2025 Hyundai Ioniq 5 N Review: Track-Capable Electric Power
A detailed review of the 2025 Hyundai Ioniq 5 N, covering German pricing, real-world range, 800V charging, handling, and interior controls.
The Hyundai Ioniq 5 N sits at the top of Hyundai’s electric vehicle range in Germany as a high-performance crossover hatchback. It measures 4.71 meters in length and weighs roughly 2.2 tonnes, competing directly against other high-output electric family cars. In the German market, buyers looking at this performance class will also compare the Kia EV6 GT starting at 69,990 euros, the Tesla Model Y Performance at 61,990 euros, and the Genesis GV60 Sport Plus at 73,100 euros. Hyundai sets the German base price for the Ioniq 5 N at 74,900 euros. Adding options like matte exterior paint and a panoramic glass roof brings the price close to 77,500 euros.
Official testing figures give a benchmark for energy consumption that requires context. WLTP is the official European laboratory cycle used to measure electric vehicle range and power consumption under standardized conditions. Under this test cycle, the manufacturer claims a driving range of approximately 448 kilometers on a full charge from its 84 kilowatt-hour battery. Official figures also suggest a combined energy consumption rating of 21.2 kilowatt-hours per 100 kilometers. Take these official figures with a grain of salt, because aggressive acceleration and track driving drain the battery far faster than steady test-bench cruising.
Figures based on manufacturer WLTP estimates and published German list prices. Actual range varies with driving conditions, temperature, and speed. Prices reflect base configuration at the time of writing and may differ from current offers.
The battery pack uses nickel manganese cobalt chemistry, widely known as NMC. This lithium-ion cell formulation offers high energy density compared to lithium iron phosphate batteries, keeping the physical battery size smaller for a given energy capacity. The pack has a total capacity of 84 kilowatt-hours. Cold weather reduces chemistry activity, which slows battery performance and charging speeds unless the pack is pre-conditioned through the vehicle navigation system before arriving at a charger. The 800-volt electrical system allows peak direct-current charging rates of up to 240 kilowatts. Under ideal thermal conditions, recharging the battery from 10 to 80 percent takes approximately 18 minutes. Long-term cell degradation remains tied to heat management during repeated high-power discharge cycles.
Hyundai built this high-output model on its global E-GMP electric platform, adding structural reinforcements throughout the body shell. Factory engineers added 42 additional spot welds and more than two meters of structural adhesive to increase torsional rigidity compared to the standard crossover. The front and rear subframes were strengthened to handle higher lateral cornering loads. Dual permanent-magnet synchronous motors provide all-wheel drive propulsion. The front electric motor produces 226 horsepower and the rear motor generates 383 horsepower, providing a combined power output of 609 horsepower in standard drive modes. Pressing a red button on the steering wheel activates a temporary boost mode, raising total output to 650 horsepower and 770 Newton-meters of torque for ten seconds.
Powertrain software heavily shapes the driving experience of this vehicle. A system called N e-Shift uses motor torque modulation to simulate the gear changes, power pauses, and rev limits of an eight-speed dual-clutch transmission. Simultaneously, synthetic motor sound is delivered inside and outside the cabin through internal and external speakers. Drivers can use the central screen to manually adjust torque distribution between the front and rear axles across 11 different split ratios. These software calibrations and structural stiffening measures convert a large family crossover into an surprisingly agile machine, though software cannot completely disguise the car’s 2,230-kilogram weight during quick direction changes.
The chassis setup utilizes MacPherson struts at the front axle and a multi-link arrangement at the rear suspension. Electronically controlled adaptive dampers vary shock stiffness based on driver mode selection. Lightweight 21-inch forged aluminum wheels come fitted with custom Pirelli P Zero Elect tires designed for high electric torque load. Braking hardware consists of 400-millimeter steel front brake discs clamped by four-piston calipers, complemented by regenerative motor braking capable of delivering up to 0.6g of stopping deceleration. On smooth pavement, body control remains flat and stable through high-speed bends. Selecting N mode on bumpy back roads results in a harsh, stiff ride that transmits small surface impacts directly into the cabin, while Normal mode provides adequate compliance for daily commuting.
Inside the cabin, Hyundai retained physical buttons and dials for essential daily controls. Rotary knobs and physical buttons operate climate settings, temperature adjustments, and fan speed on the center console. The thick steering wheel houses physical buttons for drive modes, custom settings, and the high-power boost function. Heated and ventilated front seats are controlled by physical buttons on the center console bridge. Operating touchscreen menus while driving requires taking your eyes off the road, which presents a clear safety risk and creates driver discomfort at high speeds. Preserving physical buttons for primary climate and drive functions allows simple adjustments by feel alone, allowing the driver to keep full attention on the road ahead.
Other practical interior features balance performance elements with utility. Dual 12.3-inch digital screens handle instrument readouts and central infotainment commands with responsive menu navigation. Deep front bucket seats offer aggressive side bolsters that hold occupants securely during hard cornering without feeling overly restrictive on longer trips. The three-meter wheelbase provides generous legroom for rear seat passengers, though the sloping roofline reduces rear headroom for taller adults. The rear cargo area offers 480 liters of luggage space behind the second row, expanding to 1,540 liters with the rear seatbacks folded flat. A tiny front storage compartment under the hood holds charging cables and small items.
Reliability evaluation requires examining both mechanical hardware and software components. Electric motors eliminate complex wear items like mechanical gearboxes, turbochargers, and timing belts. However, Hyundai’s E-GMP platform has been subject to technical service updates in Europe concerning Integrated Charging Control Unit failures, which caused blown fuses and charging stops on earlier production models. Software revisions and updated power electronics hardware have addressed these issues on recent vehicles. German ADAC breakdown reports rank recent Hyundai electric models in the middle tier for operational reliability. The manufacturer backs the vehicle with a five-year unlimited-mileage warranty and an eight-year or 160,000-kilometer warranty on the high-voltage battery pack. Because this high-output performance variant places heavy thermal stresses on its electronics, long-term durability under frequent track use remains unmeasured over multi-year ownership periods.
This is an editorial estimate based on brand track record, known model issues, and engineering analysis. It is not a guarantee of reliability. Individual experiences vary.
The Powertrain Chronicle provides news and commentary for informational purposes only. Nothing on this site constitutes financial, investment, or purchasing advice. Always do your own research before making any financial or purchasing decision. See our terms of service for details.
Sven Nyberg
Published on July 30, 2026
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