The Bolt EV, which currently combines subcompact-sized hatchback practicality with a zero-emissions plug-in battery-powered electric drivetrain that’s more fun to drive than anything available at its…

Chevrolet expands Bolt line with updated hatchback and new EUV crossover model

2022 Chevrolet Bolt EV
Chevrolet has redesigned its 2022 Bolt EV with much more complex headlamp clusters and fog light bezels, plus a grey-painted and textured grille panel.

The Bolt EV, which currently combines subcompact-sized hatchback practicality with a zero-emissions plug-in battery-powered electric drivetrain that’s more fun to drive than anything available at its entry-level size, is getting a major update for 2022, including an even more practical EUV crossover variant.

Think of the latter as the modern-day version of the now defunct Prius V, which was a good idea from a practical standpoint, albeit the EUV is purely electric instead of hybrid powered, and arguably more attractive to a broader consumer base. The two Chevy EVs are also smaller than anything that currently wears the Prius nameplate, with even the updated regular variant sized closer to the subcompact Prius C, which was also discontinued for lack of sales.

2022 Chevrolet Bolt EUV
New for 2022 is the extended Bolt EUV, which gets unique front styling while increasing rear seat legroom.

Despite mighty Toyota failing to create a brand within a brand with its highly successful Prius nameplate, now only offering two slightly different looking versions of the same compact/mid-size hatchback, one hybrid-powered and the other upgraded with a larger battery and plug-in capability, General Motors’ most popular brand will take a stab at the sub-brand business model, but to Chevrolet’s credit their new EUV actually looks like a subcompact crossover, so maybe it will fare better in this daunting quest than Toyota.

The current first-generation Bolt is a raised hatchback as well, and therefore similarly crossover-like. In another attempt to give it crossover status, the new version, shown on a sandy beach in some of its press photos (which is never a smart place to park without four-wheel drive), once again gets a slight lift along with blacked out trim around its lower regions and wheel cut outs, with only a set of black roof rails needed to finish off the SUV look. Alas, you’ll need to step up to the new EUV to get those.

2022 Chevrolet Bolt EUV
The longer EUV looks similar to the regular Bolt from behind.

The Bolt EUV also grows the regular model in every dimension, although it’s really only adding 161 mm (6.3 in) of length, being that it’s just 5 mm (0.2 in) wider with 10 mm (0.4 in) more track, plus 5 mm (0.2 in) taller. This improvement, which adds 75 mm (3 in) of wheelbase, allows the EUV to gain 78 mm (3.1 in) of legroom in back, but oddly cargo space is down a fraction, from 470 litres (15.6 cu ft) with the seats up and 1,614 litres (57.0 cu ft) when lowered, to 462 and 1,611 litres (16.3 and 56.9 cu ft) respectively in the larger EUV.

2022 Chevrolet Bolt EV
Those will smaller children or little need to carry along rear passengers should be fine with the regular-length Bolt EV.

Despite the increase in height, the EUV’s headroom is also lower by a literal 0.2-mm (0.1-in) hair front to back, while it loses 24 mm (0.9 in) more up front when the sunroof is added. Shoulder room gets reduced nominally in the second row too, whereas hip room increases by a similarly wafer-thin sliver up front yet decreases by slightly more in back, so therefore the move up to the larger EUV really only benefits rear passenger legroom, an issue that reportedly causes complaints from current Bolt owners. At least the little crossover’s curb weight only increases by 41 kilos (90 lbs).

The added weight won’t likely be felt by EUV buyers thanks to the aforementioned performance of today’s Bolt, a power unit that Chevy saw no need to upgrade, although it will shave approximately 15 km (9 miles) from the larger model’s estimated range, from 417 km (259 miles) to 402 (250). This means the new 2022 Bolt EV and EUV will both be powered by a permanent magnetic electric drive motor and 65-kWh, 288-cell lithium-ion battery that combine for a very healthy 200 horsepower and 266 pound-feet of torque. Both models will be front-wheel drive only, like a number of other small crossover SUVs currently available.

2022 Chevrolet Bolt EUV
Both Bolt EV and EUV (shown) interiors look similar and more conventional than their predecessor in layout and design.

DC fast charging capability is standard, which provides about 150 or 160 km (100 or 95 miles) of respective EV or EUV range after a 30-minute recharge, while a new dual-level charge cord allows its owner to hook up to either a 240-volt charging station or 120-volt household-type three-prong outlet.

Anyone familiar with the current Bolt will see the new models’ most significant changes inside, where both the EV and EUV receive cabins featuring a more horizontal theme to create a wider visual presence. The new layout is more conventional too, with a less pod-like centre stack that flows downward into a traditional lower console. It remains filled with the same standard 10.2-inch touchscreen, which is not only large for the subcompact class, but has been refreshed with new graphics. The system continues to offer a full assortment of functions, including standard Android Auto and Apple CarPlay, plus available navigation, while it’s now supported by standard wireless charging. On the contrary, the fully digital primary instrument cluster appears identical to that in the outgoing car.

2022 Chevrolet Bolt EV
The new Bolt EV (shown) and EUV feature a fully digital gauge cluster that appears identical  to the outgoing model.

Along with the current Bolt’s previously noted rear legroom shortcomings, customers also complained about seat comfort and substandard interior materials quality. While there’s never an excuse for the former, the latter wouldn’t normally be an issue amongst subcompact vehicles, but being that the Bolt EV nudges up against $45,000 before any government rebate programs, more soft-touch synthetics probably should have been part of this EV’s offering all along. Therefore, 2022 variants will reportedly get better perceived quality, with some dash-mounted faux leather even appearing in the press images. Interior switchgear has also been improved, although nothing appears premium-like in its design or execution.

2022 Chevrolet Bolt EUV
The Bolt EV and EUV’s (shown) centre stack is all-new, featuring a large 10.2-inch touchscreen that integrates an updated interface.

The redesigned lower centre console features a new gear selector, however, ditching the conventional shift lever for a narrow row of Acura/Honda-like push and pull buttons. A green-lit button closest to the driver engages one-pedal driving, which is a more effective way than sliding the shift lever into the “L” position, a system used for the current Bolt and other GM EVs and plug-ins. More familiar to Bolt and Volt users are paddles on the backside of the new flat-bottom steering wheel, which can be used to assist braking and recharge the battery via regenerative kinetic energy.

Speaking of tech, the top-tier EUV Premier will be the first Chevy to offer GM’s Super Cruise hands-free semi-self-driving technology, functional on median divided highways. The EUV Premier also boasts adaptive cruise control and an HD 360-surround parking camera.

As for new Bolt family styling, most should find the smaller EV more attractive than its already reasonably handsome (for a subcompact hatchback) predecessor, unless its prospective owners would rather look at a more traditional grille-filled front fascia. The new car does away with the black mesh grille insert for a grey-painted and patterned panel within an ovoid outline, a very slender opening slotting below being the only real opening. This at least creates a familiar face compared to the Tesla Model 3 that looks as if it’s one of those non-branded cars used for insurance company advertising (and the like).

2022 Chevrolet Bolt EV
The new Bolt EV (shown) and EUV receive a Honda-like row of gear selector controls.

Chevy once again ties a black strip of fender trim into the headlight clusters, which are now LEDs to enhance forward visibility and potentially lead to a higher IIHS Top Safety Pick rating, but those lighting elements are much more complex than the ones departing. The main lenses are narrower, thanks to the just noted LEDs within, while the old car’s traditional fog lamps get replaced by an extension of said black trim, not unlike today’s Cadillac front fascia designs.

The EUV gets a different frontal look, separating the headlamps and vent-like fog lamp bezels, and providing a deeper air intake at the base of the solid grey grille insert. The aforementioned black fender trim piece flows into the mirror caps of both cars, and appears to follow the black-painted window trim around the glass to a floating roof, similar to the car it replaces and other Chevy vehicles. While the backsides of both models are quite different in execution, they have similar designs overall, with neat, horizontally-shaped LED-infused taillights at each corner, plenty of glossy black composite in between, and big matte black bumpers at the bottom, the EUV a bit dressier thanks to a set of aluminum-look faux skid plates front to rear.

2022 Chevrolet Bolt EV
Strangely enough, the shorter Bolt EV (shown) has slightly more cargo space than the longer EUV.

Pricing for the 2022 Bolt EV will start at just $38,198 plus freight and fees, which is an impressive $6,800 less than the outgoing 2021 Bolt EV, whereas the new Bolt EUV will be available from only $40,198. Just as importantly, loading them up should keep their end numbers below $45k, which if exceeded disallows them from government rebate programs. Currently, only the base 2021 Bolt LT, at $44,998, qualifies for the most generous government handout, while the better equipped Bolt Premier’s $50,298 MSRP disqualifies it from any rebates. The new models are expected to arrive at GM retailers this summer, so we expect GM to offer ever-increasing incentives in order to rid dealerships of the current model.

2022 Chevrolet Bolt EUV
Most shouldn’t notice the EUV’s (shown) cargo deficit.

So far CarCostCanada is only showing up to $1,000 in additional incentives on 2021 Bolts, and up to $2,000 on 2020 models, but you’ll need to become a member to find out the details. CarCostCanada’s inexpensive membership provides the latest info on manufacturer rebates, when available, plus up-to-date details on factory leasing and financing deals, while best of all you’ll receive dealer invoice pricing to help you get the optimal deal on any new vehicle.

It’s all available from their website or via a smartphone app you can download from the Google Play Store or the Apple Store. CarCostCanada members are currently averaging $3,000 in savings from the 2021 Bolt, so make sure to find out how the CarCostCanada system works in order to get the best possible deal on your next new car.

Also, make sure to check out our complete 2021 Bolt EV and EUV photo gallery above, and enjoy the following videos from Chevy’s YouTube page:

Magic is Electric | Bolt EUV Reveal | Chevrolet (1:30):

Behind the Magic | Bolt EUV Reveal | Chevrolet (14:25):

Super Cruise | Bolt EUV | Chevrolet (0:30):

Story credits: Trevor Hofmann

Photo credits: Chevrolet

Together with Toyota Credit Canada, Toyota Canada just announced a deal to supply 24 zero-emission Mirai hydrogen fuel-cell cars to Lyft in B.C., a ride hailing company, which will be rentable to a select…

Toyota supplies fleet of hydrogen-powered Mirai fuel-cell cars to Lyft

Toyota to supply Mirai fuel-cell cars to Lyft Canada
Toyota will supply 24 of its first-generation Mirai fuel-cell cars to Lyft Canada, a ride hailing company that serves Vancouver residents.

Together with Toyota Credit Canada, Toyota Canada just announced a deal to supply 24 zero-emission Mirai hydrogen fuel-cell cars to Lyft in B.C., a ride hailing company, which will be rentable to a select group of Lyft drivers through Toyota’s new KINTO Share program.

KINTO Share is an app that will allow eligible Lyft drivers to pick up a Mirai at one of three Toyota dealerships across Vancouver’s Lower Mainland (metropolitan area), for a weekly rental rate of $198 plus taxes and fees, inclusive of insurance, scheduled maintenance, and unlimited kilometres.

“Toyota’s KINTO Share program is proud to partner with Lyft to demonstrate a zero-emission mobility-as-a-service model in another important step toward achieving our global sustainability objectives,” said Mitchell Foreman, Director of Advanced and Connected Technologies at Toyota Canada. “This proof-of-concept project also allows more Canadians to experience hydrogen fuel cell electric vehicles first-hand, demonstrating their viability and efficiency, especially for fleets.”

Toyota to supply Mirai fuel-cell cars to Lyft Canada
The Mirai, a mid-size sedan, is a good choice for ride hailing companies, due to its comfortable ride and accommodating rear seating area.

The deal, announced Wednesday, is a trial program that Toyota hopes to roll out across Canada in the near future, while also an opportunity to educate Canadians about hydrogen fuel-cell vehicles.

“Everybody who sits in the back seat [of a Mirai] is going to be able to learn a little bit more about hydrogen technology,” said Stephen Beatty, Toyota Canada’s Vice President, Corporate. “There’s no way that we could do that on our own.”

While good for Toyota, the partnership also shines brightly on Lyft, a company that competes directly with Uber for ride hailing customers that hire chauffeured cars via apps on their smartphones. Lyft not only gets visibility for engaging in the program, but wins accolades for increasing its zero-emissions fleet.

Toyota to supply Mirai fuel-cell cars to Lyft Canada
Eligible Lyft drivers will be able to rent one of 24 Toyota Mirai models for less than $200 per week.

“Lyft’s mission is to improve peoples’ lives with the world’s best transportation, and to achieve this, we need to make transportation more sustainable,” said Peter Lukomskyj, General Manager, Lyft in B.C. “This partnership will better serve current drivers and those who don’t have a vehicle, but want to drive with Lyft for supplemental income, while moving us toward our goal of reaching 100-percent electric vehicles on the platform by 2030.”

Toyota’s Mirai, which features a 151-horsepower electric motor with 247 pound-feet of torque, was the world’s first mass production hydrogen fuel-cell-powered EV when launched six years ago. Compared to regular plug-in electric vehicles, which can take multiple days to fully charge via a regular 12-volt household outlet, or at the very least hours when using a fast-charging system, the Mirai can be refuelled in about five minutes at specially equipped hydrogen refuelling stations located throughout the Greater Vancouver area. Once filled, the Mirai has up to 500 kilometres of range, while only emitting water from its tailpipe. What’s more, the car’s zero-emission status makes it eligible for BC’s HOV lanes, thus reducing commuting times during peak hours. This bonus feature can be especially important for the profitability of a ride hailing driver.

Toyota to supply Mirai fuel-cell cars to Lyft Canada
Look for these stickers on Toyota’s oddly shaped Mirai if you’d like to experience riding in a zero-emission hydrogen fuel-cell-powered vehicle.

The road to practical hydrogen fuel-cell usage in the automotive market has been slow but steady, with plenty of automakers, including Chevrolet (GM), Daimler-Benz, Ford, Fiat, Kia, Lotus, Mazda, Nissan, PSA and Renault initially taking on the challenge, albeit amongst mainstream automakers Toyota, Honda, Hyundai and BMW are leading the charge now.

Toyota was first on the market with this Mirai sedan, now being used for the Lyft program, but Hyundai currently offers its hydrogen fuel-cell Nexo crossover SUV to early adopters, plus a domestic market commercial truck dubbed Xcient. Of note, Honda offers its Clarity Fuel-Cell sedan to lessors in California, while BMW has announced a hydrogen fuel-cell powered X5 SUV for 2022. Additionally, a number of smaller players produce hydrogen fuel-cell alternatives, including China’s Roewe (in partnership with SAIC-GM-Wuling and based on a 2010 Buick Lacrosse), the UK’s Riversimple, and Germany’s Gumpert.

Toyota to supply Mirai fuel-cell cars to Lyft Canada
The Mirai benefits from the ability to use HOV lanes during peak periods, lessening commuting times for Lyft drivers and users.

Toyota will soon replace the version of the Mirai provided to Lyft with a more conventionally designed second-generation model introduced last year, which reportedly provides greater range. This updated Mirai will likely be used for expanding the Lyft program across Canada.

While the current Mirai’s styling won’t be to everyone’s taste, its relatively low sales of 11,100 units worldwide have more to do with consumers’ inability to easily refill the car, than anything to do with aesthetics. Therefore, key to hydrogen fuel-cell adoption is the expansion of a refuelling infrastructure (BC only has four refuelling stations, three of which are in Vancouver, claims HTEC — Hydrogen Technology & Energy Corporation, which operates all four stations), and Canada’s federal government has helped further this cause.

Toyota to supply Mirai fuel-cell cars to Lyft Canada
The Mirai can be refuelled in 5 minutes, and then travel up to 500 km on each full tank, making it ideal for ride hailing drivers.

“Hydrogen will play a significant role in B.C.’s clean energy future, generating environmental and economic benefits across the province,” said Bruce Ralston, Minister of Energy, Mines and Low Carbon Innovation. “This new partnership will help demonstrate these benefits, move us toward our CleanBC goals and put B.C. on the road to a clean energy future.”

The government of Canada’s Hydrogen Strategy for Canada program was designed to make Canada a global hydrogen leader, while the province of British Columbia has been helping to promote hydrogen usage via its 2018 CleanBC plan and the 2019 Hydrogen Study, which emphasized transportation fuels with a focus on fuel-cell electric and other zero-emission vehicles.

2021 Toyota Mirai
A new second-generation MIrai, introduced last year, should be more aesthetically appealing to potential customers.

“Reducing emissions from transportation is a critical part of our plan to create a cleaner, healthier future for our children and grandchildren,” commented The Honourable Jonathan Wilkinson, Minister of Environment and Climate Change, P.C. M.P. “The Government of Canada is pleased to see collaborations like this one between Lyft Canada and Toyota Canada, which will not only benefit our environment, but also help position Canada as a world leader in the uptake of hydrogen technologies.”

It should also be noted that Vancouver has played an important role in the development of hydrogen fuel-cell technology, with firms like Ballard Power Systems (a leading developer and manufacturer of proton exchange membrane fuel cell products), Fuelex Energy (distributor of Esso Fuels, Mobil Lubricants and hydrogen), Loop Energy (a leading designer of fuel cell systems for commercial vehicles), and OverDrive Fuel Cell Engineering (hydrogen fuel cell stack engineering and manufacturing) all situated in the adjacent suburb of Burnaby.

2021 Toyota Mirai
Toyota will likely use the upcoming second-gen Mirai for rolling out the next-steps to its Lyft ride hailing program.

Additionally, firms like Carbon Engineering (that develops technology to capture carbon dioxide directly from the atmosphere), HTEC Hydrogen Technology and Energy Corporation—which develops and manufactures hydrogen refuelling pump/station infrastructure), and Powertech Labs (which also designs and constructs modular compressed hydrogen refuelling stations) are located nearby. The Canadian Hydrogen and Fuel Cell Association (CHFCA) is headquartered in Vancouver too, as is the Ocean Geothermal Energy Foundation, which is focused on generating clean hydrogen power.

“Hydrogen BC is about collaboration with the private and public sectors to accelerate our transition to a new zero emission paradigm,” said Colin Armstrong, Chair of Hydrogen BC and CEO of HTEC. “This collaboration is a market changing event that will rapidly increase the amount of hydrogen and fuel cell electric vehicles in operation. The KINTO Share program will also allow vast numbers of people to experience these vehicles first hand.”

Notably, the Canadian government unveiled a hydrogen strategy in December, hoping to grow the clean fuel sector. As part of the program, a $1.5 billion CAD low-carbon fuel investment fund was created.

Story credits: Trevor Hofmann

Photo credits: Toyota