Hyundai IONIQ 6 vs Tesla Model 3: Best Long-Range Sedan in Australia? (2026)
Two of the best long-range electric sedans available in Australia sit at almost exactly the same price. The Hyundai IONIQ 6 RWD at $67,300 and the Tesla Model 3 Long Range AWD at $67,900 are separated by just $600. Both offer over 600km of claimed WLTP range. Both are aerodynamically optimised to within an inch of their lives. Both target buyers who want a serious, go-anywhere electric sedan without spending supercar money.
But they make very different choices about how to get there.
The IONIQ 6 uses 800V charging architecture, includes V2L, backs itself with a 5-year unlimited-km warranty, and achieves a 0.21 Cd drag coefficient that makes it one of the most aerodynamically efficient production cars ever built. The Model 3 Long Range is AWD, reaches 100km/h in 4.4 seconds, and sits on the most extensive fast-charging network in Australia.
Which matters more to you will determine which car you should buy. Australia had more than 454,000 EVs on the road by end-2025 (Electric Vehicle Council, January 2026), and the long-range sedan category is seeing some of the fastest growth. Let’s work through it.
Specs at a Glance
| Hyundai IONIQ 6 RWD | Tesla Model 3 Long Range AWD | |
|---|---|---|
| Drive-away price | $67,300 | $67,900 |
| WLTP Range | 614 km | 629 km |
| Battery | 77.4 kWh | ~80 kWh |
| DC Charging | 233 kW (800V) | 250 kW (400V) |
| 0–100 km/h | 7.4 s | 4.4 s |
| Drive type | RWD | AWD |
| V2L | Yes (3.6 kW) | No |
| Warranty | 5 yr / unlimited km | 4 yr / 80,000 km |
If budget is a consideration: the Model 3 Standard RWD starts at $54,900 with around 513km of range. That’s a $12,400 saving, though you lose AWD and some range.
Price: Six Hundred Dollars Between Them
At the same price bracket, these two are essentially neck and neck: $67,300 versus $67,900. The IONIQ 6 is technically $600 cheaper. The Model 3 Long Range is AWD at that price; the IONIQ 6 is RWD.
If you’re comparing RWD to RWD, the Model 3 Standard at $54,900 is the relevant Tesla, and the IONIQ 6 wins on price by $12,400. But the Standard Model 3’s shorter range (~513km) shifts the comparison. At full long-range spec, they’re priced identically for practical purposes.
Winner: Essentially equal (IONIQ 6 by $600)
Range: Both Exceptional, Minor Tesla Edge
The Model 3 Long Range claims 629km WLTP. The IONIQ 6 claims 614km. A 15km difference that will never influence a real-world driving decision.
Melbourne to Sydney is around 870km. Both cars need one charging stop. Melbourne to Canberra is about 640km, and both make it on a single charge with careful driving. The IONIQ 6’s superior aerodynamics (0.21 Cd versus the Model 3’s 0.23 Cd) mean it performs particularly well at highway speeds where drag matters most. Real-world efficiency at 110km/h is where the IONIQ 6’s engineering shows up.
The IONIQ 6’s 614km is also achieved with a slightly smaller battery (77.4kWh versus ~80kWh). That’s a testament to how much the aerodynamics contribute to the range equation.
Winner: Model 3 Long Range (marginally on claimed figures), Draw (real-world highway use)
Charging: 800V Architecture vs 250kW Peak
This is where it gets technical, but it matters.
The IONIQ 6 uses 800V architecture with 233kW peak DC charging. The Model 3 Long Range uses a 400V system with 250kW peak. On paper, the Tesla has a higher peak rate. In practice, the IONIQ 6’s 800V system reaches and sustains its peak charging rate more consistently across the full state-of-charge window.
A 400V system delivering 250kW generates significant heat during high-rate charging, which causes the car’s thermal management to dial back the charge rate to protect the battery. The IONIQ 6’s 800V architecture produces much less heat at the same power level, meaning it can hold near-peak charging rates for longer. Real-world 10-80% charging sessions put both cars at approximately 18-20 minutes on a fast charger.
Where the Tesla pulls ahead is network coverage. Tesla’s Supercharger network has more locations and more consistent reliability than Australia’s third-party network. Non-Tesla drivers access Superchargers now, but at considerably higher rates (around 79c/kWh without a Tesla membership versus 40-60c/kWh on Chargefox or similar). IONIQ 6 owners use third-party networks such as Evie, Chargefox, and BP Pulse, which have improved but have thinner coverage on regional routes.
For city-based drivers near plentiful public chargers: genuine draw. For frequent long-distance drivers on Australia’s highway network: Tesla’s Supercharger coverage is a tangible advantage.
Winner: Draw (technical charging performance), Model 3 (charging network coverage)
Acceleration: The Model 3 Long Range Is Much Quicker
The Tesla Model 3 Long Range AWD reaches 100km/h in 4.4 seconds. The IONIQ 6 RWD takes 7.4 seconds. That is not a close comparison.
AWD helps the Model 3 put power down cleanly from a standstill, while the IONIQ 6’s single rear motor takes 3 seconds longer to hit the benchmark. In motorway merges, overtaking, and general spirited driving, the Model 3 Long Range is a noticeably quicker car.
If performance matters to you at all, and you enjoy driving rather than just arriving, the Model 3 Long Range is the more engaging car. The IONIQ 6’s 7.4 seconds is perfectly quick for a sedan; it just isn’t in the same class as a 4.4-second AWD car.
Winner: Tesla Model 3 Long Range (significantly)
V2L: IONIQ 6 Has It, Model 3 Doesn’t
The IONIQ 6 comes standard with V2L (vehicle-to-load) at 3.6kW. The Tesla Model 3 has no V2L capability at any spec level.
A 3.6kW outlet is enough to run a bar fridge and some lighting at a campsite, power tools at a job site, or keep key appliances going during a power outage. For camping families or tradespeople, V2L on a $67,300 car is a genuine bonus. For someone who never plans to use it, it’s irrelevant.
Winner: IONIQ 6
Warranty: IONIQ 6 Wins, But Tesla’s Is Genuinely Weak
This section matters more than most comparison articles give it credit for.
Hyundai backs the IONIQ 6 with 5 years and unlimited kilometres. Tesla backs the Model 3 with 4 years and 80,000km. That 80,000km cap is the problem. At 20,000km per year, not unreasonable for someone using their car as their primary vehicle, Tesla’s kilometre limit is hit in exactly 4 years. The warranty expires by kilometres at the same time it expires by time. There’s no buffer.
For any driver covering more than 20,000km annually, Tesla’s warranty is genuinely constrained. A tradie using their Model 3 as a work car, a family doing regular country trips, a regional commuter: all could plausibly run into the kilometre cap.
Hyundai’s unlimited-km term removes that calculation entirely. You keep the warranty regardless of how far you’ve driven. That’s a meaningful difference.
Five years unlimited versus four years/80,000km: the IONIQ 6 wins clearly.
Winner: IONIQ 6 (clearly)
Interior and Aerodynamics
The IONIQ 6’s interior is built around a very clear brief: remove everything that doesn’t need to be there. Clean surfaces, minimal physical controls, and a driver-focused layout that prioritises the driving experience. The 0.21 Cd body shape required compromises in cabin height (the IONIQ 6 is lower than many sedans), but the result is an interior that feels purposeful and calm.
Tesla’s Model 3 interior is even more minimal: a single central screen controls almost everything. The lack of physical controls polarises opinion. Adjusting the mirrors, changing the wiper speed, or turning up the heated seat all goes through the touchscreen. For some buyers that feels like the future. For others it feels like unnecessary friction. The quality is high either way.
Winner: Personal preference
Running Costs
At home electricity rates of around 30c/kWh, both cars cost approximately $4.50 per 100km. The IONIQ 6’s superior aerodynamics mean its real-world consumption at highway speeds is slightly lower than the Model 3’s, which translates to marginally cheaper per-kilometre costs on long drives.
Both cars qualify for the FBT exemption on novated leases as BEVs under the $91,387 GST-inclusive threshold. Visit the rebates and incentives page for state-by-state details and to calculate your salary packaging benefit. PHEVs lost this exemption from April 2025, making these BEVs particularly attractive for employees with packaging access.
For home charging installation advice, the EV charger guide covers 7.4kW setup options and typical Australian install costs.
Verdict: Which Long-Range Sedan Should You Buy?
At $600 apart, this comes down to what you need from a car.
Choose the IONIQ 6 RWD if: warranty matters to you (the Tesla’s 80,000km cap is genuinely limiting for high-km drivers), you want V2L, or the 800V charging architecture and exceptional aerodynamics appeal. For highway-focused drivers who care about real-world efficiency, the IONIQ 6 is a remarkably engineered car.
Choose the Tesla Model 3 Long Range if: AWD traction is important for your conditions, performance (4.4s vs 7.4s) is a priority, or you rely on Australia’s east coast highway network where Supercharger coverage gives a practical edge.
For the everyday long-range sedan buyer who wants the best combination of range, warranty, and features at this price: the IONIQ 6 edges it. For performance-focused buyers who drive hard and use Superchargers: the Model 3 Long Range wins. If you’re also considering the IONIQ 5 or Kia EV6, our Hyundai IONIQ 5 vs Kia EV6 comparison covers those two in detail. Browse all electric sedans on our full EV comparison page.
Common Questions
At the same price, is the IONIQ 6 or Model 3 Long Range better value?
The IONIQ 6 RWD at $67,300 and the Model 3 Long Range at $67,900 are separated by just $600. At that price parity, the IONIQ 6 brings V2L, a longer unlimited-km warranty, and 800V charging architecture. The Model 3 Long Range adds AWD traction and quicker 0-100 acceleration (4.4s vs 7.4s). Which matters more depends on your priorities.
Is the Tesla Supercharger network still a meaningful advantage in Australia?
Yes, genuinely. Tesla’s Supercharger network has more locations and more consistent reliability than third-party networks like Evie or Chargefox across Australia’s east coast. For frequent long-distance driving, especially on routes away from major cities, the Supercharger coverage is a real practical advantage. Non-Tesla owners can now access Superchargers, but at significantly higher per-kWh rates.
What is 800V charging and why does it matter for the IONIQ 6?
800V architecture means the car charges at twice the voltage of standard 400V systems. This allows higher power delivery with less heat generation, which means more consistent peak charging rates throughout the charging session. The IONIQ 6 hits its 233kW peak more reliably across a wider state-of-charge window than typical 400V cars achieve at comparable wattage.
Does the IONIQ 6 really have the lowest drag coefficient of any production car?
The IONIQ 6’s 0.21 Cd is among the lowest of any production car ever made. It directly contributes to the car’s 614km WLTP range despite a 77.4kWh battery. The Tesla Model 3 has a Cd of around 0.23. Also excellent, but the IONIQ 6 is measurably more slippery through air.
What does V2L mean on the IONIQ 6 and does the Model 3 have it?
V2L (vehicle-to-load) lets you power external appliances from the car’s battery via a built-in socket. The IONIQ 6 includes a 3.6kW V2L output as standard. The Tesla Model 3 has no V2L capability at any spec level. This matters if you want to run camping gear, power tools, or household appliances from the car.
Frequently Asked Questions
- At the same price, is the IONIQ 6 or Model 3 Long Range better value?
- The IONIQ 6 RWD at $67,300 and the Model 3 Long Range at $67,900 are separated by just $600. At that price parity, the IONIQ 6 brings V2L, a longer unlimited-km warranty, and 800V charging architecture. The Model 3 Long Range adds AWD traction and quicker 0-100 acceleration (4.4s vs 7.4s). Which matters more depends on your priorities.
- Is the Tesla Supercharger network still a meaningful advantage in Australia?
- Yes, genuinely. Tesla's Supercharger network has more locations and more consistent reliability than third-party networks like Evie or Chargefox across Australia's east coast. For frequent long-distance driving, especially on routes away from major cities, the Supercharger coverage is a real practical advantage. Non-Tesla owners can now access Superchargers, but at significantly higher per-kWh rates.
- What is 800V charging and why does it matter for the IONIQ 6?
- 800V architecture means the car charges at twice the voltage of standard 400V systems. This allows higher power delivery with less heat generation, which means more consistent peak charging rates throughout the charging session. The IONIQ 6 hits its 233kW peak more reliably across a wider state-of-charge window than typical 400V cars achieve at comparable wattage.
- Does the IONIQ 6 really have the lowest drag coefficient of any production car?
- The IONIQ 6's 0.21 Cd is among the lowest of any production car ever made. It directly contributes to the car's 614km WLTP range despite a 77.4kWh battery. For context, the Tesla Model 3 has a Cd of around 0.23. Also excellent, but the IONIQ 6 is measurably more slippery through air.
- What does V2L mean on the IONIQ 6 and does the Model 3 have it?
- V2L (vehicle-to-load) lets you power external appliances from the car's battery via a built-in socket. The IONIQ 6 includes a 3.6kW V2L output as standard. The Tesla Model 3 has no V2L capability at any spec level. This matters if you want to run camping gear, power tools, or household appliances from the car.