Hyundai IONIQ 5 and Kia EV6 compared side by side

Hyundai IONIQ 5 vs Kia EV6: Sibling Rivalry Settled for Australia (2026)

By Gridly Editorial Updated: 13 min read

The Hyundai IONIQ 5 and Kia EV6 share more DNA than almost any other two cars in the Australian EV market. Both ride on Hyundai’s E-GMP platform. Both use the same 800V charging architecture with 233kW peak DC charging. Both come with V2L as standard. Both are built in Korea and sold through separate dealer networks at close prices.

And yet, when you sit in them back to back, they feel like they come from different planets.

The IONIQ 5 is a statement car with retro-futurist styling, a completely flat floor, a sliding centre console, and an interior that feels more like a lounge room than a vehicle cabin. The EV6 is sleeker, sportier, and more conventionally handsome. It also comes with a significantly larger battery in its entry Air RWD configuration, which changes the value equation in interesting ways.

Australia’s EV market reached 13.1% market share in 2025, according to the Electric Vehicle Council’s January 2026 figures. That means more buyers are choosing between these two than ever before. Both qualify for the FBT exemption, as both sit below the $91,387 threshold for fuel-efficient vehicles. Here’s how to figure out which one makes sense for you.

Specs at a Glance

Hyundai IONIQ 5 Standard RangeKia EV6 Air RWD
Drive-away price$69,800$72,590
WLTP Range440 km582 km
Battery63 kWh84 kWh
DC Charging233 kW (800V)233 kW (800V)
0–100 km/h8.5 s7.3 s
Drive typeRWDRWD
V2LYesYes
Warranty5 yr / unlimited km7 yr / unlimited km

For a like-for-like battery comparison: IONIQ 5 Extended Range is $75,800 with an 84kWh battery and 570km range.


Price and Value: More Battery for Your Money

The IONIQ 5 Standard starts at $69,800 and the EV6 Air RWD at $72,590, a $2,790 difference. The catch is that you’re comparing different battery sizes. The IONIQ 5 Standard’s 63kWh battery gives 440km. The EV6 Air RWD’s 84kWh battery gives 582km.

That’s 142 extra kilometres of range for $2,790 more. In pure battery-per-dollar terms, the EV6 offers considerably more.

If you want the same 84kWh battery in the IONIQ 5, you’re looking at the Extended Range model at $75,800, which is $3,210 more than the EV6 Air RWD. The IONIQ 5 Extended Range returns a slightly longer claimed range at 570km versus 582km, but costs more for similar capability.

For buyers who want the large battery configuration, the EV6 is better value. For buyers happy with the smaller battery, which is plenty for most Australian daily use, the IONIQ 5 Standard is $2,790 cheaper and covers most driving patterns without issue.

Both cars are below the $91,387 FBT exemption threshold, so both deliver meaningful savings when purchased through a novated lease. The IONIQ 5’s lower entry price translates to a smaller weekly lease payment if that’s how you’re financing.

Winner: EV6 (better value at comparable spec), IONIQ 5 Standard (cheaper entry point for 440km range)


The E-GMP Platform Advantage

This is the part that sets both cars apart from most of their competition.

The E-GMP platform uses 800-volt architecture. In practical terms, this means that on a 350kW DC charger, both the IONIQ 5 and EV6 can charge from 10% to 80% in approximately 18 minutes. That’s not a brand claim. That’s what independent testers have repeatedly recorded in real-world Australian conditions.

By comparison, a 400V system at the same charge rate takes roughly 25–35 minutes for the same state-of-charge jump. On a Sydney to Melbourne drive of 880km, that difference amounts to significantly less time sitting at a charger.

The 800V system also generates less heat during fast charging. Less heat means more consistent peak charging rates across the charging session, and less thermal degradation of the battery over hundreds of charge cycles. It’s a meaningful engineering advantage that pays dividends over years of ownership, not just the first road trip.

Both cars share identical charging hardware from this platform. If fast-charging performance is your primary criterion, there is genuinely nothing to choose between them.


Charging in Practice

Both use the CCS2 connector standard, which is compatible with Evie Networks, Chargefox, BP Pulse, and all major public DC charging stations in Australia. Neither uses a proprietary network.

For road trips, the practical question is about station placement and reliability rather than the cars themselves. The public DCFC network in Australia has improved significantly over the past three years. Major highway corridors such as Melbourne to Sydney, Brisbane to Sydney, and Perth to Mandurah have reasonable coverage. Regional routes are patchier.

Neither car has access to Tesla’s Supercharger network unless Tesla opens it further. Plan road trips using apps like PlugShare or the Chargefox route planner, and you’ll know exactly where your stops are before you leave.

Winner: Draw (genuinely identical)


Range: Battery Size Is the Variable

At comparable spec levels, range is a function of battery size, and both cars use the same cells from the same group.

IONIQ 5 Standard: 440km with 63kWh. EV6 Air RWD: 582km with 84kWh. For the same 84kWh battery, IONIQ 5 Extended Range returns 570km, marginally less than the EV6 but within real-world variation.

What does 582km versus 570km mean in practice? On a Sydney to Melbourne run (870km), both require one charging stop. On a Perth to Bunbury drive (170km), both handle it comfortably. The 12km gap between the two large-battery versions is not a factor in any actual journey.

If you’re comparing the IONIQ 5 Standard at $69,800 to the EV6 Air at $72,590, the EV6 has considerably more range for $2,790 more. That framing is more useful for most buyers.

Winner: EV6 Air RWD (vs IONIQ 5 Standard), IONIQ 5 Extended Range (vs EV6 at same battery size, marginally)


Interior Differences: Two Very Different Cabins

The IONIQ 5’s interior is one of the most genuinely distinctive spaces in any car on sale in Australia. The flat floor, a result of the E-GMP platform’s skateboard architecture, removes the transmission tunnel entirely. There is no hump in the middle of the cabin floor. The sliding centre console can be pushed forward or pulled back to create different configurations. For a family of four, with rear passengers who actually need floor space, this is a tangible benefit.

The pixel lighting along the dashboard and door panels is a design language borrowed from the exterior’s parametric elements. The cabin feels wide and airy, almost room-like. It’s deliberately retro in some details, with horizontal lines and squared proportions, while feeling nothing like any previous Hyundai.

The EV6 takes a sportier approach. Its wraparound dashboard puts the driver at the centre of a more athletic cockpit feel. The integrated curved screens sweep across the width of the dash. The centre tunnel intrudes as it does in most cars, but the rest of the interior feels more focused and dynamic than the IONIQ 5’s lounge-room vibe.

Neither is better in an absolute sense. The IONIQ 5 is better for rear passengers and interior flexibility. The EV6 is better if you want the driver’s seat to feel like a purposeful place rather than a living room.

Winner: IONIQ 5 (rear passenger space and interior flexibility), EV6 (driver focus and sportier feel)


Real-World Use in Australia

According to the Electric Vehicle Council’s 2024 EV Ownership Survey, 93% of Australian EV owners charge primarily at home. That figure is worth holding onto throughout this comparison.

The 440km IONIQ 5 Standard and the 582km EV6 Air will both depart your driveway at 100% most mornings if you have a home charger. For the vast majority of Australian daily use, both are unlimited in practice.

Around 80% of EV owners with solar panels pair their charging with solar generation, either through scheduled off-peak rates or direct solar charging. Both cars support scheduled charging and can be set to charge during low-tariff windows. Neither has native solar integration, but both work seamlessly with a home energy management system or simply a smart timer on the charger.

On a road trip, the E-GMP platform’s 800V charging speed is the relevant factor. A Sydney to Melbourne run in either car looks like: depart Sydney, drive to near Gundagai (roughly 360km), charge for 20–25 minutes at 350kW, continue to Melbourne. One stop, comfortably. That’s the same in either car if you’re running the 84kWh battery. The IONIQ 5 Standard with 63kWh would require a slightly earlier or longer stop.


Which Variants to Actually Consider

Trim levels can obscure what you’re actually comparing. Here’s a practical breakdown.

At the entry level, comparing the IONIQ 5 Standard ($69,800 / 63kWh / 440km) to the EV6 Air RWD ($72,590 / 84kWh / 582km) means comparing different battery sizes. They’re not equivalent products; the EV6 is bringing significantly more energy storage.

For a true like-for-like on battery size, you want the IONIQ 5 Extended Range ($75,800 / 84kWh / 570km) against the EV6 Air RWD ($72,590 / 84kWh / 582km). At that level, the IONIQ 5 costs $3,210 more for marginally less range and two fewer years of warranty. The EV6 is clearly better value at comparable spec.

The IONIQ 5 Elite ($79,800) and EV6 GT-Line ($83,590) represent the premium trim levels. Both add driver assistance tech, upgraded sound systems, and additional styling. At this level, personal preference in design and interior philosophy should drive your decision.

If you’re doing a novated lease calculation, make sure you’re comparing vehicles at the same battery size. The entry price difference can look flattering for the IONIQ 5 until you realise you’re comparing a 63kWh car against an 84kWh car.


Design: Polarising vs Handsome

The IONIQ 5 is polarising in the best way. Its pixelated exterior detailing, squared-off proportions, and nod to the Hyundai Pony concept create a car that doesn’t look like anything else on Australian roads. You either love it or find it a bit much.

The EV6 is more conventional in its ambition: a low, sporty crossover-coupe profile with flowing lines and a more traditional fast-car silhouette. It’s handsome the way a well-resolved modern design is handsome: no rough edges, clear intent.

Neither approach is wrong. It’s genuine personal preference.

Winner: Depends entirely on you


Boot Volume

The IONIQ 5 has a larger boot at around 527 litres with rear seats up, versus the EV6’s 490 litres. The IONIQ 5 also has a frunk of around 24 litres. For practical loading, the higher ride height and wider boot opening of the IONIQ 5 make it slightly easier to load bulky items than the lower EV6.

Winner: IONIQ 5 (marginally)


Warranty: Kia Wins by Two Years

This is a clear, measurable difference. Kia backs the EV6 with a 7-year/unlimited km warranty. Hyundai backs the IONIQ 5 with 5 years and unlimited km.

Both unlimited-km terms mean high-mileage drivers aren’t penalised by distance. But two extra years of manufacturer-backed cover is a real benefit for anyone planning to keep the car beyond five years. For a vehicle in this price bracket, knowing you’re covered until year seven matters.

Kia’s warranty has been one of its strongest selling points since they extended it to 7 years across the range. It remains a concrete advantage over Hyundai.

Winner: Kia EV6


V2L: Both Have It

Both the IONIQ 5 and EV6 come with V2L as standard. The IONIQ 5 delivers 3.6kW from its V2L outlet, enough to run camping gear, power tools, or a small appliance. The EV6 also has V2L standard.

This isn’t a differentiator between these two. Both offer it. If you’re comparing either of these against a car that doesn’t include V2L, it becomes a relevant advantage.

Winner: Draw


Verdict: Which One Should You Buy?

Both are benchmark EVs. Two of the best electric cars available in Australia in 2026. The choice comes down to what you value.

Choose the IONIQ 5 if: the retro-futurist design speaks to you, the flat floor and innovative interior architecture matter for rear passengers, you’re happy with the 63kWh/440km entry configuration, or you want the slightly lower entry price at $69,800.

Choose the Kia EV6 if: the 7-year warranty is important, you want more range for your money at the entry price point, the sportier crossover-coupe design appeals, or you simply prefer how the EV6 looks and feels to drive.

For most buyers, the EV6 Air RWD’s combination of a large battery, longer range, and best-in-class warranty gives it a narrow edge on value. The IONIQ 5’s interior space and design remain genuinely compelling reasons to choose it instead.


Common Questions

Are the IONIQ 5 and EV6 actually the same car underneath?

They share the same Hyundai E-GMP platform and 800V charging architecture, which means identical charging hardware and similar fast-charge performance. Everything visible, and most of what you experience day-to-day, is completely different: design, interior philosophy, ride tuning, and dimensions all diverge. Underneath the skin they are very similar. In practice they are quite different cars.

Why does the EV6 Air RWD have so much more range than the IONIQ 5 Standard?

Battery size. The EV6 Air RWD comes with an 84kWh battery as standard. The IONIQ 5 Standard starts with a 63kWh battery. For a fair like-for-like comparison, look at the IONIQ 5 Extended Range at $75,800, which returns 570km versus the EV6’s 582km at similar spec.

Which has the better warranty?

The Kia EV6. Kia offers 7 years with unlimited kilometres. Hyundai offers 5 years with unlimited kilometres. That two-year gap is meaningful for buyers planning to keep the car long-term.

Does the IONIQ 5 N qualify for FBT exemption?

The standard IONIQ 5 and EV6 variants sit below the $91,387 FBT threshold and qualify. The IONIQ 5 N is priced above that threshold and does not qualify. For novated lease buyers, stick with the standard IONIQ 5 or EV6 ranges.

Is V2L worth having?

For everyday commuting, V2L sits unused. For camping, construction sites, or emergency home backup, it’s a handy capability. Since both the IONIQ 5 and EV6 include it as standard, it’s not a tie-breaker between them, but it is a reason to favour either of these over competitors that lack it.

Browse every option on our full EV comparison page. If you’re considering a sedan rather than an SUV, the Hyundai Ioniq 6 vs Tesla Model 3 comparison runs through the long-range sedan category in detail.

Frequently Asked Questions

Are the IONIQ 5 and EV6 actually the same car underneath?
They share the same Hyundai E-GMP platform and the same 800V charging architecture, which means identical charging hardware and similar fast-charge performance. Everything visible and most of what you experience day-to-day is completely different: design, interior philosophy, ride tuning, and dimensions all diverge. Underneath the skin they are very similar. In practice they are quite different cars.
Why does the EV6 Air RWD have so much more range than the IONIQ 5 Standard?
Battery size. The EV6 Air RWD comes with an 84kWh battery as standard. The IONIQ 5 Standard starts with a 63kWh battery. For a fair like-for-like comparison at the 84kWh battery level, look at the IONIQ 5 Extended Range at $75,800, which actually exceeds the EV6's range at 570km versus 582km.
Which has the better warranty, IONIQ 5 or EV6?
The Kia EV6 wins clearly. Kia offers 7 years with unlimited kilometres. Hyundai offers 5 years with unlimited kilometres. That two-year gap is meaningful for buyers planning to keep the car long-term, and makes the EV6 the better-protected purchase.
Does the IONIQ 5 N qualify for FBT exemption?
The standard IONIQ 5 and EV6 variants sit below the $91,387 FBT threshold and qualify for exemption. The IONIQ 5 N is priced above that threshold, so it does not qualify. If you're using a novated lease, stick with the standard IONIQ 5 or EV6 ranges to access the FBT benefit.
Is V2L worth having?
It depends on your lifestyle. V2L (vehicle-to-load) lets you plug appliances directly into the car's battery, handy for camping, running power tools on a worksite, or emergency backup at home. Both the IONIQ 5 and EV6 include it as standard, so it's not a deciding factor between these two. If you're comparing either of these against a car that doesn't have V2L, it's a genuine differentiator.