Net Zero 2050 and Gas Cars in Canada: 5 Shocking Truths

The debate over net zero 2050 and the future of gas cars in Canada is no longer abstract policy — it is reshaping what sits in your driveway and what it will be worth five years from now. Canada’s federal government has committed to banning the sale of new gas-powered passenger vehicles by 2035, with escalating interim targets starting this year. Yet GM just greenlit a brand-new V8 engine for the 2027 Silverado, and solid-state battery technology is only now leaving the lab. The gap between policy ambition and market reality is wide — and Canadian buyers are standing right in the middle of it. Here is what you actually need to know to make a smart vehicle decision today.

What Canada’s ZEV Mandate Means for Gas Car Owners After 2035

Canada’s Zero-Emission Vehicle mandate, finalized under the Canadian Environmental Protection Act, requires that 20% of new light-duty vehicle sales be zero-emission by 2026, rising to 60% by 2030 and 100% by 2035 . These targets apply to manufacturers and importers, not to consumers directly. Nobody is coming for the truck in your garage.

What the mandate does not do:

1. It does not ban the ownership or operation of existing gas vehicles after 2035.
2. It does not prohibit the sale of used gas-powered vehicles.
3. It does not set a retirement date for internal combustion engines already on the road.
4. It does not override provincial jurisdiction on registration or insurance.
5. It does not currently include heavy-duty trucks, though separate regulations are in development.

The distinction matters. A 2034 gas-powered pickup purchased new will remain street-legal for its entire useful life. But the regulation signals a clear direction for resale markets: as new gas supply shrinks after 2035, used gas vehicles could either spike in value due to scarcity or crater under the weight of stigma and infrastructure shifts. Which outcome prevails depends heavily on what happens province by province — and whether EV technology delivers on its current promises.

If you are weighing a new vehicle purchase now, our buyer guides break down practical comparisons across powertrains for Canadian conditions.

Province-by-Province Gas Car Future: EV Incentives and Charging Infrastructure in Canada

Canada’s EV landscape is far from uniform. Provincial policies, incentives, and charging infrastructure create dramatically different ownership realities depending on where you live.

Province	EV Purchase Incentive (2026)	ZEV Mandate	Public Chargers per 100,000 People	EV Market Share (2024)
British Columbia	Up to $4,000	Provincial + Federal	~45	~20%
Quebec	Up to $7,000	Provincial (preceded federal)	~55	~15%
Ontario	None (provincial)	Federal only	~25	~9%
Alberta	None	Federal only (publicly opposed)	~12	~4%
Manitoba/Saskatchewan	None	Federal only	~8	~3%

Quebec and British Columbia have led adoption because they paired purchase incentives with their own provincial ZEV standards, creating a dual-layer regulatory push. Alberta Premier Danielle Smith has publicly challenged the federal timeline, calling it unrealistic for rural and northern communities — and the province’s charging infrastructure numbers back up the criticism .

For a buyer in rural Alberta or Saskatchewan, the 2035 mandate might as well be science fiction. For someone in downtown Montreal, it is already shaping which cars dealers stock on the lot.

This provincial divide has direct implications for resale values. A gas truck in Fort McMurray will hold value differently than a gas sedan in Vancouver, where municipal anti-idling bylaws, congestion pricing discussions, and dense charging networks push the EV case harder each year. RIDEZ will continue tracking these regional trends as they evolve through 2026 and beyond.

How Solid-State Batteries Could Accelerate Canada’s Net-Zero 2050 EV Transition

The biggest variable in the gas-versus-electric equation is not policy — it is technology. And battery technology just hit an inflection point.

MG has begun production of semi-solid-state battery packs for its vehicles, marking the first time this next-generation technology has reached production scale . Road & Track has confirmed the technology is now in consumer vehicles, not just prototypes . Solid-state and semi-solid-state batteries promise three critical improvements over current lithium-ion packs:

1. Faster charging — potential 10-80% charge in under 15 minutes, compared to 30-45 minutes for current fast-charging EVs.
2. Higher energy density — more range per kilogram of battery weight, which directly addresses cold-climate range loss that Canadian buyers worry about.
3. Improved safety — solid electrolytes reduce fire risk, a concern that has fueled EV skepticism.

For Canadian buyers, the cold-weather performance angle is critical. MotorTrend’s 2026 winter test of the Hyundai Santa Fe Hybrid exposed significant cold-climate efficiency losses , a problem that solid-state chemistry is specifically designed to mitigate. If these batteries reach mainstream production by 2028-2030 — as Toyota, Samsung SDI, and several Chinese manufacturers have projected — the practical case against EVs in Canadian winters weakens considerably.

That said, “production” and “affordable mass-market production” are different things. Scaling to the millions of units needed to meet Canada’s 2030 interim target of 60% ZEV sales is an industrial challenge that remains unproven. Understanding EV battery warranties is also essential before committing to any electric purchase.

Why Automakers Are Still Betting on Gas Cars Despite Net-Zero 2050 Targets

While policy pushes toward electrification, manufacturers are making billion-dollar bets that internal combustion is not finished. GM is developing an entirely new V8 engine for the 2027 Chevrolet Silverado and GMC Sierra — not a refresh of an existing block, but a ground-up design . Ram is similarly doubling down on its combustion truck lineup, leaning into what Stellantis has framed as truck-market demand.

BMW’s head of product development publicly questioned whether there is sufficient market demand for an electric Z4, suggesting the sports car may remain combustion-only . These are not signals from companies ignoring the EV transition — GM and BMW are both investing billions in electric platforms simultaneously. They are signals that the transition will be longer, messier, and more segmented than the policy timeline assumes.

For Canadian buyers, this creates a practical window. If you need a full-size truck for work or towing in 2026-2027, well-engineered new ICE options will be available — and they will likely hold resale value well into the 2030s, particularly in provinces where EV adoption lags. The gas-powered truck and SUV comparison space remains highly active, and buyers who purchase strategically now are not throwing money away.

The key risk sits on the sedan side. Gas-powered sedans in EV-forward provinces like Quebec and British Columbia are already depreciating faster than their SUV and truck counterparts, and that gap will likely widen as the 2035 deadline approaches.

Buy, Hold, or Switch to EV: What Canadian Drivers Should Do in 2026

Here is how RIDEZ sees the decision matrix:

If you drive a gas-powered truck or SUV: Hold or buy confidently. Resale values for these segments remain strong across Canada, the 2035 mandate does not affect used sales, and new ICE truck options will be available through at least 2034. Cold-climate EV towing remains limited.

If you drive a gas-powered sedan in BC or Quebec: Consider switching at your next purchase cycle. EV sedan and crossover options like the Chevrolet Equinox EV and VW ID.4 are hitting price points competitive with gas equivalents when incentives are factored in, and your current sedan’s resale value will likely erode faster than the national average.

If you drive a gas-powered sedan in Alberta, Saskatchewan, or Manitoba: You have more time. Charging infrastructure is thin, provincial incentives are nonexistent, and gas vehicle stigma is minimal. But watch for federal incentive expansions and infrastructure funding in the 2026-2027 budget cycle.

If you are buying your first car: Factor in total cost of ownership over seven to ten years, not just sticker price. Include fuel costs, maintenance differentials (EVs cost roughly 30-40% less to maintain annually), insurance premiums, and projected resale value for your specific province.

Conclusion: Net-Zero 2050 Demands Action, Not Panic

The conversation around net zero 2050 and the future of gas cars in Canada will only intensify as interim targets bite and battery technology matures. But the smart play is not to panic-sell your gas vehicle or rush into an EV that does not fit your needs. It is to understand the timeline, know your province’s trajectory, and make decisions based on data rather than headlines.

What to Do Next

• Check your province’s current EV incentives — they change frequently and can shift the math by thousands of dollars.
• Get a current trade-in valuation on your gas vehicle from Canadian Black Book or a local dealer — know your baseline.
• Compare total cost of ownership, not just MSRP, when cross-shopping gas and electric models.
• Monitor solid-state battery announcements from Toyota, Samsung SDI, and MG through 2027 — a breakthrough at scale changes everything.
• If you are buying a gas truck or SUV, buy with confidence but choose models with strong brand resale history.
• If you are buying a gas sedan in BC or Quebec, seriously consider hybrid or full EV alternatives at your next purchase.
• Bookmark RIDEZ for ongoing coverage of Canadian EV policy, resale trends, and powertrain comparisons as 2035 approaches.