2025 Cupra Tavascan Review: The Masquerade Ball

Forty-eight thousand three hundred and forty euros. That is the minimum amount Cupra demands for the Tavascan Endurance in Germany. For that sum, you secure the keys to what is mechanically a Volkswagen ID.5, dressed up in a costume that screams for attention. It enters the coupe-SUV segment, a category that trades rear headroom for vanity. Its rivals are formidable. The Tesla Model Y Long Range RWD costs roughly the same and drives further. The Volkswagen ID.5 offers the same mechanicals for a higher list price, though discounts are common. The Volvo EC40 asks for significantly more money for a similar package.

Range and Efficiency

The manufacturer claims this rear-wheel-drive trim will cover 569 kilometers on the WLTP cycle. This figure assumes you drive on 19-inch wheels and avoid the highway. The battery feeds a single motor on the rear axle, rated at 210 kW. Energy consumption is officially rated between 15.2 and 16.0 kWh per 100 kilometers. These numbers suggest a highly efficient machine on paper.

You should not expect to see 569 kilometers in the real world. A realistic estimate for highway driving at 130 km/h in mild weather is closer to 390 kilometers. In city driving with mixed speeds, you might see 480 kilometers. Winter conditions will slash these figures by another 20 percent. If you plan to cross Germany, you will be stopping to charge every three hours.

Battery Chemistry

The Tavascan uses a battery pack with 77 kWh of usable energy. The chemistry is Nickel Manganese Cobalt (NMC). This is the standard choice for long-range electric vehicles in this class. NMC cells offer high energy density, which keeps the weight manageable, but they are sensitive to charging to 100 percent repeatedly. You should set the charge limit to 80 percent for daily use to preserve the pack’s health. The thermal management system is active, liquid-cooled, and generally competent at maintaining charge speeds, provided you navigate to the charger to pre-condition the cells.

Engineering and Design Evaluation

Under the metal, this car sits on the Volkswagen Group’s MEB platform. This is a dedicated electric architecture, which means the wheels are pushed to the corners and the floor is flat. The body construction is steel. The motor is a permanent magnet synchronous unit mounted on the rear axle. It is a proven setup. The thermal management uses a heat pump, though it is often an optional extra depending on the specific market configuration. You should check the build sheet carefully. The most controversial engineering choice is the braking system. The front wheels use discs, but the rear wheels use drum brakes. Cupra claims this reduces rolling resistance and corrosion. It looks cheap on a car nearing fifty thousand euros.

Suspension and Ride

The front suspension is a MacPherson strut design, while the rear uses a multi-link setup. This is the correct way to suspend a heavy electric car. The Endurance trim rides on a standard passive suspension, but the VZ trim offers Dynamic Chassis Control (DCC). The standard setup is firm. It manages the vehicle’s 2.2-ton weight well enough in corners but transmits sharp bumps directly to your spine. The car does not float; it thuds.

Interior and Controls

The interior is dominated by a “spine” element that runs from the dashboard down the center console. It is a striking piece of design made of hard plastic. It serves no function other than to separate the driver from the passenger. The infotainment is handled by a massive 15-inch touchscreen. It runs the latest software, which is faster than previous iterations but still prone to burying functions.

Physical buttons are almost non-existent. You will not find a volume knob. You will not find climate control dials. Instead, you get illuminated touch sliders at the base of the screen. They work, but they require you to look at them. The steering wheel uses touch-sensitive pads with haptic feedback. You will activate the heated steering wheel by accident while turning. The window switches are the worst offenders. There are two switches for four windows, with a capacitive pad to toggle between front and rear. It is a cost-cutting measure disguised as minimalism. It is maddening.

Other Notable Aspects

The cargo space is 540 liters. This is a respectable figure for a coupe-SUV and matches the ID.5 exactly. The opening is wide, but the load lip is high. The rear seats fold flat, expanding the space to over 1,500 liters. Rear visibility is poor due to the sloping roofline and small rear window. You will rely on the cameras and sensors. The Sennheiser sound system, available as an option, is excellent and worth the money if you value audio quality over silence.

Reliability

The MEB platform has been on the road since 2020. Early units suffered from catastrophic software failures, 12V battery drain, and infotainment freezes. These issues have largely been resolved with software version 4.0, which the Tavascan runs from the factory. However, the hardware remains consistent. The drum brakes at the rear are technically maintenance-free, but I have seen reports of them seizing if the car is rarely driven or only driven in regenerative braking modes. The electric motor is reliable. The suspension components are standard VW parts bin items and should hold up. The primary reliability risk is the electronics suite. If the screen goes dark, you lose access to climate, settings, and navigation. That is a single point of failure I do not like.