s pretty good when keeping it plugged in overnight.

This may also depend on the trim because the Preferred RWD model is rear-wheel drive only, meaning it runs on one motor instead of the two the AWD (all-wheel drive) models have as part of Hyundai’s Electric-Global Modular Platform (E-GMP). Hence, it has a longer range than its dual-motor counterparts. Horsepower ranges from 225 to 320 depending on the trim, the fastest of which can go from zero-to-100 in 5.1 seconds.

Regenerative braking also applies here, courtesy of the paddles flanking the steering wheel. You can shift the paddles between four levels, the last of which is i-Pedal, where you can fully stop the vehicle using the accelerator pedal. Smart Regenerative System (SRS) 2.0 uses the car’s radar detection to automatically adjust the regen coasting itself, thus helping draw back some power towards the battery.

While I found it easy to switch between them, I wasn’t driving long enough to get a good feel for how well they work.

  • Preferred RWD Long Range (18-inch wheels) (581km range): $54,999
  • Preferred AWD long Range (18-inch wheels) (509km range): $57,999
  • Preferred AWD Long Range Ultimate Pkg (20-inch wheels) (435km range): $63,999
  • Freight and PDI: $1,925

Interior and connectivity

Being a sedan, the Ioniq 6’s chassis and structural design make some room in the interior that I personally found comfortable as a tall person, albeit with a few adjustments, like lowering the seat because the roof was a bit too close to the top of my head. I even sat in the back for a short distance and found it roomier than I would’ve expected. This is partly because of a slightly longer body, including a longer overhang in the rear to also make extra room for the motor, and give the vehicle a lower centre of gravity for improved cornering and aerodynamics. More impressive is the amount of trunk space, which is larger than I expected, given the overall design of the EV.

To some degree, Hyundai went with a fairly minimalist approach in the Ioniq 6’s layout, though it’s not like that of a Tesla. Both the instrument cluster and infotainment screen have identical 12.3-inch displays, with mostly touch-sensitive buttons below for climate control, and mercifully, there’s a knob to control audio volume, similar to the Ioniq 5. You’ll find the physical buttons on the steering wheel to access various features.

The centre console includes a Qi wireless charging pad, good-sized cup holders and decent cargo space, including an undercarriage that is super useful for keeping things safe and out of sight for a cleaner look inside. For me, it was odd to see window controls in the centre console instead of on the door, especially considering the speaker grilles are arguably larger than they need to be.

Both CarPlay and Android Auto are available to use, except for one big caveat — no wireless connectivity. I had to plug in via USB to get either platform running, and the reason why is that Hyundai includes its own factory navigation. Reps told me that Apple and Google tend not to like that, and so, there’s no wireless CarPlay or Android Auto. Thankfully, there are workarounds.

The screens, infotainment system, charging pad, and indoor LED accent lights come standard across all trims. Where things change between them is in the interior fabrics, sound system and other design or functional elements.

I didn’t get the chance to try the Bluelink app, but it serves the same purpose it already does on other Hyundai EVs, like seeing current battery status, scheduled charging, remote climate control and locating nearby charging stations.

Don’t call it ‘autonomous’

Hyundai resists using the word “autonomous” to describe its driver assistance system. If you’ve driven other Hyundai models, particularly those with Highway Driving Assist (HDA), you know it as a system that works to keep a vehicle centred in its lane. Adaptive cruise control (including stop-and-go traffic) maintains speed relative to an assigned distance from other vehicles in front. This is Level 2 semi-autonomous technology, and it generally works well enough to really trust it if you’re not reckless.

The Ioniq 6 has HDA 2, which uses lane-keeping assist with adaptive cruise control and collision avoidance. Green icons on the instrument cluster indicate when they’re active. If both the steering wheel and lane lines are green, the car will stay in its lane on its own. If the left and right arrows next to them also turn green, then lane change assist can kick in by pulling the signal light switch halfway for a few seconds before it moves over. Sensors in the blind spot will look out for vehicles that are too close, and when it works, the lane change is smooth. Still, I had to keep my eyes open because the sensors can’t always tell when another vehicle is coming up fast until it’s within range of the sensors.

Hyundai also says machine learning will learn a driver’s tendencies to adapt to how they typically accelerate and coast when other vehicles are in front. I never got to see this in action, so it’s unclear how effective it is.

Unlike other similar systems, Hyundai’s wants you to touch the steering wheel at all times, so that you can override it anytime you want. Without in-cabin cameras facing me as the driver, I had nothing within the system to keep me honest on whether I was actually looking at the road. After 10 seconds without touching the steering wheel, a warning appeared on the cluster, followed by an audible tone that sounded for 60 seconds before all of the HDA 2 features disengaged and forced me to take over.

Mind you, the steering wheel’s sensors don’t respond based on the heat from hands, but rather the pressure applied by fingers or a palm. That’s why I fooled it when leaving my hands free and pressing my knee against it instead. I suspect it may even be possible to literally strap and tighten something around it to achieve the same result. It was also a little jarring to see the car’s assisted driving work (with my hands on the wheel) when I averted my eyes from the road for more than 10 seconds. It was a reminder of how GM’s Super Cruise acts up under similar circumstances.

HDA 2, much like its name implies, is most useful on highways. Onboard cameras will look for lane markings on all roads, but I found it could get easily confused with forks and no markings on side roads where there was only one line. It can only kick in at 60 km/h, thus doing nothing when driving slower.

Driving around

Hyundai found ways to optimize performance while on the road, like disconnecting the front motor from the rear one in certain cases. For example, Eco mode only drives in RWD, even if it is one of the AWD trims. In Normal mode, it will only tap into the front motor (on the AWD trims) upon acceleration, then disconnect it to let the rear motor run on its own. Sport mode uses both at all times, made all the more evident by the extra torque and tighter cornering when driving with it on. You lose more battery life in Sport, but I found it the best way to gauge how well the Ioniq 6 handles itself.

Smooth, sturdy and quiet, it was easy to appreciate driving this car. Its level of comfort and elegance inside also suggests to me it won’t feel as tiring on a road trip. The range is certainly good enough, give or take distance and weather conditions. Driving it for only one day is hard to draw lasting conclusions, but I liked my experience with the Ioniq 6.

Ready to roll

The Ioniq 6 RWD trim is eligible for the federal government’s iZEV rebate program based on the current $55,000 limit, though the AWD models may still qualify under a provision that raises the limit to $65,000 for higher trims. That would cut the price down by $5,000 unless you lease the car, which prorates the rebate based on how long the lease is.

If you live in a province with its own rebate program, you could also cut the price down further that way. Hyundai dealerships should receive the first units as early as April 2023, starting with the AWD Preferred and Ultimate Package. There will be six colours to choose from: ultimate red and nocturne grey in a metallic finish, serenity white, transmission blue and abyss black in a pearl finish, and digital green in a matte finish.

A recent price cut from Tesla also made the Model 3 eligible for the same rebate, making its pricing very competitive relative to the higher-trim Ioniq 6 models. Either way, this is a statement EV for Hyundai, one that it will push hard as one of the best available.

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Kia’s chunky EV9 offers 540km range and Level 3 self-driving

After revealing its three-row EV9 a few weeks ago, Kia has shared several specs tied to the electric vehicle (EV).

First off, the expansive vehicle’s GT-line trim features a Level 3 Highway Driving Pilot (HPD) that utilizes LiDAR and other sensors that allow users to “take a break from controlling the vehicle” by mapping objects around it.

Kia says Level 3 HPD provides “intelligent, proactive, real-time assistance across a wide range of conditions.” It’s unclear if this feature will be available in the Canadian version of the vehicle.

Kia EV9Regarding range, Kia claims the RWD Long Range EV9 with a 99.8kWh battery can hit 540km (336 miles). The car will also be available in an AWD variant with a 99.8kWh battery and a standard 76.1kWh RWD base-level range version. Other notable specs include 0-99km (o-62 miles) in 9.2 seconds with the RWD Long Range 150kW motor and 8.2 seconds with the 160kW monitor in the Standard Range configuration. Finally, the AWD model with dual-motor 283kW power can hit 99km in six seconds.

Like several other automakers, Kia is also locking specific functionality behind digital purchases via its Connect Store, including an enhanced light pattern on the grille and an additional “Boost” feature that boosts torque to hit 0-99km in 5.2 seconds. It’s unclear how much these additional new features will cost. The EV9 is also expected to be the first Kia to support ultra-wide band digital keys.

It’s unclear how much the EV9 will cost in Canada, but EV is expected to release in some regions towards the second half of the year. In other electric vehicle-related news, Hyundai recently confirmed that its upcoming Ioniq 6 sedan starts at $54,999 in Canada.

Image credit: Kia

Source: Kia Via: The Globe and Mail

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Hyundai reveals Canadian Ioniq 6 pricing starts at $54,999

As far as electric vehicles (EVs) go, few are as anticipated as Hyundai’s Ioniq 6 sedan.

While hands-ons with the EV and other details surrounding the car have been available online for months — including the fact that it’s the company’s second vehicle built on its well-reviewed Electric Global Modular Platform (E-GMP) — its actual cost in Canada has been unknown until now.

Below is the pricing for each Ioniq 6 model:

  • Preferred RWD Long Range (18-inch wheels) (581km range): $54,999
  • Preferred AWD long Range (18-inch wheels) (509km range): $57,999
  • Preferred AWD Long Range Ultimate Pkg (20-inch wheels) (435km range): $63,999
  • Freight and PDI: $1,925

The Ioniq 6’s slightly higher-than-expected price results in only the RWD qualifying for the Federal EV incentive, while in Quebec, all versions of the car are eligible for the provincial rebate.

This cost also places the Ioniq 6 roughly $10,000 above the MRSP for the base-level Ioniq 5. That said, some Hyundai dealers are charging a premium for the Ioniq 5 given that, in some cases, there’s a wait time of two years and above for the car. On that note, it’s not surprising that Hyundai hasn’t revealed a specific release date yet for the Ioniq 6 since the Ioniq 5 is already difficult to find in Canada. However, with the pricing now revealed, the EV’s official release is likely just a few months away.

It’s unclear what specific features each version of the car will offer, but the following are available across all Ioniq 6 models:

  • 800-volt, 350 kW ultra-fast charging
  • Battery pre-heater, charge prep
  • Blind-Spot Collision Warning (BCW) with Rear Cross-Traffic Collision-Avoidance Assist (RCCA)
  • Lane Keeping Assist (LKA), Lane Following Assist (LFA)
  • Highway Drive Assist (HDA), Smart Cruise Control with Stop & Go
  • Heated front seats and steering wheel
  • Power trunk
  • Tire Pressure Monitoring System (TPMS)
  • Rearview camera with dynamic guidelines
  • Power flush door handles
  • 18-inch alloy wheels with 225/55 tires
  • Column-mounted Shift-By-Wire (SBW)
  • Leather-wrapped steering wheel with interactive pixel lights
  • 12.3-inch LCD cluster display
  • 12.3-inch infotainment system with navigation
  • Android Auto/Apple CarPlay
  • Front USB (Type-A) input/charging
  • Centre console mounted dual USB charging (Type-C)
  • Dual rear USB (Type-C) charging
  • Bluelink Connected Car Services for a period of three years
  • Over-the-Air update capability

While the Ioniq 6’s aesthetic is undeniably unique, it’s hard not to be disappointed that Hyundai ditched the more blocky aesthetic of the Ioniq 5 for a Tesla-like rounded look (in this sense, the design me a lot of the Kia EV 6). That said, the inside of the car seems to have a lot in common with the Ioniq 5, including its expansive 12.3-inch screen, recognizable wheel and sizable centre console.

MobileSyrup will have more on the Ioniq 6 in the coming weeks.

Image credit: Hyundai

Source: Hyundai

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Hyundai’s Ioniq 6 can drive an estimated 581km per charge

While it’s still unclear when Hyundai’s Ioniq 6 sedan electric vehicle (EV) will launch in Canada (you can’t even place a pre-order yet), more information about the anticipated vehicle is beginning to be released.

According to Hyundai and Natural Resources Canada, the EVs’ overall mileage comes in as follows depending on the model:

Ioniq 6 Preferred RWD Long Range (18-inch wheels): 581km
Ioniq 6 Preferred AWD Long Range (18-inch wheels): 509km
Ioniq 6 Preferred AWD Long Range AWD: 435km

Before you get too excited, it’s important to note that these are just estimates. In my experience, particularly with the Ioniq 5, the range is far less — especially under cold weather conditions. Still, this is an impressive range, especially from the RWD Long Range.

The automaker has still not revealed the range of the standard version of the Ioniq 6 or its Canadian price tag. In the U.S., it’s believed the Ioniq 6 will start at $44,000 USD (about $59,000 CAD).

Image credit: Hyundai

Source: PR Newswire

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Canadian-made ‘Project Arrow’ EV debuts at CES 2023

The design of the first Canadian-made EV, ‘Project Arrow,’ debuted at CES 2023. Designed by Ottawa university students, the conceptual vehicle features Canadian-sourced components and technology.

Project Arrow was first announced by Automotive Parts Manufacturers’ Association (APMA) during CES 2020. The APMA then worked with Carleton University students, who won a Canada-wide competition that year. Together, Project Arrow’s design and specs were put together. Three years later, those efforts are being realized at CES 2023.

“Today at CES, we reveal Project Arrow to the world, with 25 new technologies,” says Flavio Volpe, president of the APMA, at the event. “The Prime Minister dared us to imagine Canada’s net zero mobility future and the Premier of Ontario challenged us to build it.”

The conceptual vehicle at CES, held in Las Vegas, is a working prototype of what Canada hopes can one day be a reality for the roads. This is the first leg on a long development path that’ll aim to see Project Arrow reach mass production. Reports estimate that the final vehicle will cost roughly $60,000. Project Arrow is also expected to have a production rate of 50,000 models per year. However, it doesn’t appear mass production will start until the 2025 model year.

The EV is built using components from over 50 Canadian companies. It’s said that the project is “the biggest industrial collaboration project in Canadian automotive history,” according to the company. Project Arrow’s partners include Leddartech, which is based in Quebec. Additionally, companies specializing in LiDAR technology are also throwing in their expertise.

Funding for Project Arrow stems from several Canadian government bodies with a sum of over $8 million. The Government of Canada alone has invested $3.9 million with the Federal Economic Development Agency for Southern Ontario investing $5 million. This funding contributed to securing the support of 80 jobs and 40 suppliers.

You can find all of our coverage from CES 2023 here.

Image credit: APMA

Via: PCMag

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Tesla sets company record with 405,000 vehicle deliveries in Q4 2022

Despite Tesla’s stock issues tied to investor concern over Elon Musk’s purchase of Twitter and his repeated stock selloffs, the EV maker has experienced a solid quarter regarding vehicle deliveries and manufacturing.

In a release on its website, the Musk-owned company revealed that it delivered 405,000 vehicles in Q4 2022. In comparison, the EV maker delivered 308,600 cars during the same time period in 2021. However, despite setting a record, this number is still under Wall Street estimates of 431,117, according to Refinitiv data (via Reuters).

Below is a breakdown of worldwide Tesla deliveries:

Model 3/Model Y: 388,131
Model S/Model X: 17,147

In total, Tesla produced 439,701 vehicles in the fourth quarter, with 308,600 making their way to consumers. Overall, Tesla’s overall production and delivery for 2021 sit at 1,369,611 and 1,313,851, respectively.

Even though Tesla is setting manufacturing records, it doesn’t appear that the EV maker has addressed its vehicles’ quality issues. Critics have slammed Tesla, particularly the Model 3, for years regarding gaps in exterior panels, paint job issues and more.

In other Tesla-related news, it remains unclear when Tesla’s Cybertruck will enter mass production, though the latest rumours point to late 2023.

Image credit: Shutterstock

Source: Tesla

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Electric vehicles to make up 100 percent of sales by 2035: government

One-fifth of all new vehicles sold in Canada in 2026 will be zero-emission vehicles, according to prosed regulations introduced Wednesday.

Environment Minister Steven Guilbeault says the regulations will apply to companies manufacturing and importing cars, vans and SUVs.

The draft regulations state the sale of new zero-emission vehicles will increase to 60 percent by 2030 and hit 100 percent by 2035.

“These targets will help increase the supply so that more Canadians who want to own a zero-emission vehicle can buy one,” a press release from Environment and Climate Change Canada states.

According to reporting from the Canadian Press, sellers who don’t meet sale targets could be subjected to penalties under Canada’s Environmental Protection Act.

The federal government has made previous investments in the zero-emission vehicle market, including funding thousands of new charging stations across the country. By 2027, the federal government will fund 85,000 charging stations.

Image credit: Shutterstock 

Source: Environment and Climate Change Canada Via: The Canadian Press 

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Apple’s car reportedly won’t self-drive, launch delayed to 2026

Apple’s automotive plans have reportedly changed once again.

The tech giant has delayed its electric vehicle’s (EV) launch to 2026 and has rolled back its ambitious self-driving plans, according to a new report from Bloomberg.

While rumours surrounding ‘Project Titan’ appeared almost weekly a few months ago, hinting that the electric vehicle could launch as soon as 2025, reports have been relatively quiet lately.

Apple’s new automotive plans include a steering wheel and pedals, contrary to previous reports indicating that the vehicle wouldn’t include conventional car control input, along with support for autonomous driving capabilities on highways, says Bloomberg. This likely means that Apple’s vehicle will offer a version of Level 2 or Level 3 (or possibly Level 4) autonomous driving, allowing drivers to be hands-free under certain circumstances.

The car will reportedly be powered by a custom Apple chip and will feature a price tag under $100,000 USD (roughly $136,485 CAD), ensuring it’s a luxury vehicle. It’s rumoured to release between 2024 and 2028.

Apple’s EV project has been fraught with production difficulties. For example, back in 2016-2017, the car was reportedly scuttled in favour of a focus on autonomous vehicle technology and a manufacturing partnership with Hyundai or Kia. However, that plan was reportedly scrapped, and Apple is once again working on its own car.

We still don’t have a clear picture of what Apple’s car will look like, but the final design should be ready by next year, with features being locked in by the end of 2024.

Though Tesla will be Apple’s main competition in the EV space, the market has become far more crowded lately, with legacy manufacturers like Hyundai, Kia, Rivian, Volkswagen and more jumping into the electric vehicle fray.

Source: Bloomberg

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Hyundai plans to offer over-the-air feature updates to all its vehicles by 2025

Hyundai has announced plans to invest $12.6 billion USD (roughly $17.3 billion CAD) by 2030 to make all of its vehicles “software-defined.”

This means that by 2025, all of its new vehicles will feature the ability to receive Tesla-like over-the-air (OTA) updates that offer performance improvements and add new technologies and features. This functionality is coming to all Hyundai, Kia and Genesis vehicles across both EVs and gasoline-powered cars.

Hyundai says that 20 million vehicles worldwide will be registered for its connected car service by 2025. As part of this strategy shift, the carmaker says it will offer ‘Feature on Demand’ services next year that allow customers to “select and purchase” functionality that matches what they want from their vehicle. While microtransactions in a car sound slightly terrifying, I’m willing to shell out a few dollars if this lets me alter my Ioniq 5’s digital dashboard.

To accomplish this, the South Korean vehicle manufacturer will organize its platform into what it calls a “Software House” that includes a vehicle’s electronic/electrical architecture and its data platform/software platform.

Hyundai

The automaker also plans to offer all of its vehicles on two platforms as of 2025: a passenger-dedicated EV platform, eM, and a purpose-built system called eS for cars in the delivery and logistics industries. Hyundai says that its upcoming eM vehicles will feature a 50 percent improvement in driving range from a single charge compared to its current EVs.

Along with this shift, Hyundai has changed the name of its vehicles’ operating system to the very Apple-like ‘Connected Car Operating System’ or ‘ccOS.’ This relates to a partnership with chip maker Nvidia and Hyundai’s upcoming Nvidia Drive infotainment system platform.

According to the automaker, the goal of these changes is, in part, to better facilitate the release of Level 3 Highway driving features in its future vehicles.

It’s also worth noting that as of 2023, all new Hyundai vehicles, including both EVs and standard gas-powered cars, will be compatible with OTA updates.  To clarify, the “software-defined” initiative that includes OTA vehicle performance improvements is tied to 2025, while 2023 is explicitly related to over-the-air updates regarding display screen and navigation maps. Hyundai has offered this functionality in several vehicles since 2018.

This means that the 2022 and 2023 Ioniq 5, for example, will be capable of receiving display screen and navigation map OTA updates, but not new functionality related to vehicle performance.

Image credit: Hyundai

Source: Hyundai

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Federal government partners with Volkswagen and Mercedes-Benz to cement its EV position

The federal government has partnered with two German automakers to deal with the growing demand for clean transportation.

The government signed memoranda of understanding (MOU) with Volkswagen AG and Mercedes-Benz AG to ensure collaboration with the companies, secure Canada’s position on manufacturing electric vehicles (EVs) and their batteries and attract further investment in the space.

The government’s agreement with Volkswagen focuses on sustainable battery manufacturing and setting up a PowerCo office in Canada. PowerCo, Volkswagen’s battery company, launched in July.

The Mercedes-Benz partnership focuses on collaboration among Canadian EV companies and supporting a sustainable mineral supply chain, among other factors.

Minister of Innovation, Science and Industry François-Philippe Champagne visited Germany back in May. A press release announcing the MOUs states this trip, where he met with industry leaders in the automotive sector, encouraged the agreements.

“By partnering with Volkswagen and Mercedes, Canada is strengthening its leadership role as a world-class automotive innovation ecosystem for clean transportation solutions,” Champagne said.

“Canada is committed to building a strong and reliable automotive and battery supply chain here in North America to help the world meet global climate goals.”

Image credit: Minister Champagne/ Twitter

Source: Innovation, Science and Economic Development Canada