XPENG electric cars stand out most in charging speed, electrical efficiency, software integration, cabin technology, and safety performance. The 2026 New G6 uses an 800V architecture, LFP batteries, and up to 451 kW DC charging; XPENG Australia lists a 10–80% charge in 12 minutes. Its Long Range version carries an 80.8 kWh battery, reaches 525 km WLTP, and uses 17.9 kWh/100 km. The AWD Performance version produces 358 kW and 660 Nm, reaching 100 km/h in 4.13 seconds. ANCAP’s 2024 assessment gave the G6 88% for adult protection, 86% for child protection, and 80% for safety assistance in controlled testing.
Much of the difference starts with the electrical system rather than the screen or cabin software. The New G6 uses an 800V high-voltage platform, allowing the battery to receive very high charging power without requiring the same current level as a lower-voltage system. Lower current can reduce resistive heat losses, while silicon-carbide power electronics help manage energy conversion more efficiently.
That architecture matters because a large peak-charging number is useful only when the battery can accept it. The 80.8 kWh Long Range and AWD versions support as much as 451 kW DC charging, while the 68.5 kWh Standard Range version reaches 382 kW. XPENG specifies 12 minutes for a 10–80% session on all three versions when charger output, battery temperature, state of charge, and other conditions are suitable.
A 10–80% session represents 70% of usable state-of-charge movement. For an 80.8 kWh gross battery, that scale of energy transfer explains why charger capability and battery temperature matter more than a headline peak figure alone.
The battery itself adds another layer. The latest G6 uses lithium iron phosphate chemistry, commonly called LFP, combined with a 5C charging design. A 5C rating refers to a theoretical charge or discharge rate equal to five times the battery’s rated capacity under suitable conditions; actual vehicle charging remains limited by the pack, voltage, thermal system, charger, and software controls.
XPENG Australia states that its newer 5C battery technology can reduce charging time by up to 40% compared with earlier 3C or 4C designs, while the company also cites more than 2,000 fast-charge cycles before reaching 70% battery health under its stated test conditions. Such manufacturer figures should be treated as controlled-test data rather than a guarantee for every owner, but they show where engineering work has been concentrated.
Charging speed would be less useful if energy consumption were high, so efficiency becomes the next part of the comparison. The 2026 New G6 Standard Range is rated at 16.6 kWh/100 km on 18-inch wheels and 16.9 kWh/100 km on 20-inch wheels, while the Long Range is listed at 17.9 kWh/100 km. The AWD Performance rises to 18.4 kWh/100 km because it adds a second motor and higher output.
| New G6 version | Battery | WLTP range | DC peak | 0–100 km/h |
|---|---|---|---|---|
| Standard Range RWD | 68.5 kWh | 480 km on 18-inch wheels | 382 kW | 6.94 s |
| Long Range RWD | 80.8 kWh | 525 km | 451 kW | 6.7 s |
| AWD Performance | 80.8 kWh | 510 km | 451 kW | 4.13 s |
The table also shows that XPENG does not use battery capacity alone to separate versions. The Long Range and AWD models share the same 80.8 kWh gross capacity, yet the RWD version travels 15 km farther on the WLTP cycle because the AWD system trades some efficiency for much higher output. Power increases from 218 kW to 358 kW, while torque rises from 440 Nm to 660 Nm.
Aerodynamics support that efficiency work. XPENG lists a drag coefficient of 0.248 Cd for the New G6, a useful figure for a five-seat SUV because aerodynamic resistance becomes increasingly important as road speed rises. The vehicle also uses a front double-wishbone arrangement, rear multi-link suspension on listed variants, and ventilated disc brakes at both ends.
Packaging shows the practical result of that engineering. The G6 provides 571 litres of luggage capacity with five seats in use and 1,374 litres with the rear seats folded. The Standard Range has a listed kerb weight of 2,065 kg, rising to 2,115 kg for Long Range and 2,220 kg for AWD Performance, a 155 kg spread between the lightest and heaviest versions.
A larger battery therefore does not explain the entire ownership experience. Cabin electronics, parking systems, phone integration, and software updates are developed as part of the same vehicle platform, rather than being limited to a separate infotainment unit.
The current G6 cabin combines a 10.25-inch instrument display with a 15.6-inch central touchscreen. Apple CarPlay and Android Auto are listed alongside Bluetooth phone-key access, an NFC card key, smart navigation, an app store, voice control, remote functions, and over-the-air software updates. The audio system offered in current Australian material uses 18 speakers and supports 7.1.4-channel surround sound.
OTA capability changes how a 2026 vehicle is maintained digitally. Compatible functions can receive software revisions without replacing physical control modules, although hardware limits and regional regulations still determine which features can be added later.
Software integration also extends to assistance systems. The Australian G6 specification lists adaptive cruise control, lane centring, lane departure warning, emergency lane keeping, blind-spot detection, rear cross-traffic alert, traffic-sign recognition, automated emergency braking, driver-status monitoring, and several parking-assistance functions.
The safety hardware behind those systems is measurable outside manufacturer testing. ANCAP assessed the G6 in 2024 and awarded five stars, with 88% for adult occupant protection, 86% for child occupant protection, 81% for vulnerable road-user protection, and 80% for safety assistance. The rating applies to all Australian variants covered by the assessment.
The crash programme included a 50 km/h frontal offset test, a 50 km/h full-width frontal test, a 60 km/h side-impact test, and a 32 km/h oblique pole test. ANCAP also lists dual frontal airbags, side chest airbags, side head airbags, and a centre airbag as standard, alongside autonomous emergency braking functions covering vehicles, pedestrians, cyclists, junction situations, reversing scenarios, and head-on risks.
European testing offers another independent reference point. Euro NCAP published its G6 assessment in September 2024 and recorded 88% adult protection, 85% child protection, 81% vulnerable-road-user protection, and 75% safety assistance. The vehicle scored 24 out of 24 points for crash-test performance involving 6-year-old and 10-year-old child dummies.
Those results are useful because assistance software can sound impressive in a feature list while crash protection is much easier to compare through standardised procedures. Euro NCAP reported that the passenger compartment remained stable during the frontal-offset test and gave the G6 14.7 out of 16 points for lateral impact performance.
Parking technology uses many of the same cameras and proximity sensors already fitted for road assistance. Depending on version and market specification, the Australian G6 includes a surround-view system, enhanced automatic parking, automatic exit assistance, remote parking functions, summon capability, and a transparent-chassis camera view. XPENG also warns that the person in control remains responsible for safe use and that availability can depend on local road rules and conditions.
The same approach appears in everyday utility. Vehicle-to-load capability is available, with the AWD and Long Range specification listing output up to 6 kW. That allows the traction battery to supply compatible external electrical equipment, giving an 80.8 kWh vehicle a role beyond transport when suitable accessories and operating conditions are used.
Physical usability remains conventional where it needs to be. The New G6 seats five people, has a 5.8 m turning radius, uses CCS2 for DC charging in Australia, and supports 11 kW AC charging. XPENG lists approximately 9.2 hours for a 5–100% AC charge on the 80.8 kWh versions and 7.3 hours for the 68.5 kWh Standard Range.
Long-distance use therefore depends on two very different charging situations. Overnight AC charging works at 11 kW when the car is parked for hours, while the 382–451 kW DC capability is designed for short stops on compatible high-power infrastructure. A driver does not need a 451 kW charger for ordinary home use, and a charger capable of that output will not hold the vehicle at its peak rate throughout the full session.
Performance follows the same balanced approach. The AWD New G6 reaches 100 km/h in 4.13 seconds and has a top speed of 202 km/h, while still retaining a 510 km WLTP rating. The Long Range gives up 2.57 seconds in the 0–100 km/h run but extends rated distance to 525 km, making the distinction between the two versions easy to quantify.
Real-world results will differ from WLTP numbers because ambient temperature, motorway speed, tyre size, passenger load, climate control, elevation, battery temperature, and charging-station output all change energy use. XPENG states the same limitation in its Australian specifications rather than presenting 525 km or 12 minutes as unconditional figures.
For buyers comparing 2026 electric SUVs, the more unusual part of the package is the way several measurable systems overlap: 800V electronics support 451 kW charging, a 5C LFP pack supports the short charging window, a 0.248 Cd body helps reduce energy use, 17.9 kWh/100 km supports a 525 km WLTP rating, and software connects safety, parking, navigation, cabin controls, and OTA updates through one vehicle interface.
That combination also leaves room for ordinary vehicle requirements. A 571-litre boot, seven standard airbags listed for the current Australian G6, 6 kW V2L capability, 11 kW AC charging, five-star ANCAP performance, and a choice between 185 kW, 218 kW, and 358 kW power outputs give buyers measurable differences rather than relying mainly on styling or screen size.