
Hyundai Technical Service Bulletin 25-EV-003H details the replacement of missing Inlet 5-Pin Combo DC insulation caps in 2022-2025 Hyundai Ioniq 5, Ioniq 6, and Ioniq 5 N vehicles. This repair prevents potential damage to the charge port.

Hyundai has issued Technical Service Bulletin 24-BD-009H for 2022-2023 Ioniq 5 vehicles experiencing spoiler molding lifting or separation near the Center High Mount Stop Lamp. This TSB outlines the repair procedure and required parts for certified dealers.

Hyundai service campaign 24-01-088H addresses a condition in 2022-2025 Ioniq 5 and Ioniq 6 vehicles where a low 12V battery voltage can trigger a 'fail-safe' mode. A VCU software update enhances limp home functionality, adjusting maximum speeds to prevent potential damage.

Hyundai has issued Technical Service Bulletin 24-BD-012H for 2022-2025 Ioniq 5 vehicles experiencing tailgate rattle and friction noises. The bulletin outlines a rework procedure involving guide bumper replacement and tailgate adjustment to resolve the issue.

Hyundai Technical Service Bulletin 24-EV-004H provides critical instructions for repairing Integrated Charge Control Unit (ICCU) charging issues in 2022-2024 Ioniq 5 and Ioniq 6 vehicles. Addresses DTCs P1A9096 and P1B77 related to DC-to-DC charging and inoperative AC charging.

Hyundai Technical Service Bulletin 24-01-051H (Service Campaign 9B5) addresses a charging logic issue in certain 2022-2024 Hyundai Ioniq 5 and 2023-2024 Ioniq 6 vehicles. Owners may experience interrupted charging sessions or reduced charging speeds when using a 240V AC (Level 2) charger. A…

Hyundai has issued Technical Service Bulletin 24-01-019H for certain 2023-2024 Ioniq 5 vehicles regarding potential sealant leakage from the Tire Mobility Kit (TMK). This bulletin outlines inspection and replacement procedures to address the leakage and any contamination.

Hyundai's Service Campaign 9A1, detailed in TSB 23-01-067H-1, provides a Vehicle Control Unit (VCU) software update for 2022-2024 Ioniq 5 and Ioniq 6 electric vehicles. This update enhances several key systems, including regenerative braking, i-Pedal operation, Electronic Parking Brake (EPB)…

Hyundai Service Campaign 23-01-067H-1 provides a Vehicle Control Unit (VCU) software update for 2022-2023 Ioniq 5 and 2023 Ioniq 6 models. This update improves regenerative braking, i-Pedal, 12V battery saver logic, and other vehicle functions.

Hyundai Technical Service Bulletin 23-EV-006H details the inspection and replacement of EV charging port insulation caps for 2022-2023 Ioniq 5 and 2023 Ioniq 6 vehicles. This ensures proper charger connector orientation and fit.

Hyundai has released Technical Service Bulletin 23-01-067H (Campaign 9A1) for 2022-2023 Ioniq 5 Electric vehicles, providing a Vehicle Control Unit (VCU) software update to enhance various functions including regenerative braking, i-Pedal, and Electronic Parking Brake operation.

Hyundai Service Campaign 23-01-059H addresses a power tailgate latching issue in certain 2023 Ioniq 5 and Ioniq 6 models. Owners may experience a poorly closing tailgate or a liftgate warning chime. A software update to the Power Tailgate Module (PTGM) is available.
Hyundai Motor America (Hyundai) is recalling certain 2023-2024 Ioniq 5 vehicles. The high voltage battery cells may contain misaligned electrodes, which can lead to a fire while parked or driving.
Hyundai Motor America (Hyundai) is recalling certain 2022-2024 IONIQ 5, 2023-2025 IONIQ 6, Genesis GV60, Genesis GV70 "Electrified," and Genesis G80 "Electrified" vehicles. The Integrated Charging Control Unit (ICCU) may become damaged and stop charging the 12-volt battery, which can result in a loss of drive power.
Hyundai Motor America (Hyundai) is recalling certain 2022-2024 IONIQ 5, 2023-2024 IONIQ 6, Genesis GV60, Genesis GV70 "Electrified," and Genesis G80 "Electrified" vehicles. The Integrated Charging Control Unit (ICCU) may become damaged and stop charging the 12-Volt battery, which can result in a loss of drive power.
Hyundai Motor America (Hyundai) is recalling certain 2023 IONIQ 5, IONIQ 6, and Genesis GV60 vehicles. The rear inner driveshaft may have been improperly heat-treated, allowing it to break under load and resulting in a loss of drive power.
I was driving my vehicle and it suddenly lost all power. I had to stop in an unsafe place on the road and wait to get my car towed. I had previously been to the dealership three times to have recall and software updates done that we’re supposed to fix this issue. Apparently the ICCU to be a terrible problem.
No injuries · No fire · No crash
Vehicle was involved in a double fatal. After viewing of dashcam video I suspect a malfunction of the vehicle may have occurred. The video appears to show the vehicle continuously accelerating despite the sound of what may be the driver attempting to repeatedly mash on the brakes. EDR records do not coincide with the dashcam video.
ICCU failure. Car went into limp mode then towed to dealership.
No injuries · No fire · No crash
The contact owns a 2023 Hyundai Ioniq 5. The contact stated that while driving on the freeway, the vehicle shut off unexpectedly. The vehicle was coasted to the side of the road and parked. Moments later, the vehicle was restarted, and the vehicle drove normally. The contact stated that the failure had reoccurred on several occasions, and the vehicle was taken to the dealer each time, but the cause of the failure was not yet determined. The vehicle was not repaired. The manufacturer was notified of the failure. The failure mileage was 4,000.
No injuries · No fire · No crash
We are reporting a suspected thermal runaway incident involving our recently purchased used 2023 Hyundai Ioniq 5 and have significant concerns regarding the vehicle's safety. **Vehicle Information** * Purchased XXX, 36,662 miles * Clean inspection and no accidents per Carfax **Incident Timeline – XXX** Between 6:00 and 6:30 PM, while traveling northbound on [XXX] just past the [XXX] exit in [XXX], the vehicle struck a white piece of road debris that appeared flat, similar to Styrofoam (video available). There was no immediate loss of vehicle function. [XXX] The vehicle was then moved to the driveway for inspection after a low coolant warning appeared. Damage to the underside near the driver's side and observed blue coolant leaking from the area. The coolant reservoir under the hood was empty. Based on online guidance advising against driving a vehicle with a coolant leak, we decided to leave the vehicle parked in our garage overnight and arrange a flatbed tow to a Hyundai dealership the following day. The garage door was closed, and the vehicle was **not charging**. At approximately 8:10 PM, a burning smell was detected inside the home. Upon opening the door between the house and garage, smoke was observed. The family immediately evacuated, and XXX was called at 8:12 PM. The fire department arrived at approximately 8:18 PM and found the garage filled with smoke. At 8:30 PM, firefighters removed the vehicle from the garage. At 8:35 PM, flames were observed beneath the vehicle. Firefighters applied water directly to the fire until 11:00 PM, after which the vehicle was removed. [XXX] [XXX] [XXX] Manufacturer was contacted; denies any liability due to debris. However, we believe inadequate safety design contributed, including soft protection shield and poor location of coolant. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)