XPENG is worth considering when moving to an EV because current models combine long range, very fast DC charging, strong safety scores, useful cabin space, and long warranty coverage. In Australia, the New G6 RWD Long Range offers a 525 km WLTP range, an 80.8 kWh LFP battery, 451 kW peak DC charging, and a claimed 10–80% charge in 12 minutes. Its rated consumption is 17.9 kWh/100 km, while the boot holds 571 litres. ANCAP testing published in 2024 gave the G6 88% for adult occupant protection and 86% for child occupant protection.

For someone leaving a petrol or diesel SUV, charging time usually matters more than the battery number printed in a brochure. The New G6 uses an 800V electrical platform and a 5C LFP battery, allowing the RWD Long Range version to accept up to 451 kW from a compatible DC charger. XPENG lists a 10–80% time of 12 minutes under suitable conditions, compared with many earlier-generation EVs that require roughly 25–40 minutes for a similar charging window.

That 12-minute figure needs context. A 451 kW peak does not mean the car remains at 451 kW from 10% to 80%; charging power changes as battery temperature and state of charge change. The public charger must also supply enough power. At a 150 kW site, the car cannot use its full charging capability, so buyers who make frequent motorway trips should look at the chargers available on their regular routes rather than comparing peak figures alone.

Range works the same way. XPENG Australia currently lists the New G6 RWD Long Range at 525 km WLTP with 20-inch wheels, while its rated energy consumption is 17.9 kWh/100 km. WLTP is a controlled test standard, not a promise that every owner will cover 525 km; sustained motorway speeds, cold weather, heavy climate-control use, passenger load and elevation can reduce the number.

A driver covering 15,000 km per year at the official 17.9 kWh/100 km figure would use about 2,685 kWh of electricity before charging losses. At 20,000 km, the same calculation reaches roughly 3,580 kWh. Those figures make electricity price more useful than a vague claim about low running costs: multiply annual kWh use by the home or public charging tariff available where the vehicle will actually be used.

The battery also changes the ownership calculation. The current Australian New G6 Long Range uses an 80.8 kWh gross LFP pack, while XPENG states that its Australian vehicles use lithium iron phosphate batteries. LFP chemistry avoids nickel and cobalt in the cathode and is widely used where manufacturers want good cycle life, thermal stability and repeated everyday charging.

For buyers researching XPENG electric suv australia options, the useful comparison is not simply battery size. A larger battery can add weight, while better efficiency can achieve similar distance with less stored energy. The G6 Long Range weighs 2,115 kg, has a 0.248 drag coefficient and carries a 475 kg payload, so efficiency, aerodynamics and mass all contribute to the 525 km WLTP figure.

The main Australian specification can be read more clearly when the numbers are placed together:

XPENG Australia publishes those figures for the current RWD Long Range configuration, with real range and charge time dependent on temperature, charger output and vehicle conditions.

Space is easy to overlook when switching to an EV because batteries sit under the passenger compartment and can affect floor height and packaging. The G6 is about 4.75 metres long and 1.92 metres wide, while the quoted luggage area expands from 571 litres to 1,374 litres with the rear seats folded. For a five-seat SUV, those measurements give a more useful picture of family suitability than exterior styling alone.

Performance is also more balanced than the usual EV emphasis on acceleration suggests. The RWD Long Range produces 218 kW and 440 Nm and reaches 100 km/h in 6.7 seconds, while the Performance version can reach 100 km/h in about 4.1 seconds. The RWD model is therefore fast enough for normal overtaking without requiring the higher output, tyre use and purchase cost associated with the quickest version.

Fast acceleration is easy to measure, but braking, crash protection and assistance systems matter every day. The Australian G6 was tested by ANCAP in 2024, with the rating applying to all listed variants from October 2024 onward.

ANCAP recorded 88% adult occupant protection, 86% child occupant protection, 81% vulnerable road-user protection and 80% safety assistance. Standard equipment assessed by ANCAP includes autonomous emergency braking, lane-keeping support, lane-departure warning, emergency lane keeping and speed assistance. Dual frontal, side chest, side head and centre airbags are also fitted.

The crash-test detail is more informative than the star graphic alone. ANCAP tested frontal offset and full-width impacts at 50 km/h, a side impact at 60 km/h and an oblique pole impact at 32 km/h. Euro NCAP separately awarded maximum points to the G6 for the protection of child dummies in its frontal and side-barrier tests, although its assessment also noted weaker pedestrian protection around parts of the windscreen area.

Daily usability extends into the cabin. The Australian RWD Long Range specification includes a 10.25-inch digital instrument display and 15.6-inch central touchscreen, along with Apple CarPlay, Android Auto, app connectivity and over-the-air software updating. Seven airbags are listed, while parking equipment includes a surround-view camera system, automatic parking and remote parking functions.

The electrical system can also supply external equipment. XPENG lists vehicle-to-load output at up to 6 kW on the New G6, allowing the traction battery to power compatible appliances or equipment through the appropriate connection. A 6 kW ceiling is enough to make the function relevant for camping, portable cooking equipment or temporary electrical use, although actual output and accessory compatibility should be checked before relying on it.

Ownership support deserves the same attention as range because an EV contains expensive battery, inverter and electronic systems. For eligible private-use vehicles in Australia, XPENG states a 7-year/unlimited-kilometre whole-vehicle warranty, while the traction battery, battery-management system, electric motor and Intelligent Power Unit receive 8 years or 160,000 km of coverage. Roadside assistance is provided for 7 years.

Scheduled maintenance is required every 12 months or 20,000 km, whichever arrives first. A driver covering 10,000 km per year would therefore normally reach the time limit before the distance limit, while a 30,000 km-per-year driver would reach the kilometre interval earlier. XPENG Australia also states that authorised service centres provide maintenance and that remote diagnostics are available for supported faults.

Price should be compared with equipment rather than range in isolation. The RWD Long Range was listed by XPENG Australia's configurator at A$63,800 before applicable on-road costs at the time of checking. At that specification level, buyers receive the 80.8 kWh battery, 451 kW peak DC capability, 525 km WLTP range, 20-inch wheels and the 218 kW rear-mounted powertrain.

A home charger can change the experience more than another 30 or 40 km of advertised range. The G6 supports 11 kW AC charging, with XPENG listing approximately 9.2 hours from 5% to 100% for the Long Range version. Someone returning home at 20% state of charge rarely needs to refill the complete battery overnight, so normal weekday charging can be much shorter than that maximum figure.

Public charging still deserves checking before purchase. The 12-minute 10–80% claim assumes access to equipment capable of supporting the car's high input rate, and many existing sites operate at 50, 150 or 350 kW. A 150 kW charger will therefore leave part of the G6's 451 kW capability unused, while higher-power sites provide more opportunity to approach the vehicle's intended charging performance.

The choice between variants should follow use rather than the largest specification. A commuter travelling 40 km on a normal workday covers around 10,400 km across 260 working days, far below the vehicle's 525 km WLTP range on any single day. Someone frequently making 500–800 km intercity journeys will care much more about the 800V system, battery pre-conditioning, charger availability and the shape of the charging curve.

Before ordering, compare five numbers from the same test standard and the same local specification:

• yearly kilometres and the percentage that will be charged at home;

• local AC electricity cost per kWh and regular public DC tariffs;

• realistic motorway distance between the chargers actually used;

• insurance cost over at least 3 years rather than the first premium alone;

• tyre, servicing and finance costs alongside the 7-year vehicle and 8-year/160,000 km high-voltage component coverage.

A test drive should include more than acceleration. Try the 5.8 m turning radius in a tight car park, check visibility through the sloping rear body, place normal luggage in the 571-litre boot, sit in the rear seats, use the driver-assistance controls and test the infotainment menus. A 2024 ANCAP result, 2026-market charging hardware and strong specification figures can narrow the shortlist, but an EV still has to fit the roads, parking spaces and charging routine used every week.