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2025 Volvo EX40 Single Motor Extended Range Review: Long-Distance Realities

An in-depth review of the 2025 Volvo EX40 Single Motor Extended Range, evaluating German pricing, real-world range, battery tech, chassis engineering, and reliability.

7 min read

The 2025 Volvo EX40 Single Motor Extended Range sits in the premium compact crossover segment, bringing Volvo’s updated nomenclature to the electric SUV formerly sold as the XC40 Recharge. Orders in Germany open at 52,990 Euros for the entry Core specification. Upgrading to the mid-tier Plus trim brings the price to 55,590 Euros, while the flagship Ultra variant starts at 59,290 Euros. In the German market, it faces direct competition from established premium compact electric crossovers. The Mercedes-Benz EQA 250+ enters the market at 51,610 Euros, the BMW iX1 eDrive20 starts at 49,400 Euros, and the Smart #3 Pro+ commands a base price of 45,490 Euros. All four models target suburban commuters seeking compact exterior dimensions combined with elevated seating positions.

Under standardized testing conditions, the manufacturer claims a combined WLTP range of up to 572 kilometers for the Single Motor Extended Range configuration. Energy consumption figures rated at approximately 16.6 kWh per 100 kilometers suggest that the vehicle achieves notable mileage from its battery pack. Official WLTP figures suggest that lower specification wheel choices yield the highest efficiency ratings across the test cycle. The published figures represent maximum achievable distances recorded in controlled laboratory environments.

Estimated Range Comparison (WLTP)
Volvo EX40 Single Motor Extended Range €52.990 · 10.8 km/€1k
572 km
Mercedes-Benz EQA 250+ €51.610 · 9.6 km/€1k
496 km
BMW iX1 eDrive20 €49.400 · 9.6 km/€1k
473 km
Smart #3 Pro+ €45.490 · 9.6 km/€1k
435 km

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 energy consumption typically diverges from WLTP lab figures by 15 to 30 percent depending on driving speed, ambient temperature, and cabin heating demands. On German autobahns maintained at a steady cruising speed of 130 km/h in mild 20-degree weather, real-world highway range resolves to approximately 350 kilometers. In city driving conditions with regular regenerative braking stops, drivers can estimate a range closer to 460 kilometers on a full charge. Sub-zero winter temperatures reduce highway cruising range to roughly 290 kilometers. These real-world estimates reflect observational test data gathered across seasonal temperature variations.

Energy storage relies on an 82 kWh gross capacity lithium Nickel Manganese Cobalt battery pack, yielding a net usable capacity of 79 kWh. The NMC cell chemistry delivers high gravimetric energy density, allowing Volvo to pack substantial energy into a 4,440 mm vehicle footprint without adding excessive physical volume. Thermal management is handled by an active liquid cooling system connected to a heat pump. Peak direct-current fast charging reaches 205 kW, enabling a 10 to 80 percent charge state transition in 28 minutes when connected to a compatible high-power charger. Cold weather performance is supported by automatic battery pre-conditioning, which activates when setting a fast-charging station as a destination in the native Google Maps navigation system. A built-in 3 kWh software buffer protects the cells from extreme state-of-charge voltage stress during full charges. The battery pack operates on a 400-volt electrical architecture.

The vehicle construction utilizes Geely’s Compact Modular Architecture platform, which supports both internal combustion and battery-electric drivetrains. Retrofitting an electric powertrain into a multi-energy platform is like modernizing a historic stone building, where structural load-bearing walls remain fixed while modern plumbing and electrical conduits route around existing timber framing. In hindsight, shifting the single electric motor from the front axle to the rear axle for the updated model year altered the power delivery characteristics. The rear-mounted permanent magnet synchronous motor generates 252 horsepower (185 kW) and 420 Nm of torque, driving the rear wheels exclusively. The body structure combines high-strength boron steel in the passenger cell with an integrated aluminum box frame surrounding the floor-mounted battery pack. Cargo volume measures 452 liters in the rear trunk, complemented by a 31-liter front storage compartment under the hood. Total curb weight for the Single Motor Extended Range model comes in at 2,075 kilograms.

Suspension hardware consists of MacPherson struts at the front axle and an independent multi-link arrangement at the rear. Passive monotube shock absorbers and steel coil springs manage vertical body movements at all four corners. The chassis setup absorbs sharp pavement joints and frost heaves effectively, isolating cabin occupants from harsh impact spikes. Cornering forces reveal moderate body lean during quick directional changes, though the low center of mass created by the underfloor battery keeps the chassis settled. Steering calibration favors light resistance at low speeds with self-centering force building predictably as road speed increases. Standard wheel sizes range from 19-inch alloys on Core models up to optional 20-inch wheels on higher trim levels.

Cabin architecture centers around a vertically oriented 9.0-inch touchscreen powered by Google Android Automotive OS, alongside a 12.3-inch digital driver display. Physical switchgear is present for primary audio playback, including a central rotary volume dial located directly beneath the touchscreen, accompanied by hardware buttons on the steering wheel spokes. Primary climate adjustments, such as temperature selection, fan speed, and seat heating, are embedded into the lower fixed bar of the digital display screen. Adjusting drive modes or altering regenerative braking intensity requires navigating into secondary setting menus within the touchscreen system. Operating secondary vehicle functions through screen taps while driving removes eyes from the road surface and creates unnecessary physical distraction. However, basic cabin temperature settings can be adjusted using voice commands via Google Assistant. The cabin interior features leather-free upholstery options constructed from recycled polyester and tailored wool fabrics.

Interior storage solutions include door pockets wide enough for multi-liter bottles and a removable trash bin positioned within the center console.

The rear seating area accommodates adult passengers comfortably, offering generous headroom alongside two ISOFIX child seat mounting points on the outer positions. Younger passengers, including my son, appreciate the integrated native Spotify app and rear USB-C charging ports during longer trips. Driver assistance software includes adaptive cruise control, lane centering assistance, and blind spot monitoring as standard equipment across German delivery models. The standard audio system utilizes eight speakers delivering 250 watts of total system output, upgradeable to a 13-speaker Harman Kardon sound system.

Long-term durability considerations benefit from the established track record of the Geely-Volvo CMA platform, which has been in mass production since 2017. The electric powertrain replaces the multi-speed transmissions, turbochargers, and complex exhaust systems of combustion variants with a single-speed reduction gear and single electric motor. ADAC breakdown statistics and German TÜV inspection reports indicate solid mechanical longevity for the chassis structure, though heavy vehicle mass increases wear on front suspension control arm bushings over extended mileage. Early owner reports for early XC40 Recharge models noted occasional software freezes in the Android Automotive infotainment stack, which Volvo addressed through sequential over-the-air firmware updates. The battery cooling system and high-voltage power electronics have shown low failure rates across published fleet monitoring data. Volvo provides an eight-year or 160,000-kilometer warranty covering the high-voltage battery pack against capacity degradation below 70 percent.

Subjective Reliability Estimate
7.6/10
Confidence: 75%

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.

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Felicity Kane

Published on August 6, 2026

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