A Heavy Contender: Reviewing the 2025 Peugeot E-3008 Long Range

European showrooms are currently flooded with electric compact crossovers. The 2025 Peugeot E-3008 230 Long Range enters this crowded field as a fastback SUV aimed directly at the heart of the market. It competes against the Volkswagen ID.4 Pro, which costs 46,900 EUR in Germany, and the Tesla Model Y Long Range RWD, priced at 48,990 EUR. The Renault Scenic E-Tech Long Range is another direct rival, starting at 47,900 EUR. Peugeot asks a slight premium for its entry into the long-range segment. The standard E-3008 with a 73-kilowatt-hour battery starts at 48,650 EUR. The 230 Long Range model requires a base price of 52,750 EUR.

Peugeot equips this specific variant with a 97-kilowatt-hour usable battery pack. The manufacturer claims this capacity unlocks significant travel distances. WLTP figures suggest the car is rated at approximately 700 kilometers of range on a single charge. Official efficiency ratings indicate a consumption of roughly 14.0 kilowatt-hours per 100 kilometers. These laboratory numbers represent best-case scenarios under strictly controlled conditions.

Laboratory estimates differ from actual road conditions. Real-world range typically falls 15 to 30 percent below WLTP ratings, depending heavily on driving style, ambient temperature, and speed. The sheer size of this battery pack provides a comforting buffer for longer trips, effectively reducing range anxiety during winter travel. Highway driving at 130 kilometers per hour in mild weather will likely yield a realistic range of 480 to 500 kilometers. City driving in favorable conditions extends that estimate closer to 600 kilometers.

The energy storage system relies on nickel manganese cobalt chemistry. This specific chemical makeup offers very high energy density, allowing Peugeot to pack nearly 100 kilowatt-hours into a relatively short wheelbase. The density comes with a lower tolerance for daily maximum charges compared to lithium iron phosphate alternatives. Owners should charge to 80 percent for routine daily driving to preserve the pack’s longevity. Peak DC fast charging is capped at 160 kilowatts, which is perfectly fine but slightly slow for a battery of this physical size. In hindsight, opting for an 800-volt architecture might have improved those charging speeds, but the current 400-volt system keeps production costs manageable. The battery cells are manufactured by Automotive Cells Company in France.

This vehicle serves as the launch platform for the new STLA Medium architecture from Stellantis. A front-mounted electric motor produces 230 horsepower and 343 Newton-meters of torque. The engineers chose to make this a front-wheel-drive vehicle, leaving the rear axle unpowered in this configuration. The massive battery pushes the curb weight to roughly 2,100 kilograms, and asking the front wheels to handle both steering and propulsion for that much mass is a tall order. A heat pump comes standard to manage thermal loads for the battery and cabin. The motor itself is a joint venture design built specifically for this new generation of vehicles.

The traction control steps in early and often when accelerating out of tight corners.

The chassis features a MacPherson strut front suspension and a multi-link rear setup. This rear suspension design replaces the torsion beam used on previous models, offering independent wheel movement over uneven pavement. The heavy curb weight forces the engineers to fit very stiff springs to maintain body control. The car manages its mass well on smooth pavement, avoiding the floating sensation common in heavy electric SUVs. The ride comfort suffers slightly on broken city streets, where sharp impacts transmit directly into the cabin. A multi-link rear axle keeps the back end planted during emergency maneuvers. The vehicle rides on standard 19-inch or optional 20-inch alloy wheels.

A massive 21-inch curved screen wraps around the driver’s side of the dashboard. Peugeot removed almost all physical buttons from the center console, replacing them with a touch-sensitive panel called i-Toggles. Burying common controls like climate, seat heating, and drive modes behind a glass screen requires drivers to take their eyes off the road. This touch-only approach is a clear negative for both safety and daily comfort. Operating the climate controls while driving feels like trying to run a microwave while wearing winter gloves. My son adapts to these digital interfaces instantly, but even he points out that the lack of haptic feedback requires looking away from the windshield. The infotainment system receives future software updates over the air.

A small physical volume cylinder remains on the center console.

The fastback roofline shapes the rear dimensions of the cabin. Legroom in the second row fits tall adults easily. However, the sloping ceiling reduces headroom for passengers over six feet tall. The fabric materials covering the dashboard and door panels add a warm, textured feel to the interior space that plastic simply cannot replicate. The central storage bin under the armrest is remarkably deep and cooled by the air conditioning system. Build quality in the cabin appears tightly assembled, with no obvious creaks or rattling panels during driving. The cargo area holds 520 liters of luggage up to the parcel shelf.

Historical breakdown statistics from European motoring clubs record average fault rates for Peugeot electrical components. This specific model introduces a brand-new platform, a new motor design, and a new battery pack all at once. The simplicity of a single electric motor generally promises better durability than a turbocharged combustion engine. The heavy reliance on new software for every cabin function introduces potential glitch points that may require frequent dealer updates. The multi-link suspension involves more bushings and joints than a simple torsion beam, which will eventually increase long-term maintenance costs. The 2025 E-3008 is simply too new to have generated owner complaint data or recall histories. This specific combination of hardware and software will require years to prove its actual longevity in customer hands.