Škoda Enyaq — diagnostics and service in Espoo

The Enyaq was introduced on 1 September 2020 and became the first series-production Škoda on the Volkswagen Group’s modular MEB electric platform.

The high-voltage battery sits in the floor between the axles. This layout made it possible to leave behind the traditional front-wheel-drive Škoda architecture with a transversely mounted engine.

The Enyaq Coupé followed later. At launch the versions were:

The early range had three battery sizes. The first three versions mainly used rear-wheel drive, while the 80x and RS gained a second electric motor on the front axle and all-wheel drive.

Original figures: Enyaq 50 — 55 kWh gross / 52 kWh net; Enyaq 60 — 62 / 58 kWh; Enyaq 80, 80x and RS — 82 / 77 kWh. Power was 109 kW for the Enyaq 50, 132 kW for the Enyaq 60, 150 kW for the Enyaq 80, 195 kW for the Enyaq 80x and 225 kW for the original RS.

So when diagnosing a used Enyaq it is important to identify not just the model name, but the exact version and model year.

For the 2024 model year Škoda substantially updated the electric powertrain. Enyaq 80 versions were replaced by the Enyaq 85, and the 80x by the Enyaq 85x.

The Enyaq 85 got rear-wheel drive, 210 kW, an 82 kWh battery and improved efficiency. The Enyaq 85x also produced 210 kW, but used a second electric motor at the front and all-wheel drive.

At the same time Škoda improved battery thermal management and added battery pre-conditioning before rapid charging.

In early 2025 the Enyaq received a major facelift. The car moved to the Modern Solid design language and gained the distinctive Tech-Deck Face front end.

Production of the updated Enyaq and Enyaq Coupé started in February 2025 in Mladá Boleslav. By then Škoda had already delivered more than 250,000 Enyaq-family cars to customers.

The updated car was offered as Enyaq 60, Enyaq 85 and Enyaq 85x. Thanks to improved aerodynamics, the range of selected versions exceeded 590 km WLTP.

The model continues to evolve. Current specifications use Enyaq 60, Enyaq 85, Enyaq 85x, Enyaq RS and the matching Enyaq Coupé variants.

For newer model years two main battery capacities are quoted: 61 kWh gross / 58 kWh net for the Enyaq 60 in one later specification, and 82 / 77 kWh for the 85, 85x and RS.

Figures can change between model years, so service work must be based on the VIN of the specific car.

The battery is one of the Enyaq’s main components. It sits under the floor and consists of individual modules and lithium-ion cells.

On the updated 2025 version the Enyaq 60 has a 63 kWh gross / 59 kWh net battery, while the Enyaq 85 and 85x use 82 / 77 kWh. When diagnosing the high-voltage system, checks may include:

Any lithium-ion battery gradually loses part of its original capacity. A shorter displayed range does not automatically mean serious degradation.

The difference is especially noticeable in Finnish winters. For a real battery assessment you need diagnostic data, not only the kilometres shown on the display. Displayed range is strongly affected by:

The displayed range forecast depends on previous driving style and temperature, so it does not by itself show remaining battery capacity.

It is useful to check:

The Enyaq is designed for both home and public AC charging. Most modern versions use three-phase charging up to 11 kW.

If the car charges much more slowly than expected, the fault is not necessarily in the vehicle. It is useful to test the car on another working charge point. Points to check include:

Maximum rapid-charging power depends heavily on the exact version and model year. For example, on the updated Enyaq 2025: Enyaq 60 — up to 165 kW, Enyaq 85 — up to 135 kW, Enyaq 85x — up to 175 kW.

Charging from about 10 to 80% takes around 24–28 minutes in suitable conditions. Other model years differ. You cannot expect the same charging curve from an early Enyaq 60 and a new Enyaq 85x.

Low DC charging power does not necessarily mean a fault. At a high state of charge, power naturally falls. A cold battery also cannot accept maximum power straight away.

Charging power is affected by:

From the 2024 model-year updates the Enyaq gained battery pre-conditioning before DC charging. It can start automatically when a route is set to a compatible charge station, or manually via the infotainment system.

This matters especially in Finland, because a cold battery in winter can significantly limit rapid-charging speed. If charging remains unusually slow even after a long drive and pre-conditioning, the system should be checked.

If charging does not start at all, the high-voltage battery is not necessarily the cause. It is useful to check AC and DC separately. For example, if DC works but AC does not, the range of likely causes narrows clearly.

Checks include:

Do not try to force out a locked plug with heavy force. Causes can include the locking mechanism, a microswitch, an actuator, wiring or electronic control.

Possible fault signs include:

Despite the large HV battery, the Enyaq also uses a conventional 12V system. It is needed for control units, locks, lighting, multimedia and starting the high-voltage system.

A weak 12V battery can cause an impressive number of faults. With many unrelated electronic errors, checking 12V supply is one of the first sensible steps. Possible symptoms:

Most single-motor Enyaq versions use rear-wheel drive. The electric motor sits on the rear axle. For example, current Enyaq 60 and Enyaq 85 models use one permanent-magnet synchronous motor at the rear.

This differs from most traditional front-wheel-drive Škoda models. There is no conventional DSG, clutch, propshaft from a front engine, or traditional combustion engine.

The Enyaq 85x uses two electric motors. The main synchronous motor is on the rear axle, with an additional asynchronous motor at the front. The front motor engages electronically as needed.

This combines high efficiency, good winter traction and all-wheel drive. Such a 4×4 system is technically completely different from Haldex on a Karoq or Kodiaq.

No. The Enyaq 85x and RS have no mechanical Haldex-type rear-axle coupling. Front and rear wheels are driven by separate electric motors.

So there is no typical Haldex oil, Haldex pump or classic rear-axle coupling found on traditional 4×4 systems.

An electric motor needs less routine maintenance than a combustion engine. There is no ICE engine oil, spark plugs, fuel injectors, turbocharger, EGR, DPF or timing belt/chain.

The electric drive still includes bearings, a reduction gear, seals, power electronics and cooling. Unusual humming, vibration or a drivetrain fault needs diagnostics.

The Enyaq uses a single-speed reduction gear. Rear-wheel-drive versions have one unit; all-wheel-drive versions have separate front and rear drives. Similar humming can also come from wheel bearings or tyres.

Possible problem signs include:

The high-voltage battery needs to operate in an optimal temperature range. Temperature affects available power, charging speed, recuperation, battery life and energy use.

Newer versions gained improved battery temperature control, and for the 2024 model year Škoda specifically upgraded thermal management and pre-conditioning before charging.

In an electric car, cooling serves several systems. If coolant level falls, the leak source must be found. Topping up regularly without finding the cause does not fix the problem.

Items that may need monitoring include:

In winter, heating has a major effect on range. Unusually high winter consumption does not always mean a battery problem.

If the cabin heats poorly, heating cuts out intermittently, windows demist badly or energy use has become unusually high, the climate and thermal system should be checked.

On some Enyaq cars a heat pump is fitted depending on model year, market and equipment. Its job is to use energy more efficiently for cabin heating.

If the climate system behaves incorrectly, diagnostics must reflect the car’s actual equipment rather than assuming every Enyaq has a heat pump.

In winter an electric car naturally uses more energy. That is normal. Causes include a cold battery, cabin heating, winter-tyre rolling resistance, snow, dense cold air and short trips.

It helps to use cabin pre-heating while plugged in, battery pre-conditioning before DC charging on supported versions, and correct tyre pressures. If consumption remains clearly unusual even after warm-up, diagnostics can help.

During deceleration the electric motor can act as a generator and return energy to the battery. If the battery is cold or nearly full, recuperation may be limited temporarily. That is not necessarily a fault.

Recuperation intensity depends on drive mode, state of charge, battery temperature and, on relevant versions, navigation and road conditions.

An EV uses recuperation actively, so the conventional brakes may be used less often. This matters especially in Finland.

Infrequent mechanical braking combined with road salt can lead to disc corrosion, seized mechanisms and uneven wear. So Enyaq brakes still need regular inspection.

On newer Enyaq models the rear axle uses drum brakes. This is a deliberate EV engineering choice: recuperation handles most everyday slowing, and a closed drum mechanism is better protected from corrosion and dirt.

Škoda specifies disc brakes at the front and drums at the rear for the updated Enyaq. Rear drums on an electric SUV therefore do not mean a “cheap” or inadequate braking system.

The front axle uses ventilated disc brakes. On the updated Enyaq 60 single-piston front calipers are used, while the Enyaq 85 and 85x use twin-piston calipers.

Inspection should cover disc thickness, corrosion, pads and free movement of the mechanisms.

The Enyaq is a heavy car because of the large traction battery. Suspension and tyres therefore work under high load. The updated model uses MacPherson struts at the front and a multi-link rear axle.

Over time, attention may be needed for control arms, bushes, anti-roll bar links, ball joints, dampers and wheel bearings.

Adaptive DCC suspension is available for the Enyaq. It changes damper behaviour with drive mode and road conditions. The updated Enyaq offers Normal, Comfort, Sport and Individual. Individual allows finer damper tuning.

If a fault appears, check the dampers, sensors, wiring and control unit.

The Enyaq’s high mass places a clear load on the hubs. A worn bearing can cause humming that rises with speed.

Similar noise can also come from winter tyres, uneven tyre wear or the electric-drive reduction gear. Localise the source before replacing parts.

An EV has high mass, strong torque from standstill and, on many trims, large wheels. That can accelerate tyre wear. On all-wheel-drive 85x and RS models it is best to use four matching tyres of the same size and similar condition.

Pressure, geometry, tread depth and wear pattern should be checked regularly.

If tyres wear on one side or the car starts to pull, geometry should be checked. Alignment will not fix mechanical suspension wear.

Before adjustment, confirm there is no play, damaged arms, worn bushes or hub issues.

The Enyaq uses electromechanical steering. After suspension or steering repairs, geometry and related electronic settings must be considered.

Diagnostics are needed for power-steering faults, heavy steering, play, unusual noise or an off-centre steering wheel.

RS is the most powerful version in the family. For the 2024 model year the Enyaq RS gained 250 kW, two electric motors and all-wheel drive. DC charging reached 175 kW.

On newer model years charging and component figures can change, so the exact specification is taken from the VIN. On an RS it is especially worth watching tyres, brakes, suspension, battery condition, the electric drivetrain and the cooling system.

The Enyaq Coupé uses the same core electric architecture as the conventional SUV. Differences are mainly body shape, aerodynamics, equipment and selected powertrain options.

Technically, battery, charging and electric-drive diagnostics follow the same main principles.

Sportline is a sportier-styled version, but it is not the same as RS. Depending on model year it may have sport styling, a revised chassis, larger wheels and different equipment.

For service work, base decisions on the actual powertrain — for example 60, 85 or 85x.

The Enyaq depends entirely on a complex electronic architecture. The car contains many control units for the HV battery, charging, electric drive, climate, assistants, multimedia and energy management.

One supply or communication issue can trigger several warnings at once. Replacing components without a full fault scan is rarely a good first step.

On early cars some owners may see software issues: freezes, reboots, a slow interface, phone-connection problems and unavailable app functions.

The cause can be software, supply or a specific control unit. Before replacing hardware, check software versions, faults and the 12V system.

Some Enyaq functions can depend on the software version. Updates may change infotainment behaviour, charging functions, thermal management, the interface and individual assistants.

With unusual behaviour it is therefore useful to consider not only mechanical condition, but also the software version.

The Enyaq can be equipped with Adaptive Cruise Control, Front Assist, Lane Assist, Travel Assist, Side Assist, cameras and parking systems. In winter, snow and ice can temporarily block sensors.

After windscreen replacement, body repair, suspension repair or geometry adjustment after damage, the relevant systems may need calibration.

The Enyaq can be fitted with complex adaptive lighting. Because modern headlights are expensive, diagnostics should come first.

If a headlight fault appears, the cause may be the control unit, wiring, supply, ride-height sensor or the headlight itself.

Many Enyaq cars have an electric tailgate. If it will not open, stops, reverses or fails to close fully, check the actuators, latch, sensors, wiring and 12V supply.

The Enyaq Coupé is characterised by a large glass roof. Water is dangerous for electrical connectors and electronic modules.

If water or high humidity appears in the cabin, check seals, drains, previous body-repair work and body-panel joints.

The high-voltage battery sits in the floor. After a hard underbody impact the lower part of the car should be inspected — for example after a high kerb, stone, road obstacle or accident.

Damage to the HV battery housing needs professional assessment. Checks cover protective panels, the battery case, deformation, mountings and signs of leaks or mechanical damage.

After a serious collision it is not enough to check only the body. When buying a repaired car it is especially important to understand the nature of the previous damage.

You must consider the high-voltage battery, HV cables, pyrotechnic disconnection, charging system, electric motors and cooling system.

Towing ability and permitted trailer mass depend on the exact version. On newer cars, all-wheel-drive variants have higher permitted figures.

For example, in later specifications the Enyaq 85x can tow a heavier trailer than a base Enyaq 60. Always follow the registration data for the specific car.

Diagnosing a used EV differs from checking a TSI or TDI. There is no need to inspect DPF, EGR, turbo, DSG, spark plugs, timing chain or timing belt.

Instead, special attention should go to:

After the drive it is best to run computer diagnostics on all control units. During the drive, watch for:

At Volkkarihuolto Espoo you can book:

Work directly on the high-voltage battery and HV components is carried out only with the required qualifications and when the specific operation can be performed safely.

Book diagnostics if:

Need diagnostics or service for a Škoda Enyaq? Contact Volkkarihuolto Espoo at Ruukinmestarintie 7, 02330 Espoo.

The approach to an electric Škoda differs from servicing an Octavia, Superb or Kodiaq with TSI/TDI. There is no combustion-engine oil, DSG, turbo, DPF, EGR or timing belt. Instead the focus is on the high-voltage system, AC/DC charging, 12V supply, electric drivetrain, cooling, brakes, suspension and electronics.

Model year matters especially. An early Enyaq 60, Enyaq 80, updated Enyaq 85, all-wheel-drive 85x and Enyaq RS have different batteries, power, charging figures and software.

Correct diagnostics help identify the real cause and avoid unnecessary replacement of expensive high-voltage or electronic components.