BMW iX1 vs. Mercedes-Benz EQA: Complete comparison 2026

BMW iX1, the fully electric version of the popular X1 compact SUV, brings the Bavarian brand's sporty dynamics and cutting-edge technology to the premium electric vehicle segment. Standing against it is the Mercedes-Benz EQA, known as the electric alternative to the conventional GLA model, which attracts with its elegant design, excellent comfort, and the smooth ride typical of the Stuttgart-based automaker. In the following comparison, we will take a detailed look at which of these two premium German rivals offers a better combination of range, practicality, driving characteristics, and overall value for your daily life.

When it comes to exterior dimensions, both of these representatives of the premium compact electric SUV segment offer a very balanced competition, albeit with a different philosophy. While the BMW iX1 bets on a slightly more massive overall body structure, the Mercedes-Benz EQA, on the other hand, cleverly uses its proportions to maximize interior space thanks to an above-standard wheelbase. From the perspective of everyday urban usability and family use, each model brings specific advantages.

Bavarian engineers designed the BMW iX1 with a total length of 4500 mm and a width of 1845 mm. In contrast, the Mercedes-Benz EQA, if we focus on models from the first years of production (2021–2023), which are the most common on the four-year-old used car market, measures 4463 mm in length and 1834 mm in width. BMW is therefore 37 mm longer and 11 mm wider. While this difference doesn't look dramatic on paper, in practice it gives the BMW iX1 a slightly more muscular and robust stance on the road. The EQA, on the other hand, with its slightly more compact exterior dimensions, offers a minor advantage when parallel parking and maneuvering in narrow city streets.

However, the most interesting comparison is offered by a look at the wheelbase. Although the Mercedes-Benz is shorter overall, its wheelbase reaches 2729 mm, which is 37 mm more than the competing BMW iX1 (2692 mm). In practice, this means that the Mercedes' wheels are pushed further into the corners of the body. This usually brings more legroom for rear-seat passengers and slightly calmer vehicle behavior at higher highway speeds. In terms of height, both models are almost identical – the EQA, with a height of 1620 mm, is only 4 millimeters taller than the iX1 (1616 mm). Ultimately, the choice of car depends on whether you prefer a more aggressive and overall larger exterior appearance (BMW) or appreciate a more efficient use of the footprint in favor of the cabin (Mercedes-Benz).

When choosing a compact electric SUV, luggage capacity often plays a key role, especially if the vehicle is to serve as the primary family car. Although both the BMW iX1 and Mercedes-Benz EQA belong to the same class of premium crossovers, their approach to interior space utilization differs quite fundamentally. This difference is primarily due to how engineers handled the installation of batteries and the electric drivetrain into platforms originally designed for internal combustion engines. The resulting values can be a pleasant surprise for one model, while for the other, they represent more of a necessary compromise.

Family-oriented drivers will clearly be happier with the Bavarian representative. The current BMW iX1 (U11 generation) offers a very solid base trunk volume of 490 liters, a value that is fully sufficient for weekend shopping or a longer vacation. After folding the rear backrests, which are practically split in a 40:20:40 ratio, the total cargo space increases to an impressive 1495 liters. Furthermore, the trunk pleases with its highly usable, regular shapes, the absence of a significant loading lip, and additional space under the floor where charging cables can be conveniently hidden. Thanks to this, the purely electric iX1 maintains almost identical practicality to its sibling with a conventional engine.

Conversely, the Mercedes-Benz EQA (H243 generation) lags significantly behind its Munich competitor in terms of volume. The installation of a large battery module and electrical components has taken its toll here in the form of a noticeably shallower trunk, whose base volume is a relatively modest 340 liters. For context – this is, by the way, about 100 liters less than what the sister combustion model GLA offers. If you fold the rear seats, the car's maximum transport capacity increases to 1320 liters. Although the shape of the trunk is well-suited for everyday needs and city driving, the lack of space for several extra suitcases can be quite limiting when trying to pack a family of four for a trip.

The significant difference of a full 150 liters in base volume speaks clearly. If you often transport bulkier cargo or a baby stroller, the BMW iX1 will be an incomparably more rational and versatile choice. The Mercedes-Benz EQA, on the other hand, targets individuals or couples with its figures, for whom absolute trunk volume is not a priority and who prefer elegant travel with less luggage.

Luggage Capacity Comparison Table

Trailer weight and total towing capacity play a crucial role in vehicle selection for customers seeking maximum practicality and flexibility – whether it's for mounting a bike rack, hauling materials, or traveling with a family caravan. Looking at the market for roughly four-year-old used cars (2021–2023 model years), we find significant differences between the compact electric SUVs BMW iX1 and Mercedes-Benz EQA, which depend directly on the chosen powertrain version.

• Base versions with a single electric motor: If you opt for the single-axle drive variants, namely the older Mercedes-Benz EQA 250 and 250+ models or the BMW iX1 eDrive20, the maximum braked trailer weight is identically just 750 kg.
• More powerful AWD versions and maximum load: A fundamental difference arises with the more powerful all-wheel-drive versions. The BMW iX1 xDrive30 can handle 1200 kg braked on the tow bar, a compromise value that allows for a few extra suitcases in the form of a light camping trailer. However, the true all-rounder is the Mercedes-Benz EQA in the 300 and 350 4MATIC versions. It offers a respectable maximum braked trailer weight of 1800 kg.
• Unbraked trailer: For common smaller loads, the maximum limit for an unbraked trailer across all mentioned engines for both manufacturers is the legislative and technical 750 kg.

This difference has immense practical significance. While the basic single-axle models are truly only for the essentials, the all-wheel-drive EQA has sufficient capacity for weekend shopping of larger items as well as longer holidays with a full-sized family caravan. For those interested in towing heavier trailers, Mercedes-Benz emerges as the clear winner in this comparison, exceeding the limits of its Munich competitor by a substantial 600 kg.

When comparing the powertrains of the BMW iX1 and Mercedes-Benz EQA models, we focus on purely electric compact SUVs from the premium segment, which represent a very attractive offering in the market for used cars approximately four years old. The approach of both automakers to powertrains differs slightly. While BMW relies on a simplified but very impactful range consisting of two performance levels, Mercedes-Benz provides a wider palette of versions, allowing customers a more detailed choice based on their priorities. Both manufacturers offer entry-level versions with single-axle drive (front-wheel drive in both cases) and more powerful models with advanced all-wheel drive. The BMW iX1 offers higher performance in both the entry-level and top-tier versions, while the greatest strength of the Mercedes EQA is a special variant focused on maximum range, which will appeal to high-mileage drivers. Both vehicles naturally use a single-speed automatic transmission for propulsion.

BMW iX1 (U11 generation)

The Bavarian automaker launched the U11 generation in 2022, starting directly with the top-of-the-line dual-motor xDrive30 powertrain. It features advanced all-wheel drive and provides an impressive total output of 230 kW (313 hp) combined with a substantial torque of 494 Nm. This makes it an ideal choice for drivers seeking excellent traction and sportier dynamics. At the end of 2023, the range expanded with the more affordable single-motor eDrive20 variant. This model powers only the front wheels with 150 kW (204 hp) and, with 250 Nm of torque, represents a great choice for users who drive mainly in urban and suburban environments, where they will appreciate higher overall operating efficiency. From the perspective of the slightly used car market, the xDrive30 version is represented in significantly larger numbers due to its earlier production date.

Mercedes-Benz EQA (243 generation)

The Mercedes-Benz EQA covers the spectrum of electric powertrains somewhat more broadly with four distinct variants. The entry-level EQA 250 model with front-wheel drive and 140 kW (190 hp) formed the backbone of sales since the car's initial market launch in 2021. During 2022, however, it was joined by the highly sought-after EQA 250+ specification, which maintains the same power base but offers a slightly higher torque of 385 Nm and, above all, a larger battery adapted for the longest possible range. As production data shows, the standard EQA 250 version gradually phased out in early 2025, while the range-oriented 250+ firmly holds its place. For customers requiring the safety of all-wheel drive, dual-motor 4MATIC versions are available: the rational middle ground EQA 300 4MATIC with 168 kW (228 hp) and the agile top-of-the-line EQA 350 4MATIC, which, thanks to 215 kW (292 hp) and a massive 520 Nm of torque, offers confident acceleration and a truly premium driving experience.

Choosing the right powertrain is critical for long-term satisfaction with electric vehicles, as it directly affects not only dynamics but, above all, real-world range, charging efficiency, and overall reliability. While the BMW iX1 relies on modern architecture with an emphasis on excellent driving dynamics and lightning-fast acceleration, the Mercedes-Benz EQA (based on the GLA platform) focuses more on smoothness, acoustic comfort, and maximum efficiency on longer journeys. Furthermore, in the market for roughly four-year-old used cars, the range of engines for both models varies significantly depending on which variants manufacturers launched first. Some early trim levels and smaller batteries are gradually being phased out of the new car market today, but in used car dealerships, they represent a proven and affordable foundation.

For the BMW iX1, we recommend: xDrive30 (230 kW)

Given that the more economical eDrive20 version only reached the market at the end of 2023, the most logical and most represented choice on the market for those interested in a roughly four-year-old used car is the dual-motor xDrive30 version (available since late 2022).

• Why it's the best choice: The xDrive30 model represents an ideal compromise between premium driving characteristics and everyday practicality. It offers excellent traction thanks to all-wheel drive and a high level of active safety even in poor weather conditions.
• Technical advantages: The pair of electric motors generates a combined output of 230 kW, ensuring dynamic acceleration from 0 to 100 km/h in just 5.6 seconds. The excellent torque curve makes overtaking easy, while advanced adaptive recuperation helps efficiently recover energy back into the battery with a usable capacity of 64.7 kWh.
• Risks and what to watch out for: Higher power and a curb weight approaching two tons can mean increased stress on the chassis. When buying a used car, check for any squeaking or knocking from the suspension arms when driving over bumps – this directly indicates premature wear and the need for early replacement. The price for high performance is also slightly lower overall efficiency; real-world range in normal traffic often fluctuates between 330 and 370 km. Always have the battery capacity (SOH certificate) measured at an authorized service center to reveal whether the previous owner charged exclusively at fast chargers, which can accelerate cell degradation.
• Who it's suitable for: This version will please dynamically minded drivers and users in mountainous areas who will fully utilize the benefits of all-wheel drive and appreciate the sportier character typical of the Bavarian brand's vehicles.

For the Mercedes-Benz EQA, we recommend: EQA 250 or 250+ (140 kW)

For the EQA model on the used car market (especially in the 2021 to 2023 model years), the basic, front-wheel-drive EQA 250 variant, or its improved EQA 250+ version offered since 2022, makes the most sense.

• Why it's the best choice: Compared to the heavier dual-motor 300 4MATIC and 350 4MATIC models, the 250 version is more efficient, quieter, and significantly cheaper to operate. The standard EQA 250 without the "plus" designation is already receding from some lines in the new car market in favor of modernized variants, but as a used car, it makes huge sense. If you manage to find a model year with the 250+ version, you get the best price-to-value ratio in terms of range from the entire lineup.
• Technical advantages: The 140 kW power unit is perfectly sufficient for trouble-free daily travel and excels in very gentle and smooth power delivery. The standard EQA 250 relies on a 66.5 kWh battery, but the EQA 250+ version is equipped with a larger battery with a usable capacity of 70.5 kWh. This extends the real-world range to an excellent 350 to 380 km, completely removing concerns about charging on longer routes.
• Risks and what to watch out for: A known weakness of powerful front-wheel-drive electric vehicles is poorer traction. The instant onset of torque can cause unpleasant front-wheel spin during sharp acceleration (especially on wet surfaces). This leads to rapid tire wear. Therefore, during inspection, carefully check the tread depth on the front axle – unevenly worn tires reveal the previous owner's aggressive driving style and mean the necessity of immediate chassis geometry adjustment to prevent the problem from recurring.
• Who it's suitable for: This is a perfect engine for calmer drivers and for family use in both city and highway environments. The car will delight you with top-tier acoustic comfort and an exceptionally smooth, undisturbed ride without any signs of nervousness.

For electric vehicles, the difference between official WLTP laboratory values and real-world operation is often a more discussed topic than for internal combustion engine cars. While manufacturers promise consumption in ideal conditions of around 15 to 17 kWh/100 km for both compact electric SUVs, the reality on the road tends to be different, especially in colder months or on the highway. To get the most accurate picture of the actual requirements of these approximately three to four-year-old used cars, we draw on real-world data from long-term users from the independent portal Spritmonitor.de.

Data source: and Spritmonitor.de

Looking at the data, it is clearly visible that the choice of all-wheel drive takes its toll on both brands. While the basic versions with single-axle drive (iX1 eDrive20 and EQA 250/250+) can easily stay below the 19 kWh/100 km mark in real combined operation, for the more powerful all-wheel drive models (xDrive30 and 4MATIC versions), consumption exceeds 20 to 21 kWh on average. An interesting finding for Mercedes is the fact that the weaker EQA 300 version paradoxically shows slightly higher consumption in practice than the more powerful EQA 350. This is because both powertrains share identical hardware, and the more powerful variant does not have to "strain" as much during normal highway acceleration. The basic BMW iX1 then proves to be slightly more efficient than the equivalent Mercedes, helped by somewhat better-tuned thermal management and the efficiency of the electric motors.

For a typical user looking for a vehicle primarily for suburban commuting and navigating through the city, the front-wheel drive models (in the case of BMW, the future eDrive20) make the most sense. In the summer months, you can easily achieve values well below 16 kWh/100 km in the city. However, if you regularly swallow highway kilometers or often travel to the mountains, be prepared for the fact that the poorer aerodynamics of the more robust compact SUVs will reliably push consumption above 22 kWh/100 km. Given the batteries with a usable capacity of around 65–66 kWh in both models, this means a significant drop in real-world highway range to below 300 kilometers in winter.

The overall comparison shows that electricity consumption itself is unlikely to be the main deciding factor in the final selection. Both the BMW iX1 and Mercedes-Benz EQA are very evenly matched competitors in terms of energy demand, and in practice, the difference in efficiency is minimal, often in the range of just a few tenths of a kilowatt-hour. Your choice should therefore be guided more by whether you prefer the stiffer and sportier driving characteristics of the BMW, or conversely, appreciate the maximum comfort and softer suspension setup offered by the Mercedes.

When searching for a roughly four-year-old premium compact electric SUV, depreciation clearly plays into the customers' hands. Both vehicles can now be purchased on the secondary market for much more favorable amounts than at new car dealerships; however, due to different market launch dates, the depreciation curves of the two models differ significantly.

While the Mercedes-Benz EQA (H243 generation) has been on the market since 2021, the BMW iX1 (U11 generation) only arrived on the roads at the end of 2022. It logically follows that the Bavarian model is, on average, slightly younger, which is directly reflected in its higher residual value.

Price Development and Range

• Mercedes-Benz EQA: The car now represents a more affordable entry point into the world of premium electromobility. Four-year-old examples in the base EQA 250 engine version (front-wheel drive) can be easily found with reasonable mileage starting from approximately €29,000. Units with more powerful engines and all-wheel drive (EQA 300 or 350 4MATIC) typically range between €35,000 and €43,000.
• BMW iX1: Since the oldest used cars are from the turn of 2022 and 2023, the entry price is slightly higher. The most affordable variants start just above the €34,000 mark. Most of the cars offered from the first years of production are the very popular and powerful xDrive30 versions. For these, prices most often stabilize in a relatively narrow range from €39,000 to €47,000, depending on optional equipment (the presence of the attractive M Sport package has a significant impact on the price).

Approximate Price Comparison of Used Cars (Age approx. 3–4 years)

Depreciation and What to Watch Out For

Electric vehicles generally depreciate by a significant portion of their value in the first three years, and this trend is fully evident with premium brands. The Mercedes-Benz EQA has a relatively steep price drop after four years of operation, making it an extremely attractive used car from the perspective of pure acquisition costs. The BMW iX1 is currently holding its price a bit more bravely – it benefits from being a newer model built on a fresher generation of the chassis platform and initially offering mainly more powerful dual-motor variants.

When choosing either of these SUVs, it is definitely worth looking for vehicles with a clear and documented service history. Attention should be paid to any reports and certificates regarding the state of the traction battery (SOH – State of Health), although for three- to four-year-old used cars, degradation is usually still minimal in most cases, and for both brands, high-voltage batteries are safely covered by an extensive factory warranty (typically 8 years or 160,000 km).

Both premium models boast a maximum five-star rating in independent Euro NCAP safety tests. When choosing a used car, however, it is absolutely crucial to take into account the context and the specific year these tests took place. Euro NCAP methodology and testing protocols are constantly evolving and becoming stricter. For this reason, percentage results achieved in different years cannot be directly compared. A test that secured five stars several years ago differs significantly in many respects from today's, which places much greater emphasis on advanced active safety, collision anticipation, and protection of vulnerable road users.

The Mercedes-Benz EQA received its official rating in 2019 (primarily inherited and extended from tests of sister models from the same platform). From the perspective of that time, it achieved an absolutely phenomenal result in adult occupant protection, but 2019 standards did not yet include today's more demanding frontal impact simulations with a mobile deformable barrier or more complex detection of cyclists and pedestrians at intersections. Conversely, the BMW iX1 underwent evaluation as part of the testing of the entirely new generation in 2022. The tests thus took place according to significantly stricter and more modern testing protocols reflecting the latest traffic threats.

Looking closer at the results, it is very clear what the generational difference in testing methodology means in practice. Although the Mercedes-Benz EQA shows seemingly higher percentages in passive safety categories (occupant protection), this is largely due to the older and less stringent methodology. The true picture of current technological maturity is provided by the safety assist category. Here, the BMW iX1 achieved an excellent 92% compared to 75% for the EQA model, which clearly demonstrates the presence of more advanced radar and camera systems capable of predicting collisions much more accurately. Furthermore, the safety certification of older models naturally becomes outdated with the arrival of new protocols.

Although both cars are very safe for their occupants, the BMW iX1 clearly offers a more modern and overall more comprehensive safety package. It is tested according to tougher and more modern standards, thereby providing owners with greater confidence stemming from more up-to-date assistance technologies.

In addition to standard equipment, each model offers several unique features that can be decisive for customers when choosing a premium compact electric vehicle and demonstrate the different approaches of both brands to added value.

BMW iX1: Floating Design and Dynamic Character

• Floating center console and smart storage: One of the most striking interior features is the innovative "floating" armrest, which creates a generous and easily accessible storage space underneath. Also very practical is the vertical wireless charging compartment for phones on the center tunnel, where the smartphone display is always in view and the device is securely held in place by a clip.
• Minimalist infotainment and connectivity: The centerpiece of the dashboard is the BMW Curved Display, which combines the instrument cluster and the central screen under a single piece of glass. It runs on BMW Operating System 8, which relies heavily on touch and voice control, replacing the traditional iDrive rotary controller.
• Sport Boost function: In the dual-motor xDrive30 version, the driver will find a special paddle labeled "Boost" behind the steering wheel. Pulling it activates the maximum system output of both electric motors for 10 seconds, which is extremely useful and safe for quick overtaking.
• Smart digital access: Using BMW Digital Key Plus technology, which utilizes Ultra-Wideband (UWB) technology, the car can be automatically unlocked and started with a smartphone in your pocket without having to place the device anywhere.
• Adaptive recuperation and sporting genes: BMW offers finely tuned adaptive recuperation that intelligently adjusts the braking effect based on vehicles ahead, intersections, or speed limits. Customers looking for a more dynamic drive can also opt for the popular M Sport package, which includes an adaptive M suspension with a stiffer and lower setup.

Mercedes-Benz EQA: Intelligent Travel and Visual Experience

• Navigation with Electric Intelligence: One of Mercedes' biggest trumps for daily life with an electric vehicle. The MBUX system dynamically plans the fastest route, including ideal charging stops. It factors in terrain topography, current weather, battery temperature, and real-time traffic, completely eliminating range anxiety.
• Augmented Reality for navigation: The optional Augmented Reality feature takes navigation through complex city intersections to a new level. The system overlays floating directional arrows and street names directly onto the live image from the front camera, which is projected on the central display.
• Visual and lighting atmosphere: The EQA interior relies heavily on the sensory experience. A characteristic feature is the high-end ambient lighting, which allows a choice of 64 colors. Models from the period under review often feature specific backlit dashboard trims with spiral or tiny star patterns, creating a unique evening atmosphere.
• Manual energy management: Unlike many competitors, the EQA gives the driver absolute control over recuperation using paddles behind the steering wheel. You can choose from coasting (D+), through mild and strong recuperation, to the intelligent D Auto mode, which brakes based on radar cruise control sensors and map data.
• Energizing Comfort: Mercedes brings technology from the flagship S-Class to the compact segment. The optional Energizing Comfort system can, at the touch of a button, link music, ambient lighting, climate control, and seat massage functions (if equipped) into comprehensive programs designed to calm the driver or, conversely, refresh them on a long journey.

BMW iX1 is an excellent choice for drivers looking for a practical and engaging electric SUV with state-of-the-art technology. It offers a great compromise between family utility and a premium driving feel, albeit at the cost of a slightly stiffer suspension and the need to get used to touch controls.

Mercedes-Benz EQA targets those interested in maximum travel comfort, cabin quietness, and a sense of traditional luxury with the three-pointed star. It is an ideal representative car for the city and its surroundings for couples or individuals who won't mind the obvious compromises in luggage space and rear-seat roominess.

Based on long-term user feedback, service reports, recall campaigns, and insights provided by a comprehensive car inspection before sale, we have compiled an overview of the most common problems that buyers of both used electric models should watch out for.

Although the BMW iX1 (U11 generation, on the market since late 2022) is a slightly newer car, several recurring issues have emerged, primarily concerning software and on-board systems.

• Infotainment and software: Users report occasional freezing of the iDrive system (versions 8 and 9), slower startup of the central display after starting the car, and dropouts of wireless Apple CarPlay or Android Auto connections. Most of these issues can be resolved through remote OTA (Over-The-Air) updates.
• Charging and battery: In early production series, software updates for the CCU (Combined Charging Unit) module were carried out to optimize the charging curve at DC fast chargers and prevent error messages when starting the charging process.
• Chassis: Due to the higher weight of the batteries, the more firmly tuned chassis may exhibit slight jolts on more significant bumps. In cars with higher mileage, play in the front axle components may appear earlier due to the weight.
• Interior: Owners occasionally complain about creaking of the center console and plastic parts of the dashboard when driving over transverse bumps or speed bumps.

The Mercedes-Benz EQA (H243 generation, on the market since 2021) shares its architecture with the internal combustion GLA model, and after several years in operation, specific problems related to electronics and the electric nature of the car itself are appearing.

• Electronics and the MBUX system: More frequent complaints have been recorded regarding freezing of the MBUX infotainment displays, dropouts of the interior ambient lighting, and occasional sensor errors. The front radar for assistance systems is very susceptible to dirt, which quickly disables the cruise control in winter or rain.
• Brakes and tires: Due to the high curb weight exceeding two tons and strong torque, front tires wear out faster than average. At the same time, intensive use of recuperation means that conventional brakes are not sufficiently loaded, causing faster surface corrosion of the brake discs. Their condition can only be reliably revealed by an independent technical inspection of the car.
• Thermal management: Early model years and certain trim levels that were not equipped with a heat pump suffer from a more significant drop in range during winter months due to energy-intensive cabin heating.
• Interior: Glossy black plastics on the center console (so-called piano lacquer) are extremely vulnerable and scratch very quickly. In some units, resonances from the door panels also occur when listening to the premium audio system at higher volumes.

When buying a used car, a thorough inspection is key, and for electric vehicles, this is doubly true because the battery and onboard systems require a specific approach. Here are several specific points to focus on for these two premium models.

When choosing a BMW iX1:

• iDrive system speed and stability: In the iX1, you may encounter iDrive 8 or newer. During the test drive, test the navigation loading speed and touchscreen responsiveness. Older software versions could suffer from screen freezing or restarting, so check if the previous owner performed all available "Over-The-Air" (OTA) updates.
• Chassis condition and wear: Due to their batteries, electric vehicles are significantly heavier than their internal combustion engine siblings, which puts a strain on the chassis. During the test drive, listen carefully when going over speed bumps or uneven surfaces. Knocking or creaking from the front axle may indicate prematurely worn shock absorber mounts or control arm bushings.
• Onboard charger (CCU) functionality: Some early iX1 units experienced software or hardware errors in the module that interrupted AC charging. During testing, try connecting the car to a standard AC charger (11 kW or 22 kW) and see if the charging process starts without issues and maintains stable power without error messages.
• Tire wear and alignment: The immediate onset of high torque from electric motors often leads to rapid tire wear. Check the tread depth evenly across the entire width of the tire. Heavily worn inner edges indicate the need for immediate wheel alignment; otherwise, you will ruin even a new set of tires.
• Traction battery diagnostics (SoH): The most important parameter of a used electric vehicle is the degradation of the high-voltage battery. To accurately measure the so-called State of Health (SoH) and uncover any hidden defects, a comprehensive car audit is always worthwhile. Using advanced diagnostics, it determines the actual condition of the cells and guarantees that you aren't buying a pig in a poke.

When choosing a Mercedes-Benz EQA:

• MBUX system and voice control: Test the smoothness of the MBUX infotainment and try giving several commands via the voice assistant. System stuttering, slow map responses, or connection drops with a mobile phone often mean the car needs a complete software reflash at an authorized dealer.
• Heat pump and air conditioning: Turn the heating to maximum and observe how quickly hot air begins to flow into the cabin. Faults in the heat pump or unnoticed refrigerant leaks can be expensive on the EQA and, worse still, a non-functional system drastically reduces the vehicle's real-world range in winter.
• Brake system corrosion: Thanks to effective and strong recuperation, mechanical brakes on the EQA are used minimally. Therefore, during the test drive, brake sharply several times in a safe place. This will verify whether the brake discs are suffering from deep rust and whether the brake calipers have seized due to long-term disuse.
• Excessive bouncing and shock absorbers: The EQA model is based on the conventional GLA but must carry a much heavier battery. Focus on the driving behavior on a rough road. Significant bouncing movements of the body, nervousness in corners, or dull thuds from the suspension will reveal tired shock absorbers that can no longer handle the car's higher weight.
• Charging port condition and underbody damage: Visually inspect the DC fast-charging port for bent, burnt, or mechanically damaged pins. Because the battery is located in the floor, any scrape of the underbelly against a curb can be fatal. Before making a final decision, an independent technical inspection of the car on a lift is ideal to reveal any mechanical damage to the high-voltage battery's protective cover.

Sources: ADAC, denik.cz, idnes.cz, chytreauto.cz, autotechnik.cz, autorskola.cz

This article was prepared using artificial intelligence tools. The section guarantor is Petr Dušek.