Cupra Born vs. Renault Mégane E-Tech: Complete comparison 2026

The Spanish electric hatchback Cupra Born bets on sporty emotions and aggressive design, proving with its character that eco-friendly driving doesn't have to be boring at all. Its French rival is the innovative crossover Renault Mégane E-Tech, often sold under the full name Renault Megane E-Tech Electric, which brings futuristic elegance and top-tier onboard technology to the segment. Let's take a detailed look at how these two attractive European representatives of modern electromobility fare in a direct comparison and which one offers a better overall package for daily life and driving fun.

When comparing the exterior dimensions of these two models, we encounter an interesting contrast in the approach to building modern electrified vehicles. While the Spanish Cupra Born, available exclusively as a hatchback, measures 4324 to 4336 mm in length, the all-electric fifth-generation Renault Mégane E-Tech is noticeably shorter at 4200 mm – a fairly significant difference of 120 mm. This more compact body gives the Renault a non-negligible advantage when maneuvering and parallel parking in crowded city streets. On the other hand, if you were considering the slightly older fourth-generation plug-in hybrid Mégane E-Tech, you would get a significantly longer car (4359 mm for the hatchback and 4626 mm for the estate variant), which you will appreciate when carrying bulkier family loads. So, if you are primarily fighting for every centimeter in a cramped housing estate, the shorter electric Renault will be a much more accommodating choice, while the Cupra Born represents a more traditional compromise between compactness and utility.

The Cupra Born benefits from the advantages of a purely electric platform that pushes the wheels to the very corners of the body, boasting a generous wheelbase of 2766 mm. The competing fifth-generation electric Renault Mégane E-Tech has a wheelbase of 2685 mm. In practice, the difference of more than 80 mm in favor of the Cupra means significantly more knee room for rear-seat passengers. Although the older plug-in hybrid Mégane in the estate version can reach up to 2712 mm, the interior space in the newer electric Renault is somewhat more modest for adult passengers. Thanks to a more efficient use of its footprint, the Cupra Born represents a much more sensible choice for drivers who plan to regularly carry adults or fast-growing teenagers in the back.

Looking at the width and height, the different concepts of the two manufacturers are confirmed even more. At 1809 mm, the Cupra Born is nearly three centimeters wider than the electric Mégane (1783 mm), adding valuable millimeters of shoulder room for the occupants. The Spanish hatchback is also roughly 35 mm taller (1540 to 1543 mm) than its French rival (1505 mm). This taller build provides a subjectively much airier interior and a slightly higher, more comfortable seating position, whereas the electric Mégane maintains a much more crouched silhouette, which helps it better resist air resistance. Furthermore, the Renault's narrower profile helps when opening doors in older and narrower garages. So, if your priority is airiness and the feeling of a large interior space with higher seat mounting, the Cupra Born will better satisfy your requirements. However, if you prefer a car with a more dynamic look and a narrower footprint for easier weaving through heavy traffic, the Renault Mégane E-Tech will be a more appealing option for daily commutes.

When choosing a compact car on the used car market, the luggage compartment volume is often a deciding factor, as it directly determines daily usability and overall practicality. While both compared cars target drivers looking for modern design and agile driving, their approach to interior space differs slightly depending on the chosen body style and powertrain technology.

The purely electric Cupra Born (1st generation, available since 2021) sticks to the classic five-door hatchback body and offers a standard trunk volume of 385 liters. After folding the rear seatbacks, the luggage compartment increases to 1,267 liters. A big advantage of the Cupra is that this space is completely consistent across all versions and has not suffered even in models with a larger battery capacity. For Renault, the situation in the roughly four-year-old used car market is significantly more diverse. On one hand, there is the fully electric Mégane E-Tech model (5th generation, since 2022), which we classify as a crossover/SUV. With a volume of 389 liters (1,332 liters when folded), it narrowly beats the rival Cupra. On the other hand, however, you may also come across the outgoing 4th generation E-Tech plug-in hybrid models. In the hybrid hatchback, the battery installation unfortunately reduced the volume to a below-average 308 liters, but the estate body version can provide a generous 447 liters as standard and a respectable 1,408 liters after folding the seats.

In practice, this means that if you pit both fully electric rivals against each other, you will hardly notice the difference of just 4 liters between the Renault and the Cupra. The luggage space of both cars is sufficient for weekend shopping and shorter holidays for a couple, although you might struggle for space with larger items such as a stroller. Conversely, buying a plug-in hybrid hatchback from Renault means you will have to significantly limit yourself in terms of luggage. On the other hand, families who need space for a few extra suitcases and are looking for a car for longer holidays will find a clear favorite in the practical Renault Mégane E-Tech estate version.

Towing capacity is often a limiting factor for modern electrified vehicles, yet it plays a key role for buyers seeking maximum versatility and practicality. The ability to hitch a trailer significantly expands a car's daily utility, and although these vehicles usually do not reach the towing capacity of traditional diesel models, the differences between direct competitors can be vast.

Looking at the fifth generation of the Renault Mégane E-Tech Electric (produced since 2022), we see a commendable effort to maintain utility. The basic pure electric version with 130 hp (EV40) can tow a braked trailer weighing 500 kg. If you opt for the more powerful variant with a larger battery and 220 hp (EV60), the maximum load value increases to a solid 900 kg. Furthermore, on the market for roughly four-year-old used cars, you can commonly find the previous fourth generation in the Mégane E-Tech Plug-in 160 version (2020–2023). This plug-in hybrid offers a compromise towing capacity of exactly 750 kg.

In contrast, the Spanish Cupra Born falls significantly behind in terms of towing equipment. This electric model (available since 2021) is not homologated for towing a conventional trailer in any of its specifications – whether it's the 58 kWh, 60 kWh versions, or the top-of-the-line VZ version with 77 kWh. The manufacturer does not provide any trailer weight data for this car at all, as the platform's design itself does not allow for a legal connection. Owners must therefore accept that only a special carrier designed exclusively for vertical loads (for example, for transporting several bicycles) can be installed on the vehicle.

From a practical standpoint, this is a massive difference. While the Renault Mégane E-Tech will easily serve you for transporting smaller loads – which is perfectly sufficient for a weekend trip to a DIY store, hauling garden waste, or even for hitching a light camping trailer – the Cupra Born remains strictly a passenger car for moving with cargo inside the cabin.

Final Summary
If a tow bar is a necessity for you and you are looking for a companion that can handle occasional work with a trailer, the Renault Mégane E-Tech is the clear and essentially only possible winner in this comparison. The Cupra Born, on the other hand, targets sport-oriented drivers who are willing to sacrifice these utility features in exchange for the car's more aggressive character.

(Note: The Cupra Born model is not factory-homologated for towing a trailer, which is why it does not appear in the table.)

The duel between the Cupra Born and Renault Mégane E-Tech represents an interesting clash of two different approaches to modern compact electromobility and electrification. While the Spanish Cupra Born was designed from the start exclusively as a battery electric vehicle (BEV) with rear-wheel drive and obvious sporting ambitions, the French Renault offers under the Mégane E-Tech name not only a fully electric fifth-generation model with front-wheel drive but also, on the market for roughly four-year-old used cars, a plug-in hybrid variant of the fourth generation. For potential buyers, this difference is key: Cupra appeals to drivers looking for "hot hatch" style dynamics and agility, while the Mégane attracts with elegant French comfort, lower weight, and much broader options for a smooth transition to electric driving thanks to the available hybrid. In both cases, however, buyers can look forward to advanced battery management and modern propulsion systems.

Cupra Born

The engine range of the Cupra Born focuses exclusively on fully electric drive with the electric motor traditionally located on the rear axle. The base of the offer for cars available on the 4-year-old used car market consists of older versions with a battery capacity of 58 kWh, which has an output of 150 kW, or 170 kW for the more dynamic e-Boost variant. A heavier but range-focused 77 kWh battery with the same 170 kW output is also available. According to current data, these capacities were replaced after 2024 by modernized versions with capacities of 60 kWh and 79 kWh, which is why you will encounter almost exclusively the original specifications in used car dealerships for now. The pinnacle of the updated range from 2024 is the VZ (Veloz) model, which, with an output of 240 kW and a brutal torque of 545 Nm, gives the car the parameters of a true sports car.

Renault Mégane E-Tech

In the case of the Renault Mégane E-Tech, two completely different concepts overlap on the market for roughly four-year-old used cars. The dominant innovation for pure electromobility is the fifth generation (produced since 2022), where the electric motor is always located at the front. Customers can choose from a lightweight version with a 40 kWh battery (EV40) with 96 kW of power, or the more popular 60 kWh battery (EV60), which is available in 96 kW and 160 kW power levels. The most powerful electric motor (220 hp) stands out with very flexible acceleration and 300 Nm of torque. For drivers who require the independence of an internal combustion engine, a plug-in hybrid variant (E-Tech Plug-in 160) was produced concurrently under the Mégane name, available in hatchback and estate versions between 2020 and 2023. It combines a naturally aspirated 1.6-liter petrol engine with two electric motors and a unique multi-mode clutchless transmission, creating a perfect transition alternative on the used car market.

Summary and Recommendation
The choice between these two cars depends primarily on your driving priorities. With its playful rear-wheel drive and stiffer setup, the Cupra Born is a safe bet for enthusiastic drivers who love sporty driving and dynamic cornering. The electric Renault Mégane E-Tech (EV60) counters with refined comfort, excellent aerodynamics, and overall lower weight. However, if you often drive long distances or do not have the possibility of regular home charging, a used Renault Mégane E-Tech Plug-in Hybrid will reliably do the job of a versatile family car, unlike the strictly electric Cupra.

Choosing the right electric motor and battery capacity is crucial for long-term satisfaction with a used electric car, and our recommendations are based on real-world experience, range, reliability, and everyday usability. These roughly four-year-old models show completely different approaches to the powertrain – Cupra relies on a rear-wheel-drive platform for a sportier feel, while Renault uses front-wheel drive with a strong emphasis on smooth power delivery and an overall very slim vehicle design.

For the Cupra Born, we recommend: 58 kWh electric motor (150 kW / 204 hp)

For the first-generation Cupra Born (2021–2024), the most rational and driver-focused choice is the version with the mid-sized battery with a usable capacity of 58 kWh and an output of 150 kW (204 hp).

• Why it's the best: The 58 kWh battery offers the optimal compromise between overall weight, agile handling, and real-world range. Although a larger 77 kWh battery can be found on the used market, it adds significant weight to the car, which partially negates the advantage of the very stable, rear-wheel-drive chassis. The real-world range of the 58 kWh variant in combined driving is a reliable 330–360 km. The 204 hp output is more than enough for dynamic driving, and you don't suffer from an unnecessarily overloaded chassis.
• Technical strengths: A major positive is the instant delivery of power sent exclusively to the rear wheels. As a result, the car accelerates very willingly out of corners and completely eliminates the torque steer that powerful front-wheel-drive cars often suffer from. The liquid-cooled platform keeps the battery temperature well under control, and charging at fast chargers is smooth and brisk at speeds of up to 120 kW.
• Risks and weaknesses: The powertrain and mechanics of the MEB platform are robust. However, a traditional weakness of the early model years is the slow and occasionally buggy infotainment software. When buying a used car, always check the service history in detail and find out if the car has undergone factory updates that fix most of the electronics' "teething troubles." It should be a matter of course to request documentation of degradation, i.e., a battery SOH (State of Health) report, which will reveal how the previous owner treated the car and its charging.
• Who it's for: This is the ideal motorization for drivers who mostly travel in and around the city but like to occasionally enjoy the car's dynamic behavior on their favorite backroads. Additionally, thanks to the driven rear axle, the front wheels have an amazing steering angle, making maneuvering in tight streets a real joy with the Cupra.

For the Renault Mégane E-Tech, we recommend: EV60 220hp optimum charge (160 kW / 220 hp)

For the fifth generation of the Renault Mégane E-Tech (equipped with electric drive only), we clearly recommend going for the 2022–2024 variant with the larger 60 kWh battery and the more powerful 160 kW (220 hp) electric motor, ideally in the "optimum charge" specification.

• Why it's the best: This configuration makes the Mégane a mature, versatile car capable of handling family trips and intercity drives with complete ease. The smallest EV40 battery drastically limits the car's radius essentially to the immediate vicinity of home and lacks versatility. The larger 60 kWh capacity guarantees a worry-free real-world range of 320–380 km and promises a significantly better residual value for future resale.
• Technical strengths: Renault's battery concept features a uniquely thin battery pack with a thickness of only 110 mm. Engineers were thus able to ensure a great low center of gravity without the need to uncomfortably raise the seating position or the overall silhouette of the car. The "optimum charge" designation is extremely welcome from a user perspective – in addition to fast DC charging (up to 130 kW), the built-in onboard charger can absorb a full 22 kW from a standard city AC pillar, allowing you to charge lightning-fast, for example, just during a shopping trip.
• Risks and weaknesses: The instant supply of a massive 300 Nm of torque goes to the light front axle. On wet or cold asphalt, the front tires lose grip very easily and the car tends to spin its wheels – a gentler touch on the accelerator is necessary for a smooth departure from an intersection. When inspecting a selected used car, pay extra attention to the tread wear of the front tires. As already mentioned, you should also request a battery health report from an authorized service center for this model.
• Who it's for: This variant will be especially appreciated by couples and families looking for an elegant and quiet car not only for daily commuting but also for occasional longer trips. In this version, the Mégane will please those who appreciate quiet, graceful operation and high travel comfort, rather than drivers who compete in carving corners.

When evaluating consumption – or in this case, rather electrical energy – we often encounter significant differences between official laboratory data and everyday reality. Car manufacturers state values measured according to the standardized WLTP cycle, which are usually quite optimistic and do not fully account for winter months or fast highway driving. Since both compared representatives from the roughly four-year-old used car market, namely the Cupra Born (1st generation) and the Renault Mégane E-Tech (5th generation), are pure electric vehicles, we replace classic liters with the only relevant unit, kWh per 100 km. To get the most accurate picture, we looked at real data directly from users of these vehicles, which has been collected long-term by the independent crowdsourcing platform Spritmonitor.de.

From the collected real-world data, it is clear that the French representative performs slightly better in terms of overall energy efficiency. The Renault Mégane E-Tech benefits from its aerodynamics, lower overall body height, and slightly lower overall weight. Although we cannot compare traditional diesel and gasoline engines here, an interesting finding for both electric cars is the fact that choosing a more powerful electric motor with a larger and heavier battery does not bring a drastic increase in consumption, as might be expected in practice. In terms of overall figures, the Renault most often stays in the range of 16.5 to 17.4 kWh. The sportier-tuned Cupra takes about 1 kWh more from the battery for every hundred kilometers, contributed to by wider tires and the driver's occasional desire to utilize the dynamic potential of the rear-wheel-drive architecture.

For the typical user, these numbers bring a clear message. If you are looking for an electric car primarily for city driving and suburban commuting, both vehicles offer excellent efficiency and agility. For budget-conscious drivers who regularly use paid public charging, the Mégane E-Tech will provide a bit more relief. The difference in efficiency also begins to widen slightly on the highway during long trips, where the higher build and weight of the MEB platform under the Cupra's hood reduces the available range slightly faster. However, if you rely mainly on home charging with a favorable night tariff, the difference of one kilowatt-hour per hundred kilometers will be completely negligible in your final monthly bill.

In conclusion, it can be summarized that although the slightly more economical Renault Mégane E-Tech narrowly wins in pure numbers, the difference between the two electric models is not so vast that energy consumption should play the role of the main and only decision-making factor. The choice between these attractive used cars should therefore depend more on your priorities – whether you prefer the sleek design and higher efficiency of the French style, or the sharper look and more playful driving characteristics of the Spanish school.

Looking at the used electric vehicle market roughly four years after their launch (focusing primarily on production years around 2022), we can observe a typical depreciation curve characteristic of modern battery-powered cars. At the time, both vehicles represented a step into a new era for their respective brands, but their pricing and attractiveness on the secondary market differ slightly.

How do they stand on the used car market?

Prices for four-year-old cars depend primarily on the chosen battery capacity, optional equipment, and current mileage:

• Renault Mégane E-Tech (2022): Entry-level prices on the used market are generally more affordable. The cheapest units with the basic 40kWh battery can be purchased for around €21,000. The more sought-after EV60 versions (with the larger 60kWh battery and better Techno trim) typically range between €23,000 and €27,000.
• Cupra Born (2022): The Spanish model relies on a sportier image and, on average, maintains a slightly higher residual value. Used cars with the standard 58kWh battery start at prices around €23,000 to €24,000. However, top-tier models with the large 77kWh battery and the optional e-Boost package hold their value firmly and commonly sell for amounts approaching €31,000.

Overview of approximate prices (cars approx. 4 years old)

What to look out for when choosing at a dealership?

Differences in price are not only due to the attractiveness of the design but also technological nuances that play a crucial role when buying second-hand:

• Fast charging equipment: For the Renault Mégane E-Tech, it is crucial to verify the presence of the Optimum Charge equipment. This allows for powerful three-phase onboard charging as well as DC fast charging. Basic versions (Standard Charge) had significantly limited charging, which is why they are considerably cheaper on the used market.
• Heat pump: In the winter months, a heat pump is invaluable for maintaining an efficient range. For many 2022 models from both brands, this was optional equipment. If the car has a heat pump, its used price will logically be slightly higher, but the investment pays off in the long run.
• Battery condition and warranty: An important factor is that 2022 vehicles are still easily covered by the eight-year factory warranty on battery capacity. SOH (State of Health) measurements for both the MEB platform (Cupra) and CMF-EV (Renault) commonly show that after four years of operation, the actual battery condition remains at very healthy levels above 90%.

For buyers with a more limited budget, a used Renault Mégane E-Tech makes a bit more sense, especially if you don't need the largest battery and are satisfied with mid-range equipment. The Cupra Born, on the other hand, is an attraction for drivers looking for a more engaging driving experience who don't mind paying a bit extra on the used market for vehicles with the optional e-Boost and the large 77kWh battery.

Both of these electric vehicles received the maximum five-star rating in independent Euro NCAP crash tests. However, when evaluating overall safety, it is absolutely essential to take into account the context and the specific year the cars were tested. Euro NCAP test methodologies and protocols are constantly evolving and becoming stricter over time, which means that percentage scores obtained in different years cannot be directly compared. While older models were rated according to more lenient rules, newer testing protocols place disproportionately greater emphasis on complex frontal crash simulations, cyclist and pedestrian detection, or advanced crisis scenarios at intersections.

The Cupra Born model recently underwent re-evaluation according to the latest and strictest standards for 2025. In this modern testing cycle, the car performed excellently and confidently confirmed its full five-star result. It achieved an impressive 89% in adult protection and 87% for child passengers. It scored a very solid 76% for both the protection of vulnerable road users and for intelligent assistance systems, which successfully handle the currently required and significantly stricter reactions to pedestrians and cyclists.

On the other hand, the Renault Mégane E-Tech completed its homologation tests in 2022. According to the protocols at that time, it also took home great results – 85% for adult protection and an above-average 88% for child protection. Active safety systems at that time reached 79%, but the protection of vulnerable road users was only 65%. However, the French automaker scores with this model through extremely practical innovations for real life. It stands out especially with the Fireman Access function, which is a special QR code located on the windshield. In the event of a serious accident, this allows rescue services to quickly scan the car's structure, immediately determine the location of the high-voltage battery and airbags, and thus shorten the time for safe extrication of the crew by up to 15 minutes.

In conclusion, although both electric vehicles offer a high level of protection and a very strong body for everyday family travel, the Cupra Born offers a slightly more comprehensive safety guarantee thanks to its fresh 2025 certification, which fully meets the strictest current standards. Nevertheless, the Renault Mégane E-Tech remains an excellent and exceptionally safe choice thanks to its robust architecture and clever rescue features.

In addition to standard equipment, each model offers several unique features that can be decisive for the customer and demonstrate the different approaches of both brands. While the Spanish representative bets primarily on sporty emotions and a more aggressive look, the French model excels in top-tier digital connectivity and thoughtful integration of technology into everyday life.

Cupra Born: Sporty Emotions and Sustainable Style

• Design and sustainability: The interior is dominated by distinctive anatomical sports seats, which are upholstered in innovative microfiber as part of the optional equipment. The materials are made from recycled plastics recovered from the ocean (SEAQUAL initiative), giving the car an ecological dimension. The brand's identity is then underlined by iconic copper details throughout the exterior and interior.
• Chassis and driving dynamics: Compared to its group siblings from the MEB platform, the Born boasts a lowered sports chassis and specifically tuned progressive steering. In higher versions, the DCC (Dynamic Chassis Control) adaptive chassis is available with a choice of fifteen levels of damper stiffness.
• Performance and control: A specialty for enthusiastic drivers is the e-Boost package. This allows for a short-term release of an additional 20 kW of power via a dedicated satellite button directly on the steering wheel. Furthermore, the stabilization system offers an ESC Sport mode, which gives the driver more freedom and allows for more playful behavior of the rear axle.
• Technology and assistance: Cupra offers an advanced head-up display with augmented reality (AR). Navigation arrows and assistance system warnings are thus visually projected into the driver's field of vision in such a way as if they were lying directly on the road in front of the car.

Renault Mégane E-Tech: Digital Revolution and Aerodynamics

• Infotainment and connectivity: The main draw of the Mégane is the OpenR Link system built on the Android Automotive platform. The instrument cluster and infotainment screens form an "L" shape, and thanks to the direct integration of Google services (including native Google Maps and a smart voice assistant), the system offers lightning-fast response and absolutely unrivaled route planning, including charging stops.
• Construction and smart design: Engineers managed to incorporate an extremely thin battery with a height of only 11 centimeters into the floor. This made it possible to maintain not only a relatively low body structure with good aerodynamics but also a lower and more natural seating position behind the wheel.
• Comfort and safety: Due to the sloping roofline and narrow rear window, the Mégane offers a smart digital interior rearview mirror function. This transmits the image from a camera located at the rear of the vehicle, ensuring a perfect overview of what is happening behind the vehicle regardless of whether tall passengers are sitting in the back seats or the trunk is loaded to the roof.
• Driving experience and recuperation: The Mégane E-Tech surprises with a very quick steering ratio, which gives the car agility in city traffic. In addition, it uses classic paddles under the steering wheel, with which the driver can very quickly and intuitively switch between four different levels of braking energy recuperation according to the current traffic situation. The use of a more advanced multi-link rear axle also contributes to lowering the center of gravity and improving stability.

The Cupra Born is an ideal choice for drivers looking for a fully electric hatchback with an emphasis on an emotive sporty look and fun driving characteristics. Thanks to its spacious interior, it also serves excellently for daily family use, provided you are willing to accept compromises in the form of all-touch controls and a stiffer suspension.

The Renault Mégane E-Tech will primarily appeal to lovers of modern technology, elegant French design, and high-quality interiors. It is a perfect car for individuals or couples who frequently travel in and around the city, for whom a top-notch multimedia user experience and agility are more important than maximum space for rear passengers.

Based on our own CarAudit inspections, long-term owner experiences, service reports, and insights provided by a detailed Independent car technical condition inspection, we have compiled an overview of the most common problems that potential buyers of these approximately four-year-old used electric cars should watch out for.

Cupra Born

The Cupra Born from the first years of production (especially 2021 and 2022 models) suffers mainly from the teething troubles of the group's MEB platform, which mostly concern software and onboard electronics.

• Infotainment and software: Freezing of the central display, delayed responses, and random restarts of the entire system are among the most common owner complaints. Although the manufacturer successfully addresses most of these ailments in older used cars through continuous over-the-air (OTA) updates, smartphone connection dropouts still occur occasionally.
• Electronics and controls: Owners often struggle with failures of the touch surfaces on the steering wheel and roof console, which fail to register the driver's command. An unreliable keyless entry system is also frequently reported, with its functionality dropping significantly when outdoor temperatures fall below 5 °C.
• Battery and recalls: Models manufactured in 2022 and 2023 were part of an important recall focused on defective high-voltage battery modules. These could theoretically lead to a short circuit and thermal overload. When buying a used car, it is absolutely crucial to check the VIN code to see if the specific vehicle has undergone a service inspection and successful software and hardware modification.

Renault Mégane E-Tech

The Renault Mégane E-Tech is considered a more reliable and mechanically very durable electric car on the used market, where extensive or expensive defects occur only exceptionally.

• Charging system: The most common complications concern the car's communication with some older types of home AC chargers (wallboxes). Due to an error in the software connection (the so-called handshake), the car occasionally reports an inability to charge. Usually, adjusting the charger settings or a software patch from the manufacturer helps.
• Software and interior: The onboard system built on the Android Automotive environment is fast and intuitive; however, early units occasionally showed black screens or sudden Bluetooth dropouts. Fortunately, the system is flexible, and Renault has already eliminated the vast majority of errors through remote updates. In early production, some users also complained about minor creaking of the door panels.
• Chassis and recalls: The mechanical and chassis foundation of the car is stable, but a recall recently appeared for selected units regarding the electronic parking brake actuator position sensor. Due to its incorrect angle, there was a risk of incorrect placement of the stop in the "P" parking mode.

When buying a used car, a thorough inspection is key, and for modern electric vehicles, this is doubly true. To avoid expensive surprises after the purchase, it's wise not to underestimate anything. Here are several specific points to focus on for these two models. To be sure you're not buying a pig in a poke, a detailed physical inspection of the used car is always worth it.

When choosing a Cupra Born:

• Software version and infotainment stability: The system in older models on the MEB platform often suffered from freezing, slow responses, or parking camera outages. During the test drive, test the smoothness of the screen, the navigation, and check the menu to see if the latest OTA (Over-The-Air) update has been installed, which resolves most of these issues.
• Knocking from the front axle: Due to the higher weight of electric vehicles, chassis components take a beating. On bumpy roads and speed bumps, turn down the radio and listen closely. Creaking or dull thuds often mean prematurely worn stabilizer links or shock absorber mounts.
• Traction battery capacity (SoH) and 12V network status: Always request a certificate of the main battery's degradation (State of Health). Don't forget to also check the 12V battery – if it's weak, it can cause random and false error messages from various assistance systems in the Born.
• Touch surfaces on the steering wheel: Haptic buttons can be prone to dirt and intensive use. Test whether all surfaces respond accurately to both presses and gestures (e.g., swiping to change the volume). They occasionally fail, and the repair involves replacing the entire module.
• Charging port cover: During the physical inspection, try opening and closing the charging connector door several times. The locking mechanism can stiffen or stop responding on some units, which could unpleasantly complicate charging at public stations later on.

When choosing a Renault Mégane E-Tech:

• Functionality of the OpenR Link system: While this Android Automotive-based system is top-notch, online services could drop out on early units. Check if Google Maps loads quickly, if the internet connection works reliably, and if the displays don't flicker.
• Front tire wear and power delivery: The Mégane is front-wheel drive and sends high instantaneous torque to the wheels. Carefully inspect the tread depth on the front axle. Uneven wear or significantly greater wear at the front indicates a "heavy foot" from the previous owner, or possibly poorly adjusted wheel alignment.
• AC charging reliability: Some older models may be sensitive to the software communication (handshake) with public 22kW AC chargers. If you have the opportunity during the test drive, connect the car to an AC post for at least a few minutes to verify that the charging process starts without errors or delays.
• Fit and finish and interior rattles: During the test drive on a poor surface, turn off the audio system and listen carefully. On some used units, unwanted noises and creaking of harder plastics may appear from the dashboard area, center tunnel, or door panels.
• Heat pump and air conditioning function: Immediately after starting, verify that the car heats and cools at full power. In the first production years, problems with refrigerant leaks or software errors controlling thermal management occasionally appeared, which could significantly reduce efficiency and overall range in winter months for a used car.

Sources: ADAC, auto.cz, denik.cz, autotechnik.cz, autosalon.tv, autoemotion.cz

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