July 17, 2026 | The week’s top stories and Kia’s David Sherrard on PV5
About this episode
Hosts run through Canadian EV and dealer headlines before turning to Kia Canada’s David Sherrard on the PV5 electric commercial van. The discussion connects PV5 pricing to federal EV incentive eligibility, and frames the fleet case around total cost of ownership—charging and maintenance savings, plus battery longevity and charging access. Sherrard also highlights stop-and-go city optimization, space efficiency for urban garages/condos, and expected fourth-quarter deliveries.
Dealers second guess China; Dongfeng eyes Canada; Ford, Unifor deal. Plus, Kia Canada Director of Strategic Planning David Sherrard, discusses the new PV5 commercial electric van, from pricing to capabilities.
warranty
"Canadian dealers once eager to sign with brands such as BYD, Cherry and Geely are growing more cautious. Questions remain about warranty, service, dealer agreements and profitability."
A warranty is the promise that if something breaks, the company will pay for certain repairs. For dealers, the worry is whether warranty claims will cost them money.
In the EV context, warranty refers to the contract coverage for repairs and defects, including major components like the battery and power electronics. Dealer confidence can hinge on how warranty costs are handled and reimbursed.
years of losses before turning a profit
"Industry experts say many dealers now expect years of losses before turning a profit. But they also believe the outlook could change dramatically if Chinese automakers eventually build assembly plants in Canada."
This describes a dealer economics reality where early sales volumes and margins may not cover costs, so profitability is delayed. It’s a common pattern when new brands ramp up distribution, especially with uncertain EV demand and service/warranty expenses.
regulatory approval
"Dong Feng plans to begin selling electric vehicles in Canada next year. It first needs regulatory approvals. The state-owned automaker is showcasing several EVs at an event in Montreal this week."
Regulatory approvals are the official checks and permissions needed before a vehicle can be sold. The segment is saying Dong Feng can’t start selling in Canada until it clears those steps.
Regulatory approvals are the official permissions required before a vehicle can be sold or imported in a country. For EVs, this can include meeting safety, emissions/standards, and other compliance requirements.
Dongfeng
"Sticking with Chinese EVs for a moment, Dong Feng plans to begin selling electric vehicles in Canada next year. It first needs regulatory approvals... The company also says it's interested in manufacturing vehicles in Canada through a joint venture."
Dong Feng is a Chinese car company. They’re planning to sell electric cars in Canada and may also look at building vehicles there with a partner.
Dong Feng (often written Dongfeng) is a state-owned Chinese automaker mentioned as planning to sell EVs in Canada. The episode also ties Dongfeng’s plans to potential local manufacturing via a joint venture.
Montreal
"The state-owned automaker is showcasing several EVs at an event in Montreal this week. The company also says it's interested in manufacturing vehicles in Canada through a joint venture."
Montreal is a city in Canada. The episode says Dongfeng is showing EVs there as part of its Canadian plans.
Montreal is the Canadian city where Dongfeng is showcasing EVs in the segment. It’s relevant because it signals where major automaker announcements and product events are happening.
joint venture
"The company also says it's interested in manufacturing vehicles in Canada through a joint venture. That aligns with Ottawa's goal of attracting Chinese investment alongside increased EV imports."
A joint venture is when two companies team up to do a project together. In this case, it would be a way to build vehicles in Canada by sharing the work and costs.
A joint venture is a business partnership where two companies share ownership, investment, and risk to build or operate something together. In automotive, it often means one partner provides local market access while the other brings technology, platforms, or manufacturing know-how.
Unifor
"On the labour front, Unifor and Ford have negotiated a new tentative contract. The proposed three-year agreement comes after nearly three weeks of bargaining and marathon talks..."
Unifor is a Canadian union. Here, they’re negotiating a new work contract with Ford for the auto industry.
Unifor is a Canadian labor union that represents workers in industries including automotive. In this segment, it’s central because it’s negotiating a new contract with Ford.
Ford
"On the labour front, Unifor and Ford have negotiated a new tentative contract. The proposed three-year agreement comes after nearly three weeks of bargaining..."
Ford is the car company. In this story, they’re negotiating a new agreement with the union about jobs and pay.
Ford is a major automaker involved in labor negotiations with Unifor in this episode. The contract details matter because they can affect costs and staffing across Ford’s Canadian operations.
Stellantis
"If ratified, the deal will set the pattern for upcoming negotiations with General Motors and Stellantis, covering key issues including wages..."
Stellantis is a large group that makes cars. The episode says the next union contract pattern could also apply to Stellantis.
Stellantis is the automaker group mentioned as another party in upcoming labor negotiations. The segment frames the Ford/Unifor agreement as a template that could influence GM and Stellantis talks.
General Motors
"If ratified, the deal will set the pattern for upcoming negotiations with General Motors and Stellantis, covering key issues including wages..."
General Motors is another big car company. The episode is saying the next contract talks after Ford will likely involve GM too.
General Motors is referenced as the next automaker likely to face similar contract negotiations after the Ford/Unifor deal. That makes it relevant to how labor terms could ripple across the industry.
federal EV incentives
"David, affordability is clearly part of the PV5 story with a competitive starting price and eligibility for the federal EV incentive."
A federal EV incentive is money from the government that helps lower the price of an electric vehicle. If a vehicle qualifies, it can make the same van cost less to the buyer.
A federal EV incentive is government financial support that reduces the effective cost of buying an eligible electric vehicle. In practice, it can change what buyers can afford and can also influence automakers’ pricing and sales targets.
PVB
"it really is all about maximizing value, its capability versus cost, the ongoing operating costs, and the PVB combines low operating costs with a low upfront investment."
PVB here is a shorthand for the “value” the company says you get. They’re saying the van costs less to buy and costs less to run over time.
PVB is presented as a value proposition metric in the context of the PV5—combining low operating costs with a low upfront investment. In this segment, it’s used to argue that the van’s total economics work better for commercial buyers.
EV abbreviate
"Both of our trims fall below $50,000, which make it eligible for the EV abbreviate, while still providing the capability that commercial users need."
This sounds like the name of an electric-vehicle incentive or eligibility rule. The speaker’s point is that because the van’s price is under $50,000, it can qualify for government help.
“EV abbreviate” appears to refer to an EV incentive or eligibility category tied to Canadian rules for electric vehicles. The key point in the segment is that the PV5’s trim pricing is under $50,000 so it qualifies for that incentive program.
EV drivetrain
"and that EV drive train makes the case even stronger. All right, so beyond just the purchase price, where can businesses expect to see the biggest savings over the life of the PV5?"
An EV drivetrain is the parts that move the car using electricity. The speaker is saying it helps the van cost less to run than a gas vehicle.
An EV drivetrain is the set of components that deliver power from the battery to the wheels, typically including the electric motor(s), reduction gearing, and related power electronics. The speaker argues that the EV drivetrain strengthens the business case by supporting lower operating costs.
fuel savings
"Well, there's a couple big areas. I think fuel savings definitely went versus charge and cost. So, it's significantly less expensive to charge a vehicle than to fill the tank..."
Fuel savings means spending less money on energy. The speaker is saying charging an electric van costs less than buying gas or diesel, and it can be more predictable.
Fuel savings is the cost reduction from using electricity instead of gasoline or diesel. In this segment, it’s contrasted with “charge and cost,” emphasizing that charging is cheaper than filling a tank and can reduce exposure to fuel price swings.
maintenance
"And secondly, maintenance. The EVs require less of it, and so not only does that mean fewer trips and fewer costs for the maintenance itself, but because there's fewer service required, that means more time on the road..."
Here, “maintenance” means how often you have to service the vehicle. The speaker is saying EVs usually need less work, so the van spends more time working and less time in the shop.
In EV discussions, “maintenance” often highlights that electric vehicles typically have fewer wear items than internal-combustion vehicles (for example, no oil changes and less drivetrain complexity). The speaker ties reduced maintenance to fewer service trips, less downtime, and higher fleet utilization.
utilization of the vehicle
"but because there's fewer service required, that means more time on the road, less downtime, more utilization of the vehicle, and really helps to fulfill its commercial purpose."
Utilization means how much the van is actually being used for deliveries or work. If it needs fewer repairs and less shop time, it can be used more often.
Vehicle utilization is how much of the time a fleet vehicle is actively used for work versus sitting idle. The segment connects lower maintenance and fewer service visits to higher utilization, which improves the economics of commercial EVs.
fleet operators have delayed electrification
"All right, so many fleet operators have delayed electrification because of economic uncertainty. So, do you think the combination of lower pricing, incentives, and lower total cost of ownership..."
Some delivery and service companies have been waiting to switch to electric vehicles. The host is asking whether today’s lower prices and lower running costs make it a smarter move than before.
This refers to the industry-wide tendency for fleet companies to postpone switching to electric vehicles due to uncertainty about costs, incentives, and operational risk. In the segment, the question sets up whether improved pricing and TCO make electrification more attractive than it was a few years ago.
total cost of ownership
"So, do you think the combination of lower pricing, incentives, and lower total cost of ownership and operating costs creates a stronger business case today than it did a few years ago when it comes to electric?"
Total cost of ownership means the real cost of a vehicle over time. It includes what you pay to run it—like energy and maintenance—not just what you pay to buy it.
Total cost of ownership (TCO) is the full cost to run a vehicle over its life, not just the purchase price. Here, it’s used to compare electric vans versus gas vans by factoring in charging/fuel and maintenance, plus downtime and utilization.
platform beyond vehicle
"Okay, now it is the first dedicated commercial EV for Kia, and part of your broader strategy called platform beyond vehicle. So, where does it fit"
“Platform beyond vehicle” is Kia’s way of saying they’re thinking bigger than just building a van. They’re trying to build a whole business solution around the vehicle for companies.
“Platform beyond vehicle” is Kia’s broader strategy framing that goes past the car itself—typically implying ecosystem, services, and business solutions around the vehicle. In this segment, it’s used to explain how the PV5 fits into Kia’s commercial EV plan.
commercial EV adoption
"into Kia's long-term vision, and how do you see commercial EV adoption evolving among Canadian fleet operators over the next few years?"
This means how businesses start using electric vehicles instead of gas or diesel for their work. The question here is how fast Canadian companies will make that switch and what affects their decision.
Commercial EV adoption refers to how quickly businesses switch from gasoline or diesel vehicles to electric vehicles for work use. In this segment, it’s specifically about how fleet operators in Canada decide whether and when to electrify.
PV5
"Yeah, I think the PV5, as I said, kind of really addresses an unmet need in the market today, and that's kind of key to our strategy and bringing it into the Canadian market."
Kia’s PV5 is a commercial electric van. The host is talking about why it’s meant for businesses that drive a lot in cities—so they can keep operating costs down while still having enough electric range for their routes.
Kia’s PV5 is being positioned as a commercial EV van aimed at Canadian fleet operators. The discussion focuses on how it fits urban use cases (like deliveries and trades) and how its range, charging, and operating costs support day-to-day business needs.
test-and-learn phase
"a lot of them are in kind of test-and-learn phase of electric vehicles, while some, of course, are fully transitioned."
A test-and-learn phase is when a company tries electric vehicles on a small scale first. They use that time to see how the EVs perform in real life—like costs, charging, and whether they fit the job.
The test-and-learn phase is when fleets start with limited EV deployments to gather real-world data before scaling up. It helps them understand costs, charging behavior, and whether the vehicles meet route and duty-cycle needs.
payload impact to range
"The decision is made very, very heavily based on vehicle costs, both upfront and throughout the lifecycle, as well as how the vehicle functions. So, payload impact to range, public and home charging solutions, battery health longevity."
Payload impact to range is about how the weight of cargo changes how far an electric van can go. If you carry more, you usually use more battery, so the range can drop.
Payload impact to range means how carrying cargo affects how far an EV can travel. Heavier loads generally increase energy use, which can reduce range—important for delivery and trades where vehicles are often loaded.
battery health longevity
"payload impact to range, public and home charging solutions, battery health longevity."
Battery health longevity means how long the EV battery stays strong and doesn’t lose too much range. Fleets care because battery wear affects long-term costs and usefulness.
Battery health longevity is how well an EV battery maintains its capacity and performance over time. For fleets, charging habits, usage patterns, and thermal management can influence how quickly the battery degrades.
public and home charging solutions
"payload impact to range, public and home charging solutions, battery health longevity."
This means the ways EVs get charged: at home and at public charging stations. Fleets need both so they can keep vehicles running without long delays.
Public and home charging solutions refers to the infrastructure options EV fleets use to recharge vehicles. Home charging can reduce downtime and cost, while public charging provides flexibility when vehicles need charging away from depots.
last-mile delivery
"telecoms, trades, food and hospitality, last mile delivery, these are all the ones that are at the top of our list."
Last mile delivery is the final part of getting packages to you. It usually happens in busy city areas with lots of stops, so a van that’s efficient and easy to park matters.
Last mile delivery is the final leg of shipping—moving goods from a local hub to the customer’s location. It’s typically done in dense urban areas, where stop-and-go driving and parking constraints make EV vans attractive.
underground parking garages
"The PV5 offers the size, one that allows it to be in underground parking garages and condos in places like Toronto, Montreal and Vancouver."
Underground parking garages are common in big cities, but they can be tight. The speaker is saying the PV5 is sized and shaped to fit those spaces more easily.
Underground parking garages are a key constraint for EV vans because they often limit vehicle height and maneuvering space. The segment uses them to explain why a compact, maneuverable EV van matters in dense Canadian cities.
Vancouver
"The PV5 offers the size, one that allows it to be in underground parking garages and condos in places like Toronto, Montreal and Vancouver."
Vancouver is included as an example of a city where parking can be tight, especially with condos and underground garages. The speaker is saying the PV5 is meant to handle that kind of environment.
Vancouver is cited as a Canadian city with condo and underground parking realities that affect what commercial vehicles work well. It’s part of the broader point about designing the PV5 for urban fleet operations.
Toronto
"The PV5 offers the size, one that allows it to be in underground parking garages and condos in places like Toronto, Montreal and Vancouver."
Toronto is used as an example of a big, dense city. The point is that parking can be tight, so the van needs to fit and maneuver well.
Toronto is referenced as an example of a dense Canadian city where underground parking garages and condos are common. That matters because it influences what vehicle size and maneuverability are practical for fleets.
nimble turn radius
"It has a nimble turn radius, parking safety features, etc. that make it work really well for that urban environment."
Turn radius is how tight a vehicle can turn. A nimble turn radius helps in cities where streets and parking spots are tight, so the van is easier to maneuver.
A nimble turn radius means the vehicle can make tighter turns, which is especially valuable in crowded urban streets and tight parking areas. It’s a practical handling metric for delivery vans that need frequent maneuvering.
Ram
"Commercial vans from Ford, GM and Mercedes and even Ram have really dominated the commercial van segment over the years."
Ram is mentioned as a well-known commercial van brand. It’s part of the list of competitors to Kia’s PV5.
Ram is referenced as another major commercial van brand that has historically led the segment. In this interview, it’s used to frame the competitive challenge Kia is trying to overcome with the PV5.
GM
"Okay, now last question. Commercial vans from Ford, GM and Mercedes and even Ram have really dominated the commercial van segment over the years."
GM is mentioned as another major van maker. The discussion uses GM as part of the list of competitors to Kia.
GM (General Motors) is cited as another company that has been dominant in the commercial van market. In this segment, it’s part of the comparison set for why businesses might consider Kia instead.
Mercedes
"Commercial vans from Ford, GM and Mercedes and even Ram have really dominated the commercial van segment over the years."
Mercedes is mentioned as one of the big companies in commercial vans. It’s included to show who Kia is competing against.
Mercedes is named as a dominant commercial van brand in the segment’s competitive landscape. The guest is arguing that Kia’s PV5 offers advantages that could sway Canadian businesses.
Dodge Ram
"...mmercial vans from Ford, GM and Mercedes and even Ram have really dominated the commercial van segment ..."
Dodge Ram is a type of work vehicle made for hauling people or cargo. Some versions are vans that businesses use for deliveries and daily jobs. It comes up in discussions about commercial vehicles because it’s commonly chosen by fleets.
The Dodge Ram is a line of light-duty trucks and vans built for work use, including commercial van configurations. It’s often discussed in the context of commercial vehicles because it competes for fleet and business buyers who need practical cargo space and durability. The podcast mention highlights how Ram has been a strong presence in the commercial van segment.
EV powertrain
"Well, it's the only van of its kind, really. It has an EV powertrain that's optimized for stop-and-go city driving."
An EV powertrain is the electric system that makes the van move. It includes the battery and the electric motor, and in this case it’s set up to work well in city traffic where you constantly speed up and slow down.
An EV powertrain is the set of components that generate and deliver electric drive power—typically an electric motor (or motors) plus the battery and power electronics. Here, it’s described as optimized for stop-and-go city driving, which usually means it’s tuned for frequent acceleration and deceleration.
stop-and-go driving
"It has an EV powertrain that's optimized for stop-and-go city driving."
Stop-and-go city driving refers to frequent low-speed starts and stops, typical of urban delivery routes. EVs often perform well here because electric motors provide strong low-speed torque and can recapture energy during deceleration (depending on the vehicle’s regen system).
interior space
"That EV platform allows you to maximize the interior space and minimize the footprint."
Interior space is how much room the van has inside. For a delivery vehicle, more interior space usually means more cargo capacity without making the van too large for city streets.
Interior space is the usable volume inside the vehicle for passengers and cargo. In a delivery van context, maximizing interior space while minimizing the vehicle’s overall footprint helps businesses carry more while still fitting into tight urban streets and loading areas.
minimize the footprint
"That EV platform allows you to maximize the interior space and minimize the footprint."
Minimizing the footprint means making the van take up less space overall. That can help it fit and maneuver better in busy city areas and tight parking spots.
Minimizing the footprint means reducing the vehicle’s overall size and space it occupies—often length, width, and turning/parking practicality. For urban delivery fleets, a smaller footprint can improve maneuverability and make it easier to park and operate in constrained areas.
fleet customers
"It's a strong design which is going to help elevate the perception of our fleet customers' businesses as well."
Fleet customers are companies that use vehicles for their business, often more than one van at a time. The guest is saying the PV5 can help those businesses look better while operating.
Fleet customers are businesses that operate multiple vehicles for work—like delivery, service, or logistics. The segment suggests that the PV5’s design and features can improve how those businesses are perceived.
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