2025 XPeng G9 RWD Long Range Review: Speed, Space, and the Cost of Lost Buttons
Michael Calder reviews the 2025 XPeng G9 RWD Long Range, evaluating 800V charging, real range, LFP battery tech, and touchscreen controls.
The 2025 XPeng G9 RWD Long Range carries a base price of 63,600 euros at German dealerships, while the entry-level Standard Range starts at 59,600 euros. If you want the dual-motor AWD Performance trim, the price climbs to 72,600 euros. This is a full-size five-seat electric sport utility vehicle built to compete directly against premium executive models in the German market. Its three closest rivals are the BMW iX xDrive40 starting at 77,300 euros, the Mercedes-Benz EQE SUV 300 starting at 83,479 euros, and the Audi Q8 50 e-tron starting at 74,400 euros.
The official WLTP homologation suggests this rear-wheel-drive Long Range variant can achieve up to 585 kilometers on a full charge. XPeng claims an average power consumption rate of 18.6 kilowatt-hours per 100 kilometers under European laboratory test standards. You should treat these figures as optimistic targets measured under ideal conditions rather than guarantees for your daily commute.
Figures based on manufacturer WLTP estimates and published German list prices. Actual range varies with driving conditions, temperature, and speed. Prices reflect base configuration at the time of writing and may differ from current offers.
Real-world electric vehicle range routinely falls 15 to 30 percent below official laboratory numbers once you account for highway speeds, weather changes, and elevation gains. At a steady 130 km/h on an unrestricted German Autobahn in mild weather, expect this large SUV to deliver between 410 and 435 kilometers on a charge, with energy consumption settling around 22 to 24 kilowatt-hours per 100 kilometers. In city traffic where regenerative braking recaptures energy constantly, you can expect between 500 and 535 kilometers before needing a socket. Cold winter temperatures will cut another chunk out of that total, so plan your highway legs conservatively when the mercury drops.
Under the floor sits a 92.2 kilowatt-hour usable lithium iron phosphate battery pack paired with an 800-volt electrical system. Lithium iron phosphate chemistry gives you exceptional cycle life and the ability to charge up to 100 percent daily without causing the accelerated chemical degradation typical of nickel-rich packs. These cells also offer superior thermal stability under sustained heavy loads. The physical trade-off is gravimetric energy density, meaning the battery pack carries substantial extra weight compared to a nickel manganese cobalt unit of identical capacity.
Cold weather exposes the sluggish chemical kinetics of iron-based cells, making an active thermal preconditioning routine mandatory before you arrive at a high-power charger in December. Because this pack uses advanced high-rate cells mated to an 800-volt silicon carbide platform, peak DC charging speeds exceed 300 kilowatts on high-output dispensers. You can charge from 10 to 80 percent in approximately twenty minutes if the battery is warm. On standard AC municipal posts, however, the onboard charger limits intake to 11 kilowatts, requiring more than nine hours for a complete recharge from empty.
XPeng built this machine on its dedicated X-EEA electronic architecture, using a passenger safety cell of high-strength steel with aluminum crash structures at the front and rear. Propulsion comes from a single permanent magnet synchronous motor mounted directly to the rear axle. It generates 258 kilowatts, equal to 351 horsepower, and 465 Newton-meters of torque. That motor sends the 2.3-ton SUV from zero to 100 km/h in 6.4 seconds, with an electronically limited top speed of 200 km/h.
Thermal management is handled by an integrated heat pump system called X-HP 3.0 that captures waste heat from the drive motor and silicon carbide inverter to heat the cabin. That setup prevents the heavy winter efficiency penalties caused by primitive electric resistance heaters. The exterior shell records a drag coefficient of 0.272, keeping wind turbulence low despite the upright SUV silhouette. These engineering choices combine to deliver a smooth and remarkably quiet long-distance cruiser.
The chassis uses an independent double-wishbone suspension at the front axle and a multi-link arrangement at the rear. While the expensive AWD Performance model comes standard with dual-chamber air springs, this Long Range variant rides on traditional steel coil springs and passive shock absorbers. Steel springs eliminate the eventual air spring bladder failures, compressor burnout, and costly valve block leaks that hit aging luxury vehicles. You lose the ability to lower the body at speed for better aerodynamics, but you gain mechanical simplicity.
Over broken pavement and expansion joints, the steel suspension filters out sharp road impacts with composure. Body roll remains well controlled during sudden lane changes because the heavy battery pack keeps the center of gravity low. The steering calibration is the weakest link in the chassis setup. It feels overly light in city parking lots and artificially heavy on the Autobahn without providing genuine road surface feedback. It is built for stable cruising rather than cornering precision.
Climb into the driver seat and the first thing you will notice is the utter lack of physical buttons across the dashboard and center console. XPeng placed almost every vital vehicle control inside a pair of 14.96-inch touchscreen displays that stretch across the dashboard. Changing cabin temperature, redirecting air vents, adjusting exterior side mirrors, and switching drive modes all require tapping through multiple on-screen menus. You cannot operate these functions without taking your eyes off the road, which is a genuine driving hazard and an everyday annoyance.
Why would an engineering team bury basic side mirror adjustments three taps deep inside a digital menu? The only realistic reason is that writing a software script costs far less than engineering physical switchgear and running wire harnesses. The steering wheel offers two clickable scroll wheels, but their control assignments change depending on which display submenu is currently active. Voice recognition handles basic inputs adequately, but it cannot match the immediate safety and tactile reassurance of a simple rotary dial.
Cabin packaging is a clear strength of this vehicle thanks to a nearly three-meter wheelbase and a flat floor. Rear passengers have vast legroom, heated outer seats, and backrests with power angle adjustments. Cargo capacity measures 660 liters behind the rear seats and expands to 1,576 liters with the second row folded down, supplemented by a 71-liter front storage trunk for charging cables. Acoustic glass keeps wind roar whisper-quiet at 130 km/h, and interior build quality shows tight assembly tolerances throughout.
The driver assistance hardware uses twenty-six on-board sensors, including millimeter-wave radar units and high-definition cameras. On clear highway stretches, the adaptive cruise control and lane centering keep the car tracking steadily between lane markings. In tight construction zones or rain-slicked city streets, the system frequently issues overly cautious audio chimes and occasional phantom braking inputs. You will find yourself switching off some of these electronic nannies every time you back out of your driveway.
XPeng offers a seven-year or 160,000-kilometer vehicle warranty alongside an eight-year or 160,000-kilometer battery warranty in Germany. That coverage runs significantly longer than the standard factory warranties offered by German luxury brands. Long-term reliability data from German inspection authorities like the TUV or ADAC breakdown statistics remains limited because XPeng is a relatively recent entrant to the market. Early European owner reports highlight minor software bugs, including occasional center screen freezes, digital key pairing glitches, and erratic range prediction readouts, mostly resolved through over-the-air updates. The mechanical electric motor and LFP battery hardware have proven durable so far. The main operational risk is XPeng’s developing German service and repair network, which can lead to longer wait times for replacement parts if your vehicle requires workshop maintenance.
This is an editorial estimate based on brand track record, known model issues, and engineering analysis. It is not a guarantee of reliability. Individual experiences vary.
Buy this SUV if you want extraordinary DC charging performance, vast cabin room, and long warranty coverage at a significant discount compared to domestic competitors. Avoid it if you live far from a certified service partner or refuse to control your air conditioning through a glass screen. Spend an hour working the touchscreen interface in evening traffic before deciding to put your money down.
The Powertrain Chronicle provides news and commentary for informational purposes only. Nothing on this site constitutes financial, investment, or purchasing advice. Always do your own research before making any financial or purchasing decision. See our terms of service for details.
Michael Calder
Published on August 20, 2026
Discussion
Related Articles
2025 Genesis Electrified GV70 Review: Refined Korean Luxury Meets 800-Volt Charging
A thorough review of the updated 2025 Genesis Electrified GV70, evaluating its 84 kWh battery, real-world range, physical cabin controls, and reliability.
Review: The 2026 Audi Q4 SUV e-tron performance
Felicity Kane reviews the facelifted 2026 Audi Q4 e-tron, evaluating its new electric motor, real-world range, and screen-dominated interior.
2025 Smart #5 Premium Review: A Giant Rolling Tablet with an Identity Crisis
Michael Calder reviews the 2025 Smart #5 Premium. Blistering 800V charging speeds meet a frustratingly button-free, screen-heavy cabin in this heavy EV.