Review Hyundai Ioniq 5: What do owners and experts really say?

The Hyundai Ioniq 5 is a mid-size electric crossover competing in the heart of Europe’s family EV segment. Sold exclusively as a five-door crossover, this review focuses on the first generation, which entered series production in March 2021, with initial European customer deliveries commencing in May 2021.

A high-performance all-wheel-drive variant premiered in July 2023, reaching European customers in early 2024. Hyundai followed with a mid-cycle facelift in March 2024, with deliveries starting in September 2024. This update brought subtle exterior styling adjustments, interior ergonomic revisions, and updated battery packs, with the model remaining in continuous European delivery through 2026.

Targeted at private family buyers and company car drivers alike, the electric Hyundai Ioniq 5 aims to serve motorists looking for a spacious daily driver capable of handling routine urban commuting as well as regular long-distance motorway travel.

Real-world ownership data for the Hyundai Ioniq 5 shows that while the mechanical foundation is dependable, early production years encountered distinct teething issues primarily concentrated in high-voltage charging logic and auxiliary power management.

European Safety Recalls

Several safety recalls have been registered across European authorities for this generation. Prospective buyers should check official records against the vehicle identification number to confirm completion:

• Integrated Charging Control Unit and Driveshafts: Announced in May 2024, this recall affected 155,760 vehicles worldwide (including 46,604 in Germany and 16,297 in the UK) built between 13 January 2021 and 29 February 2024. In the words of the safety notice, the charger of the vehicle's 12-volt battery may malfunction and switch to backup mode, which can cause a full loss of driving power and increase the risk of accidents. Workshops inspect the unit, install updated control software, and replace damaged control units alongside their high-voltage fuses. A related check also inspects and replaces halfshafts that received improper heat treatment during manufacturing.
• Shifter Control Unit Parking Mechanism: Announced in July 2022, this campaign covered vehicles produced between 10 September 2020 and 03 May 2022 across Europe and worldwide. The defect notice stated that a malfunction in the electrical shift control unit could cause the parking lock to disengage, allowing a parked vehicle to roll away. The remedy consists of a software update to the shift control unit.
• Instrument Panel Cluster Reboots: Announced in April and July 2026, this European campaign covered vehicles built between 30 June 2025 and 14 November 2025 (affecting 36,316 vehicles across multiple group models globally). The notice recorded that the instrument display screen behind the steering wheel can reboot sporadically while driving, temporarily going dark and delaying safety warnings. Authorized workshops install updated instrument cluster software.
• Left-Foot Braking Calibration: Strictly restricted to the high-performance model, an alert announced in June 2025 covered 4,850 units globally built (including pre-production models) between 13 March 2023 and 11 December 2024. When using left-foot braking manoeuvres, the brake control software could trigger depressurisation of the anti-lock braking system, reducing braking performance and extending stopping distances. The fix requires updating the electronic brake control unit software.

Repeated Faults and Wear Items

Beyond formal recalls, owners report several recurring issues on earlier model years:

• Auxiliary 12-Volt Battery Depletion: Owners report sudden discharge of the 12-volt battery, leaving the car unable to unlock or start. In some cases, this was tied to early software logic in the charging control unit failing to maintain auxiliary battery charge during standby.
• AC Charging Interruptions: On pre-facelift models, owners report that prolonged charging on wallboxes can cause charging port temperature sensors to trigger an automatic abort. Hyundai addressed this with charging management software that automatically throttles current when high temperatures are detected rather than cutting power entirely. In severe instances, worn inlet pins require replacing the charging port harness.
• Rear Axle Clicking: Owners and technicians report metallic clicking or tapping sounds from the rear axle area when switching between drive and reverse or moving from regenerative deceleration to acceleration. The repair involves fitting updated spacer washers and retorquing hub nuts, or replacing the splined driveshaft assembly.
• Tailgate Booming and Rattle: Owners report low-frequency cabin resonance and audible rattling from the rear hatch over rough surfaces on cars built between 2021 and 2024. Dealerships resolve this mechanically by adjusting the latch alignment and fitting revised rubber bump stops.
• Brake Disc Corrosion and Tyre Wear: In some cases, heavy reliance on one-pedal driving leaves mechanical friction brakes underused, leading to premature rust banding and pitting on the rear discs. Furthermore, the substantial kerb mass of the electric Hyundai Ioniq 5 can lead to rapid wear on inner tyre shoulders if wheel alignment drifts.

The first-generation electric Hyundai Ioniq 5 offers a purely battery-electric line-up with single-motor rear-wheel-drive or twin-motor all-wheel-drive configurations. Battery capacities and power outputs evolved across its production run, all paired with a single-speed automatic reduction gear.

Which Powertrain to Choose

For daily urban commuting and short local journeys, the Standard Range single-motor variant is fully adequate. The absence of a front motor keeps the front axle light for nimble low-speed maneuvering, and the rear electric motor delivers smooth, responsive acceleration away from stops without carrying unnecessary battery weight.

For mixed driving and frequent motorway travel, the Long Range rear-wheel-drive configuration represents the most sensible balance. By delivering the longest driving radius between stops and avoiding the mechanical drag of an extra motor, it stands as the most practical choice for regular long-distance touring.

Drivers who routinely tow trailers, live in mountainous regions, or face harsh winter driving conditions will prefer the dual-motor configuration of the all-wheel-drive Hyundai Ioniq 5. Although twin motors increase overall energy consumption, an automatic front-axle disconnect preserves cruising economy, while all-wheel traction provides confident off-the-line pull.

The range-topping Ioniq 5 N is targeted purely at driving enthusiasts wanting track-ready agility, rapid transient response, and simulated gearshift engagement, accepting the trade-off of higher energy consumption during sustained highway cruising.

Real-World Range and Charging

In real-world use, freezing temperatures noticeably reduce driving range due to cabin heating demands and the reduced chemical efficiency of cold battery cells. Long-distance journey times benefit significantly from the advanced high-voltage electrical architecture, which allows rapid energy replenishment at ultra-fast direct-current stations provided the battery preconditioning function is engaged prior to arrival. For domestic alternating-current charging on updated models, sessions proceed normally using standard wallboxes.

The electric Hyundai Ioniq 5 uses a dedicated flat floorpan that frees up enough knee and foot room for tall adults to travel comfortably behind a tall driver. Every version includes a split-folding rear bench with reclining backrests, and the entire second row slides fore and aft—manually on standard versions or electrically on higher trims—allowing owners to balance rear legroom against luggage depth.

The rear cargo area features a wide opening and a level loading lip, although the unlined plastic sidewalls scratch easily when loading rigid items. Supplementary storage under the bonnet accommodates charging cables, though this compartment is shallower on dual-motor all-wheel-drive models to clear front-axle drive components. On the high-performance variant, rear luggage space is slightly reduced to accommodate structural chassis bracing.

Standard versions of the Hyundai Ioniq 5 offer a settled, relaxed cruise on motorways, where the long wheelbase effectively soaks up gentle undulations. However, the standard passive dampers struggle with sharp urban imperfections, transmitting audible thumps over sunken potholes and transverse ridges. The high-performance flagship counters this low-speed brittleness with adaptive suspension, proving surprisingly compliant in its comfort setting despite aggressive cornering capabilities. Across the standard lineup, steering is light and direct in town, though it conveys minimal mechanical road texture. Cabin isolation is broadly peaceful, but tyre roar on coarse asphalt and wind flutter at motorway speeds remain noticeable.

The cabin provides accommodating passenger space, yet interior plastics reveal compromises: soft-touch upper surfaces contrast with scratch-prone, unlined plastics on lower door panels, consoles, and boot sides. Testers frequently criticise intrusive driver assistance warnings, particularly persistent speed-limit and lane-keeping chimes.

Professional verdicts align on the model's high-speed stability and lounge-like ambience, but divide over urban ride quality: some reviewers praise the supple gait on smooth tarmac, while others penalise its unsettled response to broken city streets. The mid-cycle facelift resolved longstanding tester grievances by adding dedicated physical buttons for seat heating and ventilation on the centre console, alongside the long-overdue addition of a rear window wiper.

All the charts in this section are drawn from Carvago's listings of the whole model family, including other generations represented in the data, not only the reviewed generation. Consequently, this dataset does not establish a separate price level for the reviewed generation alone. In the current market offer for the Hyundai Ioniq 5, vehicles from the 2021 model year record a median asking price of €24,000, whereas 2026 examples show a median of €48,800. Battery size and drive configuration primarily dictate how individual listings are positioned across these manufacture years.

From May to October 2026, the count of advertised Hyundai Ioniq 5 cars rose from 3,746 to a high of 4,603 in September before tapering off. The chart below displays the monthly listing totals across this period.

With 4,397 listings recorded in October 2026, buyers benefit from a broad selection of vehicles to choose from across the market.

Among used listings advertised today, the median asking price is €24,000 for cars built in 2021, compared to €48,800 for models built in 2026. The comparison below outlines how advertised listings compare across each build year.

Buyers targeting earlier production years see median asking prices of €24,000 for 2021 models and €27,900 for 2022 models, whereas 2025 and 2026 examples reflect median asking prices of €46,000 and €48,800.

This depreciation curve illustrates how the model's residual value declines with age, shedding nearly 20% of its initial value in the first year alone. By age two, cumulative value loss reaches 30%, establishing the steep initial descent shown below.

Across the full seven-year span, the model sheds approximately 55% of its starting value, retaining just under half of where it began. The steepest depreciation occurs over the first two years, after which the year-on-year drop moderates noticeably.

Between May 2026 and October 2026, electric vehicles accounted for the entire advertised supply, with listings standing at 3746 in May 2026 and 4397 in October 2026. The chart below tracks the monthly volume of advertised cars across each fuel type.

Electric power completely dominates the market with zero petrol, diesel, or hybrid options recorded across the period, meaning prospective buyers will exclusively find electric models on offer.

Between May 2026 and October 2026, the average asking price for the Hyundai Ioniq 5 fluctuated within a narrow band, starting at €33,800 and reaching €33,900 in June 2026.

Across the six months, the average price moved from €33,800 to €33,000, representing a net change of around two percent. Because these month-to-month movements are small relative to the overall vehicle cost, the average asking price remained largely level over the period.

Sources: hyundai.news, hyundai.com, adac.de, kba-online.de, service.gov.uk

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