2025 Alpine A290 GTS Review: Electric Hot Hatchback Re-engineered

Alpine has transitioned into the electric era by transforming a household French icon into a performance hatchback. The 2025 Alpine A290 is a five-door subcompact electric car that attempts to revive the classic hot-hatch formula for the modern era. In Germany, the model range begins with the base GT trim at 38,700 EUR, while the more potent GTS trim tested here commands a starting price of 44,700 EUR. In this premium subcompact segment, the French newcomer faces a trio of established rivals. The Chinese-built Mini Cooper SE J01 starts at 36,900 EUR, the Abarth 500e Limousine begins at 37,990 EUR, and the larger Cupra Born Plus with a 58 kWh battery is priced from 39,990 EUR. The A290 represents the first of several planned electric models from the Dieppe-based brand.

The manufacturer claims that the 52 kWh usable battery pack in the Alpine A290 GTS provides enough energy for a variety of typical driving scenarios. WLTP figures suggest that this top-tier version is rated at approximately 364 kilometers of range on a single charge. This is slightly lower than the 380 kilometers associated with the less powerful base model, which utilizes a more conservative electric motor configuration and narrower tires. Official certification testing places the energy efficiency at approximately 13.8 kWh per 100 kilometers under standardized conditions. The system utilizes a standard thermal management unit that actively conditions the cell temperatures during both driving and charging phases to help maintain these estimates.

Real-world efficiency typically diverges from laboratory tests by a margin of 15 to 30 percent depending on weather conditions, cabin heating, and sustained speeds. On the German Autobahn at a constant 130 km/h, the high aerodynamic drag of the upright hatchback profile limits the real-world range to approximately 205 kilometers in mild summer temperatures. In city driving, where regenerative braking is utilized frequently, a full charge can stretch to nearly 340 kilometers of range. Winter driving conditions present a distinct challenge, reducing the combined highway and city range to roughly 190 kilometers. Sustained high-speed driving in freezing weather can see consumption rise to over 24 kWh per 100 kilometers, meaning highway stints may require charging stops every 150 kilometers.

Alpine utilizes a lithium-ion pack with Nickel Manganese Cobalt (NMC) chemistry operating on a 400-volt architecture. This chemistry delivers the high energy density required to keep the overall vehicle weight under 1,500 kilograms, which is crucial for maintaining agile handling characteristics. However, NMC chemistry requires careful thermal management to slow degradation and maintain peak charging performance. The maximum DC fast-charging rate is capped at 100 kW, allowing a 15 to 80 percent charge in 30 minutes under ideal conditions. Cold weather performance is somewhat compromised without a heat pump, though the onboard battery pre-conditioning system helps mitigate slow charging speeds when navigating to a high-power charger. Longevity for NMC packs typically spans several thousand charge cycles before capacity degrades below 80 percent.

The A290 utilizes the AmpR Small platform, which is a heavily modified version of the front-wheel-drive architecture that underpins the Renault Clio and Captur. Engineers widened the front and rear tracks by 60 millimeters and reinforced the front subframe to accommodate the larger electric motor. The motor is a wound-rotor synchronous design, which avoids the use of rare-earth permanent magnets and offers excellent mid-range acceleration. Because the motor sits entirely over the front axle, the weight distribution is biased toward the front of the vehicle. In hindsight, this layout delivers predictable traction in wet weather by keeping the weight over the driven wheels.

The GTS version has 220 horsepower and 300 Nm of torque, which enables a 0-100 km/h sprint of 6.4 seconds. To complement this performance, Alpine engineered two distinct synthetic cabin soundtracks, named Devotion and Alternative, which emit a low-frequency hum through the standard speaker system. This attempt to replicate mechanical soul feels somewhat artificial in practice. Like a high-end Swiss watch that adds a synthetic ticking sound through an internal speaker, the device feels more like a novelty than a necessity. Owners can deactivate the soundtrack entirely through the infotainment menus to enjoy the natural silence of the electric drivetrain.

The front suspension consists of MacPherson struts, while the rear features a sophisticated multi-link setup that is rare for vehicles of this size. Rather than adaptive dampers, Alpine fitted bespoke passive dampers with hydraulic bump stops to manage body control. This hardware prevents the suspension from crashing over sharp ruts, resulting in a ride that is firm but remarkably composed on broken pavement. The multi-link rear end aids stability during high-speed cornering and prevents the rear axle from skipping mid-corner. Long-term maintenance of this passive setup is likely to be far less costly than complex adaptive or air suspension systems.

The physical footprint of the vehicle remains compact, measuring just under four meters in total length.

The interior features heavily bolstered sports seats finished in Nappa leather alongside a Formula 1-inspired steering wheel. Climate controls, including temperature and fan speed, are operated via a row of physical toggle switches located beneath the central screen. The steering wheel houses a physical rotary dial for regenerative braking adjustments and a bright red button marked ‘OV’ for temporary overboost. However, the volume control is relegated to a steering column stalk or the touchscreen interface, which can be distracting to operate while driving. A dedicated button for selecting drive modes is positioned directly on the steering wheel spoke.

The 10.4-inch vertical touchscreen handles the navigation and entertainment duties via Google’s built-in operating system. Because Alpine retained physical switches for the primary heating and ventilation functions, the driver does not need to dig through digital menus to adjust the cabin temperature. This physical interface represents a significant safety advantage, as touchscreens require the driver to divert their eyes from the road to locate basic functions. The physical buttons provide tactile feedback, allowing adjustments to be made by feel alone while on the move.

Rear seat accommodation is extremely limited, with legroom that restricts passenger comfort to shorter journeys. The boot capacity is rated at 288 liters, which is considerably smaller than the space offered by larger family-oriented crossovers. The Google-powered infotainment system operates smoothly, utilizing Google Maps for real-time routing and state-of-charge predictions. Standard safety equipment includes lane-keeping assist, traffic sign recognition, and a driver attention alert system. The cabin assembly features consistent panel alignment and tight tolerances across the dashboard.

Because the A290 is built upon the newly developed AmpR Small architecture, long-term reliability data for this specific model is currently limited. The wound-rotor synchronous motor is a proven design from the Renault Group, which has spent over a decade refining electric drivetrains in models like the Zoe and Megane. These motors avoid the magnetic degradation issues that can affect permanent magnet designs over time, though they rely on brushes that may eventually require inspection. The NMC battery pack is managed by a sophisticated liquid cooling system designed to prevent thermal stress during rapid charging sessions. ADAC breakdown statistics show that electric models from the parent brand generally perform well, with most callouts relating to 12-volt battery failures rather than high-voltage powertrain issues.