- Hyundai is recalling 1,508 Ioniq 5 Ns over braking fault tied to Left-Foot Braking mode
- Cars built between December 2023 and December 2024 are affected by the recall notice.
- The brand urges owners to avoid Left-Foot Braking until dealers complete software update
The Hyundai Ioniq 5 N is equipped with a dizzying array of different driving modes and features designed to make it the ultimate all-electric hooligan. However, an issue with one of these features has forced the company to recall more than 1,500 Ioniq 5 Ns across the United States.
A recall notice issued by the National Highway Traffic Safety Administration (NHTSA) pinpoints the car’s Left-Foot Braking mode as being at fault. As the name of this mode implies, it allows drivers to use the brake and throttle pedals simultaneously and is aimed at high-performance driving on the racetrack.
Read: Hyundai’s New Ioniq 5 N DK Edition Proves EVs Can Shred Tires And Egos Alike
However, it has been revealed that, at certain times, the Integrated Electronic Brake (IEB) control software can trigger a depressurization of the ABS system, reducing braking performance. This obviously increases the risk of a crash, particularly on the track where drivers need the most out of the braking system.
In total, 1,508 examples of the Ioniq 5 N are involved in the recall. These cars were manufactured between December 18, 2023, and December 10, 2024.

Hyundai plans to notify both dealers and owners of the recall on April 7 and is encouraging all owners to stop using the Left-Foot Braking feature. Dealers have been told to update the IEB and VCU software to rectify the fault.
While this appears to be the first recall specifically impacting the Ioniq 5 N in the US, the regular model has been recalled in the past. In November last year, the Hyundai Motor Group recalled over 145,000 Ioniq 5, Ioniq 6, Genesis G80 Electrified, Genesis GV70 Electrified, and Genesis GV60 models, because the integrated charging control unit could get damaged, preventing the 12-volt battery from charging and causing it to slowly drain.
