A well-planned EV road trip typically adds somewhat more time than the same drive in a gas car, mostly in the form of charging stops, but it’s a smaller difference than most people expect, and much of it doubles as a normal rest break anyway. How much time really depends on your route, the season, and how well you plan your charging stops in advance, there’s no single number that applies to every trip.
Where the extra time actually comes from
A gas car’s stops are quick, fill up and go. An EV’s stops on a fast charger typically take 20 to 45 minutes to add 10 to 80% charge, which is longer than a gas fill-up but similar to, or shorter than, a proper meal or rest stop many drivers take anyway on a long drive. The real time cost shows up on trips where you’d normally drive straight through with minimal stops, that’s where EV charging adds genuinely new time rather than replacing time you’d have spent stopped regardless. A short trip with one or two charging stops barely changes your overall timeline; a trip that would otherwise involve minimal stopping will feel the difference more.
Canada’s fast-charging corridors
Long-distance EV travel in Canada is built around a small number of fast-charging corridors. The Petro-Canada Electric Highway runs along much of the Trans-Canada corridor, and networks like Ivy (concentrated in Ontario), Electrify Canada, and the Tesla Supercharger network, now open to many non-Tesla vehicles with an adapter, fill in most of the rest. Coverage is strong along major highway routes between large cities and gets noticeably thinner in remote and northern regions, so route planning matters more the further you get from major corridors.
Planning tools that make this easier
Route-planning apps like A Better Routeplanner (ABRP), PlugShare, and ChargeHub let you map a route against real charger locations and get a realistic estimate of stops and timing before you leave, factoring in your specific vehicle’s efficiency and battery size rather than a generic estimate. Most EVs’ built-in navigation now does a version of this automatically when you set a distant destination.
💡 Tip: Plan charging stops around meals, rest breaks, and washroom stops you’d take anyway. A 25-minute charge that lines up with a coffee break barely registers as “extra time” on the trip.
What actually stretches the timeline
| Factor | Effect on trip time |
|---|---|
| Winter driving | Reduced range means more frequent stops, and cold slows DC fast-charging speed, both adding time |
| Towing | Significantly reduces range, requiring meaningfully more frequent charging stops; see our guide on can EVs tow |
| Remote or northern routes | Sparser charging infrastructure means less flexibility in exactly where and when you stop |
| Busy travel periods | Popular charging stations can have a queue on high-traffic weekends, worth checking real-time availability via an app before arriving |
⚠️ Note: Build extra buffer into winter road trip timing specifically. Between reduced range and slower cold-weather charging, a route that adds little time in summer can add noticeably more in a Canadian winter. See our guide on cold weather range loss for the numbers.