XPENG builds smart EVs around three measurable areas: charging, software and assisted driving. In Australia, the 2026 New G6 offers up to 525 km of WLTP range, while the AWD Performance version uses an 80.8 kWh LFP battery, accepts up to 451 kW DC charging and is rated for 10–80% charging in 12 minutes. Its XPILOT ASSIST package combines adaptive cruise control, lane centring, automatic lane changing, emergency braking and parking functions. The G6 also earned a five-star ANCAP rating, scoring 88% for adult occupant protection and 80% for Safety Assist. OTA updates, voice control and an 800V electrical platform add everyday usefulness beyond basic EV performance.
For modern drivers, “smart” becomes useful when software saves physical steps or reduces time spent waiting. The New G6 shows that approach through an 800V electrical architecture and 5C lithium iron phosphate battery. Its AWD Performance model has an 80.8 kWh gross battery and can accept a stated peak DC rate of 451 kW. XPENG lists a 10–80% charging time of 12 minutes under appropriate charging conditions.
A 10–80% session covers roughly 70% of battery capacity. Using 80.8 kWh as a simple reference, that represents about 56.6 kWh of energy; delivering that amount in 12 minutes would require an average near 283 kW before accounting for buffers and charging losses. Peak power therefore tells only part of the charging story, since the vehicle has to hold high power across a useful portion of the battery rather than touching 451 kW briefly.
The 800V layout helps because charging power can rise without requiring the same current that a lower-voltage architecture would need. Lower current for a given power level can reduce resistive losses and heat in cables and power electronics. XPENG also uses silicon-carbide components in its high-voltage platform, while the 2025-generation G6 moved to LFP packs of 68.5 kWh or 80.8 kWh depending on version.
That battery architecture affects road-trip planning more than a large touchscreen does. XPENG Australia currently advertises the New G6 with up to 525 km WLTP range, while the AWD Performance configuration is listed at 510 km with 20-inch wheels and official consumption of 18.4 kWh/100 km. Real distance will vary with speed, weather, wheel choice, climate control and road conditions.
| Specification | Australian New G6 figure |
|---|---|
| AWD Performance battery | 80.8 kWh LFP |
| Peak DC charging | 451 kW |
| 10–80% charging | 12 min |
| AWD Performance WLTP range | 510 km |
| Advertised maximum G6 WLTP range | Up to 525 km |
| AWD output | 358 kW |
| AWD torque | 660 Nm |
| 0–100 km/h | 4.13 sec |
| Official AWD consumption | 18.4 kWh/100 km |
| V2L output | Up to 6 kW |
Those numbers also show why a smart EV should not be judged by acceleration alone. The AWD G6 reaches 100 km/h in 4.13 seconds, but a commuter may use its 451 kW charging capability, energy information and parking systems far more often than full acceleration. A 6 kW vehicle-to-load output also allows the battery to supply compatible external electrical equipment.
Software covers another part of daily use. The Australian G6 configuration lists a 15.6-inch central touchscreen and 10.25-inch digital instrument display, along with Apple CarPlay, Android Auto, smart navigation, an app store, phone-based unlocking, OTA updates and the “Hey XPENG” voice assistant. The software can therefore handle navigation, media, vehicle settings and several cabin controls from one interface.
Voice operation matters when it removes touchscreen steps rather than merely duplicating them. XPENG states that voice commands can control functions such as windows, airflow and seat heating. For a driver moving at motorway speed, asking for a temperature or seat adjustment requires less visual attention than moving through several menu layers on a 15.6-inch display.
OTA support extends the software layer after delivery. XPENG says compatible vehicles can receive updates through Wi-Fi or 4G, with downloads shown on the central screen and installation available immediately or at a scheduled time. A 2026 owner may therefore receive revisions to supported software without booking a workshop visit, although hardware-dependent functions cannot be added purely through software.
XPENG electric cars also use driver-assistance functions to reduce repetitive steering, speed and parking tasks. The Australian G6 equipment list includes adaptive cruise control, Lane Centering Control, assisted or automatic lane changing, forward collision warning, autonomous emergency braking, blind-spot detection, rear cross-traffic alert, lane-departure warning and driver-state monitoring.
Parking receives a separate set of functions: a surround-view system, Enhanced Auto Parking Assist, Auto Exit Parking Assist, remote parking, summon capability and a transparent-chassis camera view are listed for the 2026 Australian configuration. A 4.75-metre SUV can therefore use cameras and software for low-speed manoeuvres where centimetres matter more than horsepower.
XPILOT ASSIST remains a driver-assistance system, not permission to stop supervising the road. XPENG instructs drivers to intervene when the system cannot maintain appropriate steering, speed or distance, and warns about limitations in poor visibility, slippery surfaces, complex traffic and difficult road conditions.
Independent safety testing gives a more useful reference than manufacturer feature counts. ANCAP tested the G6 under its 2024 protocols and awarded it five stars. Adult Occupant Protection reached 88%, Child Occupant Protection 86%, Vulnerable Road User Protection 81%, and Safety Assist 80%. The rating applies to Australian G6 variants covered by the assessment.
The ANCAP testing also included physical crash situations rather than software demonstrations alone. Published material covers frontal offset testing at 50 km/h, a full-width frontal test at 50 km/h, side impact at 60 km/h and an oblique pole test at 32 km/h. Standard equipment assessed by ANCAP included autonomous emergency braking, lane support and advanced speed assistance.
Euro NCAP's 2024 assessment provides another independent data point. It recorded 88% for adult occupants, 85% for children, 81% for vulnerable road users and 75% for Safety Assist. Small differences from ANCAP scores reflect the respective assessment protocols, so percentages should be read within each organisation's test framework rather than treated as directly interchangeable measurements.
Cabin packaging adds a more ordinary form of intelligence. The AWD Performance G6 provides 571 litres of boot space with the rear seats in place and 1,374 litres when they are folded. Kerb weight is listed at 2,220 kg, payload at 470 kg and turning radius at 5.8 metres. Those dimensions matter every week for luggage, shopping, child equipment and tight parking.
XPENG's larger X9 shows how the same software approach scales to a seven-seat vehicle in 2026. The Australian model lists up to 580 km WLTP range and a 12-minute 10–80% charging claim, while cabin hardware includes a 17.3-inch central display, 21-inch head-up display, 21.4-inch rear entertainment screen and 27-speaker audio system.
Its computing hardware is also more explicit. XPENG states that the Australian X9 uses an in-house Turing AI chip rated at 750 TOPS, supported by cameras, radar and ultrasonic sensors for adaptive cruise control, lane centring, automatic emergency braking, blind-spot detection and parking assistance. Computing capacity alone does not establish how safely a system performs, but it provides headroom for processing multiple sensor streams.
The same distinction applies to charging. A 451 kW vehicle will not charge at 451 kW on every public charger, and battery temperature, charger output, state of charge and thermal management all affect the curve. XPENG's own Australian configuration notes that charging time and range vary with actual circumstances, so the 12-minute result should be treated as a best-condition specification rather than a promise for every stop.
Battery care adds another practical layer. XPENG Australia recommends regular full charging for its current LFP models to help battery-management calibration, including a 100% charge around every two weeks or 1,000 km. Its guidance also suggests using AC charging for routine home charging and reserving high-power DC charging mainly for situations where speed is useful.
The 2026 Australian product plan also shows that software capability will depend on location and regulatory approval. XPENG announced in July 2026 that Advanced Urban NGP is planned for Australia in 2027, while five additional vehicles were scheduled for local introduction within six months. Buyers therefore need to separate functions available on a delivered vehicle from functions announced for a later software or market rollout.
For a modern owner, the strongest measurable case for XPENG's smart-car approach comes from the combination already available: 12-minute rated fast charging, up to 525 km WLTP range on the New G6 line, a 2024 five-star ANCAP result, OTA software support, 14 listed active safety systems on the New G6, assisted parking and integrated voice controls. Smartness is easier to judge when every feature can be tied to minutes saved, kilometres covered, safety-test percentages or fewer manual inputs.