Audi e-tron Review Australia: Is It Still Worth Buying in 2026?

The Audi e-tron was the first serious luxury electric SUV sold in Australia, and it earned a loyal following for its build quality, refinement, and quiet confidence. But Audi pulled the model from the Australian market in late 2024. So this Audi e-tron review for Australia focuses on what matters now: should you buy one used, how does it hold up against the current crop of electric SUVs, and what do owners actually think after two or more years of living with the car?

Short answer: the e-tron remains a genuinely comfortable, well-built electric SUV with strong towing ability and a premium cabin that still feels current. Its weakness is efficiency. Newer rivals travel further on less battery, and that gap is only widening.

Overview: What the Audi e-tron Gets Right

The original Audi e-tron launched in Australia in 2020 with a 95 kWh battery (71 kWh usable in early models, later increased to 86.5 kWh usable in the 2023 Q8 e-tron update). Audi positioned it as an electric alternative to the Q7 and Q8, not a tech showcase. That philosophy shows in every part of the car.

Build quality is outstanding. Panel gaps are tight, the cabin uses genuine leather and soft-touch materials throughout, and nothing rattles or squeaks even after years of ownership. The air suspension (standard on 55 quattro models) delivers a ride that floats over broken Australian roads. At highway speeds, wind and road noise are minimal.

Quattro all-wheel drive is standard across the range. Two electric motors produce up to 300 kW in boost mode on the 55 quattro, with 664 Nm of torque. That is more than enough to move this 2.5-tonne SUV with authority. The 0 to 100 km/h sprint takes 5.7 seconds, though the e-tron never feels rushed or aggressive. It prioritises smoothness over outright speed.

Towing capacity is a genuine strength. The e-tron can tow up to 1,800 kg braked, which was class-leading for an EV when it launched and still compares favourably to most electric SUVs on sale today. If you tow a boat or trailer regularly, this matters.

The e-tron sold in Australia in several variants over its life:

Variant	Battery (usable)	WLTP Range	Power	Torque
e-tron 50 quattro	64.7 kWh	336 km	230 kW	540 Nm
e-tron 55 quattro	86.5 kWh	436 km	300 kW (boost)	664 Nm
e-tron S (sportback)	86.5 kWh	370 km	370 kW (boost)	973 Nm
Q8 e-tron 55 (2023+)	89 kWh (usable)	487 km	300 kW	664 Nm

Range and Efficiency: The e-tron’s Weak Spot

Real-world range sits between 300 and 340 kilometres for the 55 quattro in mixed Australian driving. That figure drops to around 280 kilometres on the highway at 110 km/h with climate control running. Winter performance is less of a concern in most of Australia than in Europe, but running the air conditioning in a Queensland or Northern Territory summer does eat into range noticeably.

The core issue is efficiency. The e-tron consumes roughly 24 to 28 kWh per 100 kilometres in real-world driving. Compare that to the Hyundai IONIQ 5, which manages 17 to 20 kWh per 100 km, or the Tesla Model Y at 15 to 18 kWh per 100 km. The e-tron needs a much larger battery to deliver similar range, and it still falls short.

Why so thirsty? Weight plays a role (2,520 kg kerb weight for the 55 quattro), but aerodynamics are the bigger factor. The e-tron’s upright SUV shape creates more drag than sleeker alternatives. Audi addressed this partially with the Sportback variant, which gained roughly 20 to 30 kilometres of additional range thanks to its sloped roofline.

For daily driving, 300 kilometres covers most Australians comfortably. The average Australian drives about 36 kilometres per day. Even with a buffer, you would charge once or twice a week at home. Range anxiety is more relevant on longer trips, and here the e-tron’s DC fast-charging capability helps.

Charging: How Fast and How Much

DC fast charging peaks at 150 kW on the 55 quattro (170 kW on the Q8 e-tron update). A 10 to 80 percent DC charge takes roughly 30 to 35 minutes on a 150 kW charger. That is slower than 800-volt competitors like the IONIQ 5, which manages the same charge in 18 minutes on a 350 kW station, but fast enough for a coffee stop on a road trip.

CCS2 is the charging connector. CCS2 (Combined Charging System 2) is the dominant DC fast-charging standard in Australia. Every major network supports it: Chargefox, Evie Networks, Tesla Supercharger (now open to non-Tesla vehicles at most sites), and AmpCharge. Australia had 1,272 high-power public charging locations and over 4,192 plugs as of mid-2025, according to the Electric Vehicle Council’s State of EVs 2025 report, and that number grows roughly 8.5 percent per quarter.

At home, the e-tron accepts up to 11 kW AC charging on three-phase power, or 7.4 kW on single-phase. A full overnight charge on a 7 kW home wallbox takes around 12 to 13 hours, enough to go from near-empty to full while you sleep.

Home charging costs as of March 2026:

Scenario	Rate	Cost per full charge	Range delivered
Standard grid rate	30 c/kWh	~$28.50	~300–340 km
Off-peak tariff	15–20 c/kWh	~$14–$19	~300–340 km
Solar surplus	0–5 c/kWh	~$0–$4.75	~300–340 km

For context, a comparable petrol SUV doing 10 litres per 100 km at $2.00 per litre costs $60 to cover 300 kilometres. The e-tron costs under $30 on grid power and under $5 if you charge from solar. That saving adds up. Over 15,000 kilometres per year, you would save roughly $1,500 to $2,500 annually on fuel alone depending on your electricity rate. For more on EV charging costs across Australia, we break down every scenario in detail.

What’s Good

Cabin quality is best-in-class for its era. The interior still holds up against anything from Tesla, Hyundai, or BYD. Materials feel expensive because they are. The Virtual Cockpit digital instruments, dual MMI touchscreens, and head-up display were ahead of their time and remain functional and attractive.

Ride comfort is superb. Air suspension on the 55 models absorbs everything from speed bumps to gravel roads. Long highway drives are effortless. Passengers in the rear get generous legroom and a flat floor (no transmission tunnel).

Quattro AWD inspires confidence. Whether you are driving through heavy rain on the Pacific Highway or navigating a muddy campsite access road, the e-tron feels planted and sure-footed. The system distributes torque seamlessly between axles.

Towing capability matters. At 1,800 kg braked towing, the e-tron handles a mid-sized boat, horse float, or camper trailer. Few current EVs match this figure. Expect range to halve when towing, though, dropping to 150 to 180 kilometres depending on load and speed.

Safety credentials are strong. Five-star Euro NCAP rating with a full suite of active safety features: adaptive cruise, lane keep assist, auto emergency braking, rear cross-traffic alert, and 360-degree cameras.

What’s Not

Efficiency lags behind newer EVs significantly. Consuming 24 to 28 kWh per 100 km means higher running costs and more frequent charging compared to vehicles built on dedicated EV platforms. The e-tron shares its MLB evo architecture with ICE Audis, and it shows in the energy consumption figures.

Infotainment feels dated now. The dual-screen haptic feedback system was innovative in 2020 but has aged poorly. The screens attract fingerprints, the haptic buttons require firm presses, and Apple CarPlay is not wireless on most variants. Android Auto suffers similar limitations.

No over-the-air updates for older models. Unlike Tesla, which pushes software improvements regularly, the pre-Q8 e-tron models received minimal OTA updates. What you bought is largely what you keep.

Who Should Buy It

The Audi e-tron suits buyers who prioritise refinement, build quality, and brand cachet over outright range and tech. If you are coming from an Audi Q5 or Q7 and want to go electric without sacrificing interior quality or ride comfort, the e-tron delivers on that promise.

Used examples of the 55 quattro now trade between $55,000 and $75,000 depending on year, variant, and kilometres. The Q8 e-tron update commands $80,000 to $100,000 for low-kilometre examples. Given that the 55 quattro originally listed from around $140,000 before on-road costs, that depreciation represents either a buyer’s opportunity or a cautionary tale, depending on your perspective.

The e-tron is a strong choice if you have home charging (93 percent of Australian EV owners charge at home, according to the EVC’s 2024 Ownership Survey), drive under 250 kilometres most days, and value comfort over cutting-edge range figures. It is less suited to buyers who regularly drive long distances without reliable charging stops, want the latest technology, or need the efficiency that a purpose-built EV platform provides.

If you want something newer in the Audi stable, the Q4 e-tron starts from around $88,300 before on-road costs (as of March 2026) and offers up to 534 kilometres of WLTP range from a smaller, more efficient battery. It is built on the MEB platform shared with the Volkswagen ID.4, which was designed exclusively for electric vehicles.

Running Costs and Ownership

Servicing costs are reasonable for a luxury vehicle. Audi offers capped-price servicing on the e-tron at roughly $400 to $600 per annual service. Electric drivetrains have fewer moving parts than petrol engines, so there are no oil changes, spark plugs, or timing belts to worry about. Brake pads last significantly longer thanks to regenerative braking handling most deceleration.

Insurance sits in the premium bracket. Expect $1,800 to $3,000 annually depending on your age, location, and insurer. The e-tron’s heavy kerb weight and expensive battery mean repair costs after an accident can be high, which insurers factor in.

Registration varies by state but typically runs $800 to $1,200 per year. Several states still offer EV registration discounts, though these are being wound back.

The Fringe Benefits Tax exemption remains available for eligible BEVs in Australia. The FBT exemption applies to battery electric and hydrogen fuel cell vehicles first held after 1 July 2022, with a price cap of $91,387 for the 2025-26 financial year. A used e-tron purchased under that threshold can qualify, making it an attractive novated lease option. Australia’s total EV fleet exceeded 454,000 vehicles by the end of 2025, with 157,000 new EVs sold that year alone, up 38 percent on 2024, according to the Electric Vehicle Council’s January 2026 report.

Compare It

The Audi e-tron competes in a segment that has grown considerably since its launch. Here is how it stacks up against the main alternatives available in Australia:

Feature	Audi e-tron 55 (used)	Audi Q4 e-tron	Tesla Model Y	Hyundai IONIQ 5
Price (approx.)	$55,000–$75,000 used	From $88,300	From $58,900	From $69,800
Usable battery	86.5 kWh	77 kWh	~75 kWh	Up to 84 kWh
WLTP range	436 km	Up to 534 km	Up to 600 km	Up to 570 km
Real-world range	300–340 km	~420–450 km	~450–500 km	~400–470 km
DC charge rate	150 kW	135 kW	250 kW	350 kW (800V)
Towing	1,800 kg	1,200 kg	1,600 kg	1,600 kg
Drive	AWD	AWD/RWD	AWD/RWD	AWD/RWD

The Tesla Model Y offers better range, faster charging, and a lower purchase price. The IONIQ 5’s 800-volt architecture charges significantly faster. The Q4 e-tron is more efficient on a smaller battery. But none of them match the e-tron’s interior quality or ride refinement, and the Model Y in particular feels spartan by comparison.

For buyers exploring Australia’s growing range of electric vehicles, the e-tron represents a different set of priorities. It was built for people who wanted an EV that felt like a proper luxury car first and a technology statement second.

Browse the Audi e-tron range on Audi Australia’s website for full specifications and any remaining dealer stock.

If you are planning EV road trips around Australia, keep in mind that the e-tron’s 150 kW charging speed and 300 kilometre real-world range mean you will want to plan stops more carefully than drivers of newer 800-volt vehicles. The network is there. You just need to allow a bit more time at each stop.

Frequently Asked Questions

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