Hyundai i20 vs. Renault Clio: Complete comparison 2026

The South Korean Hyundai i20, which successfully replaced the older Getz model after its historic debut and firmly established itself in the small car segment, appeals to customers on the used car market primarily with its exceptionally spacious interior, generous equipment, and confident modern design. Its challenger today is the traditional French bestseller Renault Clio, which is sold on the Japanese market under the alternative name Renault Lutecia for licensing reasons, and whose earlier sedan body derivatives were known in various parts of the world as Thalia, Symbol, or Nissan Platina. Let's take a detailed look at how these two exceptionally strong competitors from the compact city hatchback category fare in our direct comparison and which of them will be a better choice in all respects for your daily journeys.

Both cars represent typical representatives of the B-segment (small cars), which have matured significantly in recent years. If we focus on the generations relevant to the market for roughly four-year-old used cars, namely the third-generation Hyundai i20 and the fifth-generation Renault Clio, we find that both models have easily surpassed the four-meter mark. This previously unthinkable growth in small city hatchbacks brings drivers benefits in the form of better directional stability and a more mature appearance. Given their very similar format, you won't have to make major compromises in overall usability when choosing, meaning both cars perform very well not only in the city but also on weekend trips.

A detailed look at the numbers shows that the fifth-generation Renault Clio, at 1798 mm, is a full 23 mm wider than the Hyundai i20, which maintains a width of 1775 mm. The length of the standard Renault Clio ranges closely between 4050 and 4053 mm, while the standard Hyundai i20 starts at 4040 mm (with its sporty N variant or newer facelifts reaching up to 4075 mm). The wider stance gives the French representative a sense of greater confidence on the road and provides the front occupants with slightly more shoulder room. Conversely, the slightly narrower and, in the base version, slightly shorter body of the South Korean model is an advantage when navigating narrow streets daily, as even a few saved centimeters make parallel parking in crowded city centers easier.

Regarding height and wheelbase, both competitors stick to modern proportions with a dynamic, rather low profile. The height of both cars oscillates around the 1440 to 1455 millimeter mark, which helps keep the center of gravity low for more confident driving characteristics. A crucial metric for longitudinal interior space is the wheelbase, where the Hyundai i20 offers exactly 2580 mm and the Renault Clio an almost identical 2583 mm. This negligible difference of just three millimeters shows that both manufacturers designed their platforms with maximum emphasis on cabin space utilization, so any choice between these models will not depend on knee room itself, but rather on preferences for exterior design or overall cabin width.

When choosing a small city car, trunk capacity is often a deciding factor, especially if the car is to serve as the main or only vehicle in the family. Both the Hyundai i20 and Renault Clio prove in their current generations that even in the B-segment, they can offer plenty of space—enough for a weekend shopping trip or a longer holiday for two. While these models were previously seen more as nimble city runabouts, today their trunks boldly match the values of cars a class larger. This makes them very practical and versatile companions from a used car perspective.

If we look at standard five-door hatchbacks among roughly four-year-old used cars, the numbers are very interesting and relatively balanced. The Hyundai i20 (3rd generation, from 2020) offers a very decent 352 liters in its base configuration, forming a symmetrical and easily usable space. However, the Renault Clio (5th generation, from 2019) slightly leads in the standard configuration, as its conventional internal combustion versions provide a volume of 340 to 391 liters (the highest values are achieved by versions with factory LPG). In practice, this small difference means valuable space for a few extra small bags. However, it is necessary to be very careful when choosing electrified powertrains. Batteries always take their toll – in the mild-hybrid Hyundai i20, the trunk capacity drops to 262 liters, and in the full-hybrid Renault Clio E-Tech, the space shrinks to 254 to 301 liters. Conversely, after folding down the rear seats, the balance of power shifts in favor of the Korean car, which offers a maximum volume of 1,165 liters, slightly surpassing the Clio with its 1,069 liters.

A very important difference between the two competitors is the historical range of body styles. While the Hyundai i20 has always relied only on the basic five-door hatchback in the modern era, Renault offered the exceptionally practical Grandtour variant until 2020. This Renault Clio Estate (4th generation) boasts an above-standard base volume of 443 liters, which grows to a massive 1,380 liters after folding the seats. Even though you can no longer find this practical version among the latest four-year-old used cars in the fifth generation, for those interested in slightly older models with a maximum emphasis on strollers and family usability, the estate version of the Clio represents a choice that the Hyundai i20 cannot match.

Although towing heavy trailers is not usually the primary purpose of small city hatchbacks, the differences in trailer weight between the Hyundai i20 and Renault Clio models can play an important role for practical-minded buyers. Knowing these limits is key to the correct and safe use of the tow bar, whether for moving house or leisure activities.

The third-generation Hyundai i20 (on the market since 2020) offers surprisingly solid parameters for its class. With the turbocharged 1.0 T-GDI engine, it can tow a maximum braked trailer weight of up to 1 110 kg, without any compromises even in the version with 48V mild-hybrid technology. The weaker naturally aspirated 1.2 version can handle a standard 910 kg braked load. The unbraked trailer weight for all i20 versions is limited to a somewhat conservative 450 kg.

On the other hand, the fifth-generation Renault Clio approaches braked trailers uniformly. Across almost the entire engine range – from the popular TCe petrol engines to the full-hybrid E-Tech Hybrid variant – the maximum braked capacity is set at exactly 900 kg. However, where the French representative scores significantly is the capacity for unbraked trailers. Depending on the specific specification and equipment, this ranges from 580 to 670 kg, which is a noticeable difference compared to its Korean competitor.

In practice, these differences mean that while the Hyundai i20 provides more confidence and reserve for a small caravan or a heavier braked utility trailer, the Renault Clio can safely transport a heavier standard unbraked trailer. This represents ideal space for a few extra suitcases or loading heavier construction material, which is a capacity absolutely sufficient for weekend shopping or a longer holiday.

In conclusion, if you plan to tow heavier braked loads more often, the Hyundai i20 will be the more logical choice. For common garden and hobby use with a simple unbraked trailer, however, the Renault Clio offers slightly more user freedom thanks to its higher limit.

Engine Comparison

The fifth-generation Renault Clio and the third-generation Hyundai i20 (cars well-suited for the used car segment at around 4 years of age) take very different approaches to their engine lineups. The Clio scores with an unusually wide range that, alongside classic petrol engines, includes the immensely popular factory LPG drive, exceptionally efficient diesel units (a rarity in the B-segment today), and the advanced E-Tech full-hybrid system for urban efficiency. In contrast, the Hyundai i20 bets on a simpler and clearly defined range of exclusively petrol units. It utilizes advanced mild-hybrid technology (48V) combined with the innovative iMT manual transmission, which can electronically disengage the gear during coasting. For those seeking a purebred sporty driving experience, the Korean model offers the top-tier i20 N hot hatch, for which the more civilly and economically tuned Clio has no direct challenger.

Engine Range for the Hyundai i20

The third-generation Hyundai i20 (on the market since 2020) offers a clear palette of powertrains. The reliable naturally aspirated 1.2 MPi four-cylinder with 62 kW serves as an ideal entry point. It will please more conservative drivers looking for maximum durability and simplicity, primarily for shorter routes. However, the bulk of sales consists of the modern turbocharged 1.0 T-GDI three-cylinder with 74 or 88 kW. These engines are commonly found in used car dealerships as 48V mild-hybrids, which smooth out acceleration and help reduce average fuel consumption. They are available with a 7-speed DCT dual-clutch automatic or an interesting 6-speed intelligent manual transmission (iMT), which lacks a mechanical link to the clutch pedal. Adrenaline lovers should definitely turn their attention to the flagship i20 N version with a turbocharged 1.6-liter four-cylinder and a solid output of 150 kW (204 hp). According to production data, this highly acclaimed model ended production in late 2024, and its availability is now limited exclusively to the used car market.

Engine Range for the Renault Clio

The fifth-generation Renault Clio boasts a very diverse selection of power units. The base consists of naturally aspirated 1.0 SCe three-cylinder engines (48 and 53 kW), which, mainly due to a lack of low-end pull, serve best for city commuting. Much more versatile dynamics are guaranteed by the turbocharged 1.0 TCe three-cylinder (66 or 74 kW), which has been sold throughout its production run in the popular and affordable factory version running on liquefied petroleum gas (TCe 100 LPG / Eco-G 100). A peculiarity of used Clios on the market is the availability of proven and efficient 1.5 Blue dCi diesel four-cylinders (63 to 85 kW). Although these did not make it into newer model years due to strict emissions standards, they remain the absolute top choice for drivers covering long distances. The technological gem is the E-Tech Hybrid full-hybrid powertrain (103/105 kW), which uses a naturally aspirated 1.6 petrol engine, two electric motors, and a clutchless multi-mode automatic transmission, allowing it to often drive purely on electricity in the city. More dynamic 1.3 TCe petrol four-cylinders (96 or 103 kW), developed in cooperation with Mercedes, were also temporarily available.

Choosing the right engine is absolutely crucial for long-term satisfaction with a roughly four-year-old used car. Our recommendations are based on real-world experience, mechanical reliability, actual fuel consumption, and user-friendliness. An interesting aspect of this comparison is the completely different approach the manufacturers take to the design of small-displacement engines, which form the backbone of their sales. While the third-generation Hyundai i20 relies on direct fuel injection for its turbocharged one-liter engine to provide sharper dynamics, the fifth-generation Renault Clio uses indirect injection (MPI), making its engines a mechanical rarity that is highly resistant to the pitfalls of city driving. Availability data also shows that while the more powerful pure petrol TCe 100 version of the Clio was discontinued at the end of 2020 and fully replaced by the 90 hp variant (with 100 hp remaining reserved mainly for factory LPG versions), some mild-hybrid (48V) versions of the one-liter engine gradually disappeared from the market for the Hyundai i20, making them very difficult to find on the used car market today.

For the Hyundai i20, we recommend: 1.0 T-GDI (100 hp)

The turbocharged 100 hp (74 kW) one-liter three-cylinder is the most rational choice in the range for the third-generation Hyundai i20. Compared to the base 1.2 naturally aspirated four-cylinder, it offers significantly better low-end flexibility thanks to 172 Nm of torque, which you will appreciate during safe overtaking or when merging onto the highway. Real-world fuel consumption for this engine reliably stays around a favorable 6 liters per 100 km. It is a mechanically robust unit, but due to the use of direct fuel injection, it carries the risk of gradual carbon buildup on the intake valves, especially if the car is driven exclusively on short city trips with a cold engine. When buying a used car, focus on the engine's idle after it has warmed up – if the engine stumbles, vibrates, or jerks slightly during smooth acceleration, these could be the first signs of carbonization. The advantage, however, is that this issue can be easily prevented by regularly refueling with high-quality additive-treated fuel and by warming up the car and giving it a "good run" on a longer highway route at least a few times a month. In terms of overall balance, this engine is best suited for drivers with a more dynamic style and a mixed route profile (city, country roads, occasional highway).

For the Renault Clio, we recommend: 1.0 TCe 90 (90 hp)

If you are choosing a four-year-old fifth-generation Renault Clio, the absolute king of reliability is the 90 hp (66 kW) 1.0 TCe turbocharged three-cylinder. Its greatest technical advantage and a huge benefit for the used car market is the use of indirect fuel injection (MPI). This system naturally washes the intake valves with petrol, making the engine completely immune to the fatal carbon buildup that plagues most of today's competitors. The engine offers a pleasantly flat torque curve (160 Nm) and real-world fuel consumption of just over 5.5 liters of petrol. A certain weakness of units from the first years of production (especially 2020 and 2021 models) is that they were paired only with a five-speed manual transmission, which pushes the RPMs unnecessarily high on the highway and increases cabin noise – six-speed gearboxes were only added to the range in subsequent years. During the test drive, listen carefully to the engine immediately after a cold start for any rattling that might reveal a stretched timing chain. This problem is a typical consequence of delaying service intervals. Therefore, always look for earlier oil changes in the service history, ideally every 15,000 km, rather than after an unnecessarily long 30,000 km. From a user perspective, the one-liter TCe is an absolutely ideal choice for commuters and city users looking for a long-term reliable car with minimal risks and inexpensive servicing.

Official fuel consumption figures provided by manufacturers often represent an unreachable ideal measured in laboratory conditions. When choosing a used car, it is therefore crucial to monitor real-world data from everyday use. In this comparison, we focused on relevant models available on the market of roughly four-year-old used cars, namely the third-generation Hyundai i20 (from 2020) and the fifth-generation Renault Clio (from 2019). All stated values are based on independent data from the popular community portal Spritmonitor.de, where thousands of drivers from across Europe enter their actual refueling receipts.

Looking more closely at the measured data, we encounter several surprising trends. While small turbocharged three-cylinder engines promise favorable consumption, in the real world, they are extremely sensitive to driving style. While Renault manages to keep the popular 1.0 TCe 90 engine safely below the six-liter mark, the competing one-liter 1.0 T-GDI unit from Hyundai is noticeably thirstier, averaging over 6.4 l/100 km. An unexpected finding is also the fact that the mild-hybrid technology (48V) in the i20 model saves only a few tenths of a liter of fuel in practice, meaning the small naturally aspirated 1.2 MPi engine can paradoxically often offer better values than the more sophisticated purely petrol turbo. Regarding the comparison with diesel, the modern 1.5 Blue dCi in the Renault still safely dominates with an average of 4.5 liters; however, efficient full hybrid and petrol versions have come so close to it that purchasing a used diesel only pays off for drivers with exceptionally high highway mileage.

For typical users, several key recommendations emerge from this data. Drivers who spend most of their time on short commutes in suburban traffic will clearly appreciate the classic naturally aspirated four-cylinder 1.2 MPi in the Hyundai, which also promises high service reliability. However, those primarily sensitive to a tight budget should consider the highly sought-after factory Renault Clio 1.0 TCe 100 LPG version – although the absolute volumetric consumption of gas is slightly higher (around 6.8 l/100 km), thanks to half-price LPG at filling stations, it is hands down the cheapest way to travel. For drivers spending a lot of time in traffic jams within congested metropolises, the Clio E-Tech full hybrid system is a technological gem, effectively recuperating energy and easily keeping consumption below five liters.

In conclusion, it can be confirmed that in the battle between these two models, fuel consumption can become a major deciding factor. The Renault Clio wins convincingly in terms of efficiency – its turbocharged units are more economical in real-world conditions, and the customer has a choice of unrivaled efficient alternatives such as full hybrid drive or LPG. The Hyundai i20 loses slightly in absolute numbers at the filling stations, but this minor handicap may be partially offset for more conservative drivers by the peace of mind provided by a simple and mechanically robust naturally aspirated engine.

Price range of used cars (2021–2022 models)

Both models are staples of the European market and represent a very rational choice in the B-segment (small cars). Looking at cars approximately 4 years old – the third-generation Hyundai i20 and the fifth-generation Renault Clio – we find that their price tags on the used car market are very balanced. Decisions will therefore be based more on specific preferences regarding engines and remaining warranty.

Hyundai i20 (3rd generation)

A used Hyundai i20 holds its value very well for several pragmatic reasons.

• Base engine: Prices start from approximately €9,000 for versions with the 1.2 MPI engine. This naturally aspirated four-cylinder is extremely popular among used car buyers due to its simple design and reliability.
• Modern turbo engines: Better-equipped units with the turbocharged 1.0 T-GDI three-cylinder (often with mild-hybrid technology) most often range between €11,000 and €12,000.
• Huge competitive advantage: Hyundai standardly provides a five-year factory warranty with no mileage limit. For cars from 2021 or 2022, this means you are very likely to buy a car that is still under factory warranty at a used car dealership. This brings immense peace of mind.

Renault Clio (5th generation)

The fifth-generation Clio made a huge leap in interior quality and driving characteristics, which is positively reflected in the interest in used cars. The average price of a roughly 4-year-old Clio is around the €10,000 mark.

• Price base: The cheapest versions (often with the base 1.0 SCe engine) start at around €9,000.
• The golden middle way and LPG: The most popular 1.0 TCe specifications most often sell from €10,000 to €12,000. The Clio has a huge trump card on the used car market in the form of versions with factory LPG. These cars hold their value exceptionally well because they promise buyers unbeatably low operating costs.
• Affordable hybrid: At the top of the regular range is the full-hybrid E-Tech powertrain. A used hybrid Clio from 2021 can be purchased from approximately €12,000, making it one of the most affordable modern hybrids on the secondary market.

Price level comparison table

Below you will find an approximate price range for cars around 4 years old, depending on the engine and equipment:

Methodology Development and Context of Results

At first glance, it is easy to state that both models boast a prestigious five-star Euro NCAP rating in their careers; however, for those interested in a used car, it is absolutely crucial to put these numbers into a broader context. The testing and evaluation methodology is evolving very rapidly and becomes stricter every year. Therefore, percentage results achieved in different years cannot be simply and directly compared. What meant an excellent result under older standards may not suffice under newer ones – today's tests account for advanced frontal crash simulations using a mobile progressive deformable barrier, monitor the accuracy of cyclist detection, and very carefully analyze critical scenarios for safe intersection crossings.

Renault Clio

The current fifth generation of the Renault Clio entered the testing laboratories in 2019, where it comfortably earned a full five stars according to the regulations of the time. In its day, the Clio literally excelled in adult occupant protection with a score of 96% and also recorded a fantastic performance in child seat protection with a result of 89%. The body structure and shell strength of this French model are exemplary, and in terms of passive safety, it was one of the highest-rated cars in its segment at the time. However, these results occurred before the massive introduction of tougher accident prevention protocols, when modern assistants did not play as vital a role as they do in newer cars.

Hyundai i20

The third generation of the Hyundai i20 entered the market slightly later, and its safety (along with its sister model, the Bayon, from which valid data for the i20 is derived) was officially evaluated in 2021. By then, however, a significantly more demanding testing methodology was in place. A stricter view of chest loads during impact and pressure for a new level of active assistance meant that, despite its solid technological equipment, the car had to settle for four stars. While the ratings for adult protection (76%) and child protection (82%) seem lower on paper than the Clio's, they reflect far more uncompromising assessment limits for crashes. At the same time, thanks to better sensors, the i20 achieves an excellent score (76%) for the protection of vulnerable road users, including pedestrians and cyclists.

Euro NCAP Results Overview

Final Safety Summary

When comparing both cars for the purpose of purchasing a four-year-old used vehicle, the models approach overall safety from two different sides, both with excellent results. In terms of cabin resilience during an impact, the Renault Clio represents an exceptionally sturdy foundation – it is a fantastically built car boasting a full five stars. The Hyundai i20, on the other hand, is somewhat penalized by the disadvantage of incomparably stricter 2021 rules, but in reality, it possesses a slightly more modern radar and camera system that much more consistently meets today's requirements for accident prevention directly in city traffic.

In addition to standard equipment, each of the models offers several unique features and technological innovations that can be decisive for the customer during the final selection. While one car aims for digitalization and sporty style, the other bets on premium materials and top-tier powertrain efficiency.

Hyundai i20: Top-tier connectivity and sporty genes

With the current generation of the i20 model, Hyundai places a huge emphasis on technologies that were until recently reserved for vehicles from higher segments.

• Advanced infotainment and audio system: The interior can be dominated by two visually connected 10.25-inch displays (digital instrument cluster and main screen). A real rarity in the small car segment is the option to pay extra for a premium Bose audio system with eight speakers, including a subwoofer.
• Telematics and remote access: Thanks to Bluelink technology, the car is constantly online. Via a smartphone, you can remotely check if the car is locked, check the fuel level, or send a route from mobile navigation directly to the vehicle's system.
• Smart iMT transmission: For mild-hybrid (48V) engines, Hyundai developed an intelligent manual transmission. It can electronically decouple the clutch and turn off the engine after releasing the accelerator pedal. The car then "coasts," significantly saving fuel while maintaining the control typical of a manual.
• SmartSense assistants: The intelligent adaptive cruise control system is linked to the navigation (NSCC). It anticipates curves or speed limits and automatically adjusts the speed before the car reaches the given location.
• N Line sporty trim: For drivers who want dynamic style, the N Line package offers more aggressively shaped bumpers, a twin exhaust tip, a specific steering wheel with perforated leather, and sport-shaped seats with red stitching.

Renault Clio: French charm and hybrid innovation

The fifth generation of the Clio model brought a huge revolution, especially in build quality and powertrain options, aiming to offer a more premium car experience at an affordable price.

• Smart Cockpit and Easy Link architecture: The centerpiece of the dashboard in better-equipped versions is a vertically oriented 9.3-inch touchscreen. This portrait layout resembles a tablet and significantly makes reading map data easier. It is complemented by up to a 10-inch digital cluster in front of the driver.
• Higher-class craftsmanship and materials: Renault has made a huge leap in the materials used for this model. The interior extensively uses "Soft Touch" plastics on the dashboard and door panels. Furthermore, physical climate control buttons in the form of elegant rotary dials with integrated displays look great and are easy to use.
• E-Tech hybrid technology: A unique full-hybrid system inspired by Formula 1 experience uses an innovative multi-mode gearbox without a conventional clutch. The result is extremely smooth operation and the ability to drive in city traffic mostly on pure electricity.
• Technology for easy parking: Renault is one of the few to offer a 360-degree camera system and a fully automatic parking assistant (Easy Park Assist) in the small hatchback category, maximizing confidence when parking in tight spaces.
• R.S. Line dynamic package: The trim level carrying the legacy of the Renault Sport division (later renamed Esprit Alpine) distinguishes the exterior with an aerodynamic "F1 blade" in the front bumper, dynamic alloy wheel designs, and offers heavily bolstered seats and aluminum pedals in the interior.
• Record-breaking trunk: In terms of everyday practicality, the Clio offers a top-tier trunk capacity of 391 liters for pure gasoline engines, making it one of the leaders in its class. Additionally, a double floor helps create a flat loading surface after folding the seats.

The Hyundai i20 is an ideal choice for drivers who demand surprisingly mature interior space and top-tier digital technologies from a small city car. It excels in everyday usability with an emphasis on rich safety equipment, although one must accept a slightly stiffer chassis tuning.

The Renault Clio will primarily appeal to customers looking for French charm, a more premium cabin feel, and high travel comfort on the used car market. It serves excellently as an elegant car for couples or individuals who value above-standard trunk volume and a quiet ride more than ample rear-seat space.

Based on our own inspections through the CarAudit service, breakdown statistics, and technical inspection reports, we have compiled an overview of the most common problems that buyers of roughly four-year-old used cars of these models should watch out for.

The third-generation Hyundai i20 is considered an above-average reliable car within its class, yet specific technical shortcomings can occur, especially in mild-hybrid versions and selected engines.

• Infotainment and electronics: A frequent complaint from users is the occasional freezing of the multimedia system and dropouts of the wireless connection with Apple CarPlay or Android Auto systems. In mild-hybrid versions, problems with the 12V battery may appear after three to four years, as it is more heavily loaded by the entire system, and its weakening can cause the onboard electronics to collapse.
• Powertrain (1.0 T-GDI): In turbocharged three-cylinder engines, stretched timing chains can appear at higher mileages, manifesting as a typical rattling during cold starts. Exceptionally, faults occur in the high-pressure fuel pump.
• Transmission and clutch: In heavy city traffic, manual transmissions may experience overheating of the clutch hydraulic cylinder or faster wear. Automatic dual-clutch transmissions (DCT) are occasionally troubled by jerking when starting off, which usually requires diagnostics and recalibration or replacement of the clutch plates.
• Chassis and steering: Occasionally, noises from the front axle appear when driving over bumps. In some units, the electric power steering reports errors or exhibits excessively stiff operation. Every physical inspection of a used car should therefore focus on whether the steering offers unnatural resistance.
• Lighting: Technical inspection stations record minor problems for this model more often than average, such as poor adjustment of low-beam headlights or faults in the turn signals.

The fifth generation of the Renault Clio has significantly improved in terms of reliability compared to its predecessors and does not suffer from fatal mechanical failures; most complications concern software and minor onboard elements.

• Infotainment (Easy Link): By far the most common ailment of this model is software errors in the entertainment system. The screen can freeze, the navigation lags, and digital radio (DAB) reception experiences dropouts. These issues are usually successfully resolved by timely software updates at the service center.
• Tailgate lock: Many owners complain about the occasional jamming of the trunk lock, which remains blocked and cannot be opened. This problem usually needs to be solved by a complete replacement of the lock actuator.
• Steering and recall actions: Cars from the first months of production (especially from 2019) underwent a recall due to a possible failure of the steering module, which posed a risk of an unexpected power steering failure. It is important to verify through a comprehensive car check whether the selected unit has undergone this factory repair.
• Powertrain and E-Tech hybrid: The turbocharged 1.0 TCe engine and the 1.5 dCi diesel are considered very durable. E-Tech hybrid variants also maintain a very good reputation so far, with owners reporting mostly just minor false warnings from sensors and occasional issues with key synchronization.
• Interior build quality: In some units, weaker factory fitting of plastics may occur, leading to dashboard creaking or problems with poorly fitting rubber door seals.

When buying a used car, a thorough inspection is key. Here are some specific points to focus on for these two models. Given the increasing technical complexity of today's cars, we recommend a comprehensive car audit before making a final decision, which will reveal hidden defects that are easily overlooked during a standard test drive.

When choosing a Hyundai i20:

• iMT gearbox behavior in mild-hybrids: The third-generation i20 with a mild-hybrid powertrain often uses a so-called intelligent manual transmission (iMT) with an electronically controlled clutch ("clutch-by-wire"). During the test drive, focus on whether the clutch engages smoothly and without jerking. Unpredictable behavior when starting off can indicate a software problem or excessive wear.
• Functionality of the 7DCT dual-clutch automatic: If you are considering a version with an automatic transmission, test slow crawling in traffic and hill starts. The seven-speed gearbox with dry clutches is sensitive to how the previous owner treated it – any jerking or vibration when changing gears signals an approaching expensive repair.
• Cold starts and 1.0 T-GDI engine operation: For turbocharged three-cylinder engines, request a completely cold start. Observe whether the engine starts immediately and does not suffer from fluctuating RPMs or significant hesitation when lightly applying the throttle during the first few minutes.
• Infotainment stability: Thoroughly go through the onboard system. Try connecting a phone via Apple CarPlay or Android Auto. Older software versions in the i20 occasionally suffered from freezing, connection drops, or black screens. Ensure the system responds briskly and has the latest updates installed.

When choosing a Renault Clio:

• Transitions in the E-Tech hybrid powertrain: If you are testing the hybrid version of the Clio, focus on the behavior of the unique multi-mode gearbox. Switching between pure electric mode and the combustion engine should be very smooth. Significant jolts or unnatural delays after pressing the accelerator pedal may indicate a technical problem.
• Chassis and front axle condition: Drive the car over bumps or cobblestones. The fifth-generation Clio can suffer from premature play in the stabilizer links, which manifests as a dull clunking from the front wheels during driving. To be completely sure that the chassis does not require further investment, an independent technical inspection on a lift is ideal.
• Easy Link system behavior: Renault's infotainment requires careful testing. While driving, try entering a destination into the navigation, clicking through menus, and shifting into reverse to activate the parking camera. The system must not "freeze" or restart spontaneously. These teething problems are usually solved by a software reflash, but it is better to detect them before purchase.
• Keyless entry and hands-free card: Test locking and unlocking from all sides of the vehicle as well as keyless starting. Card detection sensors can lose sensitivity on some units. If the car does not recognize the card as you approach it, it might just be a dead battery, but sometimes a faulty module or door antenna is to blame.

Sources: ADAC, mdcr.cz, aktualne.cz, mobilmania.cz, dopravniinfo.cz, portalridice.cz

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