Fastest Charging EVs in Australia
Fast charging matters most on road trips. These EVs accept the highest DC charging speeds on Australia's fast-charging networks — meaning fewer and shorter stops between cities.
Coming SoonTesla
Model 3
6 variants
From
$54,900
to $80,900
Range
702 km
≈ 14 commutes
DC Charge
250 kW
fast
Polestar
5
2 variants
From
$157,705
to $174,628
Range
670 km
≈ 14 commutes
DC Charge
250 kW
fast
IM
IM5
3 variants
From
$60,990
to $80,990
Range
655 km
≈ 13 commutes
DC Charge
396 kW
fast
Coming SoonPolestar
2
6 variants
From
$62,400
to $85,400
Range
654 km
≈ 13 commutes
DC Charge
205 kW
fast
Audi
Q6 e-tron
2 variants
From
$99,900
to $110,000
Range
641 km
≈ 13 commutes
DC Charge
270 kW
fast
Kia
EV4
2 variants
From
$49,990
to $59,190
Range
633 km
≈ 13 commutes
DC Charge
135 kW
medium
Mercedes-Benz
EQE
3 variants
From
$136,600
to $194,100
Range
631 km
≈ 13 commutes
DC Charge
173 kW
fast
BMW
i7
3 variants
From
$297,900
to $344,900
Range
625 km
≈ 13 commutes
DC Charge
195 kW
fast
Polestar
4
2 variants
From
$78,500
to $88,350
Range
620 km
≈ 13 commutes
DC Charge
200 kW
fast
Buying guide
The 10–80% benchmark is what matters
Max DC kW is the headline number, but charging speed isn't constant — it peaks early then tapers off. The 10–80% charge time (how long to go from nearly empty to 80%) is the most meaningful comparison for real road trip stops. A 20-minute 10–80% time means a coffee stop; 45 minutes is a sit-down meal.
The charger must match the car
A car rated at 200 kW DC will only charge at 200 kW if the charger can also deliver 200 kW. Australia's Chargefox ultra-rapid and Evie 350 kW sites support this. Most 50 kW roadside chargers will limit a fast-charging car to 50 kW regardless of its rating.
800V architecture is a step up
The Hyundai Ioniq 6, Kia EV6, and Porsche Taycan use 800V electrical architecture, allowing faster sustained charging with less heat. This is why they maintain high charging speeds across the full 10–80% window, not just at the start.