The XPENG G6 balances speed, range and family use by pairing an 800V electrical system with an 80.8 kWh LFP battery in Long Range and Performance versions. The RWD Long Range offers 525 km WLTP range on 20-inch wheels, while the AWD Performance produces 358 kW and 660 Nm, reaching 100 km/h in 4.13 seconds. Both can charge from 10% to 80% in 12 minutes at up to 451 kW. A 571-litre boot, 1,374 litres with the rear seats folded, five seats, 6 kW V2L and a 5.8-metre turning radius keep the G6 useful beyond straight-line performance in daily driving.
The G6 starts with dimensions that suit a mid-size family SUV rather than a compact city EV. It is about 4.75 metres long and 1.92 metres wide, with a 2.89-metre wheelbase. That long distance between the axles gives passengers more usable cabin length while keeping the overall body short enough for ordinary parking spaces and suburban garages. XPENG lists a drag coefficient of 0.248 Cd, which also helps the coupe-style roof serve an efficiency purpose instead of being mainly cosmetic.
Cabin packaging follows the same approach. The boot holds 571 litres with five seats available and 1,374 litres after the rear seatbacks are folded. For a household carrying luggage, sports equipment or a stroller, the difference between those figures is more useful than a small gain in peak motor output. The vehicle also has a 5.8-metre turning radius, so the 1.92-metre width does not automatically make low-speed manoeuvring difficult.
That packaging leads naturally to the powertrain choices, because buyers do not have to purchase the fastest version to get the largest battery. The 2026 Australian RWD Long Range specification uses an 80.8 kWh gross LFP pack, sends 218 kW and 440 Nm to the rear wheels, and reaches 100 km/h in 6.7 seconds. Its official WLTP figure is 525 km on 20-inch wheels, with listed energy consumption of 17.9 kWh/100 km.
| Specification | RWD Long Range | AWD Performance |
|---|---|---|
| Battery | 80.8 kWh LFP | 80.8 kWh LFP |
| Power | 218 kW | 358 kW |
| Torque | 440 Nm | 660 Nm |
| 0–100 km/h | 6.7 sec | 4.13 sec |
| WLTP range | 525 km | 510 km |
| Consumption | 17.9 kWh/100 km | 18.4 kWh/100 km |
| Maximum DC rate | 451 kW | 451 kW |
The table shows how small the range penalty is on paper when moving to the AWD model. The Performance version adds 140 kW and 220 Nm over the Long Range car, yet its listed consumption rises from 17.9 to 18.4 kWh/100 km, an increase of about 2.8%. WLTP range falls by 15 km, or roughly 2.9%, while the 0–100 km/h time drops by 2.57 seconds.
That trade is useful for buyers who want all-wheel traction without accepting a major official-range loss. The AWD model has a 2,220 kg kerb weight compared with 2,115 kg for the RWD Long Range, so it carries around 105 kg more hardware. Payload remains close, at 470 kg versus 475 kg, leaving room for four adults and luggage without turning the faster version into a low-payload performance special.
Performance therefore changes the character of the car more than its basic usefulness: the 2026 AWD version still has five seats, the same 571-litre boot and the same 80.8 kWh battery.
Charging is where the G6 differs more sharply from many EVs built around older 400V systems. Its full-domain 800V architecture supports a maximum DC rate of 451 kW on the 80.8 kWh versions. XPENG states that charging from 10% to 80% can take 12 minutes under suitable conditions, so a 70-percentage-point refill can fit into a short motorway stop rather than a long meal break.
The 451 kW figure should not be read as a constant charging rate. Battery temperature, charger output, starting state of charge and thermal limits all affect the curve. A station rated at 150 kW cannot supply 451 kW, and even a high-power charger will not hold the maximum figure through the entire session. XPENG's own Australian material describes the 12-minute 10–80% result under suitable high-power charging conditions.
For home charging, the situation is much less demanding. Both 80.8 kWh versions accept up to 11 kW AC, with XPENG listing about 9.2 hours for a 5–100% charge. Most owners will add only the energy used that day, so a nightly session can be much shorter than the full 95-percentage-point figure suggests. The CCS2 and Type 2 interfaces also match widely used Australian public and home charging equipment.
The battery chemistry matters as well. The new G6 uses LFP cells rather than an NMC pack, and XPENG describes the battery as a 5C design. The company recommends routine charging habits around 30% to 90% for day-to-day use and a 100% charge roughly every two weeks or 1,000 km to help battery-state readings remain accurate. Those recommendations are more useful for ownership planning than simply quoting the largest charging number.
Energy stored in the pack can also leave the car through Vehicle-to-Load. The Australian configurator lists up to 6 kW of V2L output, allowing compatible appliances or equipment to draw power from the traction battery. For camping or temporary outdoor power, 6 kW provides far more capacity than a normal 12V accessory socket and gives the elctric suv another practical role away from a charger.
Ride hardware also avoids treating straight-line speed as the only measure of performance. The G6 uses a double-wishbone front suspension, while ventilated disc brakes are fitted front and rear. Four normal road modes—Eco, Comfort, Sport and Individual—allow accelerator response and vehicle behaviour to suit different trips. With a top speed of 202 km/h in the 2026 Australian specification, motorway performance is comfortably separated from the limits of ordinary public-road use.
Inside, the layout is built around a 10.25-inch driver display and a 15.6-inch central touchscreen. Apple CarPlay, Android Auto, app connectivity, OTA software updates and a voice assistant are listed in Australian specifications. Front-seat equipment can include 12-way electric adjustment, heating and ventilation, features that matter more during a three-hour trip than another tenth of a second in an acceleration run.
Daily practicality also depends on assistance systems behaving predictably rather than simply existing on a specification sheet. The G6 includes adaptive cruise control, lane-centering functions, autonomous emergency braking, blind-spot detection, rear cross-traffic alert and driver-state monitoring in listed Australian equipment. XPENG states that the assistance system still requires continuous driver attention and may be affected by poor weather, difficult roads or reduced visibility.
Independent testing provides a useful check on the manufacturer claims. Euro NCAP assessed the G6 in 2024 and awarded it five stars, with scores of 88% for adult occupant protection, 85% for child occupants, 81% for vulnerable road users and 75% for safety assistance. The tested Long Range model scored 14.7 out of 16 points in lateral-impact testing and 8.3 out of 9 for car-to-car autonomous emergency braking.
Euro NCAP also reported full 24/24 points for protection of the tested 6-year-old and 10-year-old child dummies in frontal and side impacts. The organisation noted weaker rear-passenger chest protection in its full-width rigid-barrier test, so the result was not uniformly perfect. That detail matters when comparing family cars because a five-star label compresses several different crash and assistance assessments into one rating.
Three ownership profiles show how the specifications translate outside a test sheet:
-
A commuter using 30 km per day would cover about 150 km over a five-day working week, well below 30% of the RWD Long Range's 525 km WLTP figure before climate, speed and weather adjustments.
-
A motorway traveller gets more benefit from the 12-minute 10–80% charging claim than from the 4.13-second acceleration time, especially when a 451 kW-capable charger is available.
-
A household carrying four people keeps 571 litres of luggage space available, while folding the second row increases capacity by 803 litres to 1,374 litres.
Real range still needs a margin. WLTP is a controlled test procedure, not a promise that every owner will travel exactly 525 km. XPENG notes that speed, passenger count, cargo weight, ambient temperature, climate-control use, terrain and vehicle condition can all change the result. A driver cruising at high motorway speeds in winter should expect a different figure from someone travelling through mild urban conditions in 2026.
The choice between versions can therefore stay simple. The RWD Long Range suits buyers who place 525 km WLTP range and lower 17.9 kWh/100 km official consumption ahead of maximum acceleration. The AWD Performance gives up only 15 km of listed range while cutting the 0–100 km/h time from 6.7 to 4.13 seconds and adding all-wheel traction.
Both retain the features that matter after the first week of ownership: an 80.8 kWh LFP battery, up to 451 kW DC charging, 11 kW AC charging, 571 litres of boot space, five seats, 6 kW V2L and the same 5.8-metre turning radius. Performance is available without removing the dimensions, charging capability and cargo space expected from a daily family SUV.