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Winter range head-to-head
Side-by-side winter range, heating, and charging comparisons for the EVs most cross-shopped in cold climates.
Tesla Model Y Long Range vs Hyundai Ioniq 5
The Ioniq 5 wins on raw charging speed (350 kW peak, 800V), while the Model Y wins on convenience (automatic Supercharger preconditioning and the Supercharger network). For winter road trips, the Model Y's seamless preconditioning and charging network make it the safer default; the Ioniq 5 rewards owners who remember to enable preconditioning manually.
CompareTesla Model 3 Long Range vs Hyundai Ioniq 6
Nearly a tie on paper, but the Model 3's Supercharger network and automatic preconditioning give it the edge for cold-weather road trips. The Ioniq 6 counters with faster 800V charging when you remember to enable preconditioning.
CompareTesla Model Y Long Range vs Ford Mustang Mach-E
The Model Y wins in winter: its heat pump and faster preconditioned charging beat the Mach-E, especially on resistive-heat trims. The Mach-E remains competitive only in 2024+ heat-pump trims, but its 150 kW peak charge rate still trails in cold.
CompareHyundai Ioniq 5 vs Kia EV6
Effectively a tie in winter. Both need the same 'enable battery preconditioning' step, and both charge fast when preconditioned. Pick on styling, space, and price rather than winter performance.
CompareTesla Model Y Long Range vs VW ID.4
The Model Y is the stronger winter EV: standard heat pump, faster preconditioned charging, and the Supercharger network. The ID.4 loses more range in deep cold and charges slower — it's adequate, but not a winter leader.
CompareFord F-150 Lightning vs Rivian R1T / R1S
Comparable winter behavior — both lose 20–35%+ in deep cold and both need aggressive preconditioning. The Rivian's stronger thermal management and app-driven preconditioning give it a slight edge, while the Lightning's 155 kW peak charges slower in cold.
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