Hyundai Ioniq Electric 2019
Vehicle Details: Recalls, Fuel Economy, Emissions, Investigations, Consumer Complaints, Decoded VIN Details, Service Bulletins
Below you will find all available information on the 2019 Hyundai Ioniq Electric 4 DR FWD, manufacturered by Hyundai Motor Co.
The vehicle is described as a Front-Wheel Drive Midsize Cars 5-door/4-door hatchback.
Manufacturer | Known WMI(s) | Fuel Type |
---|---|---|
Hyundai | KMH | Electricity |
City MPG | Highway MPG | CO2 emissions |
55 - 150 MPG | 54 - 122 MPG | 163 g/mile |
EV 120V Charge | EV 240V Charge | Range |
Unlisted Hours | 4 Hours | 124 Miles |
Use the box here to look up VINs from Hyundai as well as other manufacturers
Sub-models: - Ioniq Electric Plus -
-
What is the range of a 2019 Hyundai Ioniq Electric?
- The 2019 Hyundai Ioniq Electric has an EPA estimated range of 124 miles.
-
What is the charge time of a 2019 Hyundai Ioniq Electric?
- The 2019 Hyundai Ioniq Electric has a full charge time of 4 hours at 240V.
-
What is the fuse box diagram for the 2019 Hyundai Ioniq Electric?
- Fuse box diagrams for the 2019 Hyundai Ioniq Electric can be found here
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What is the annual fuel cost for the 2019 Hyundai Ioniq Electric?
- EPA estimated annual fuel cost for the 2019 Hyundai Ioniq Electric is $500.
-
Where is the 2019 Hyundai Ioniq Electric produced?
- The 2019 Hyundai Ioniq Electric is produced in Ulsan, South Korea.
-
Are there recalls for the 2019 Hyundai Ioniq Electric?
- There are 4 recall(s) for the 2019 Hyundai Ioniq Electric, additional information is below.
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Does the 2019 Hyundai Ioniq Electric work with Apple Carplay?
- The Ioniq Electric does support Apple Carplay.
-
Does the 2019 Hyundai Ioniq Electric work with Android Auto?
- The Ioniq Electric does have Android Auto support.
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How much horsepower does the 2019 Hyundai Ioniq Electric have?
- The 2019 Hyundai Ioniq Electric has 104 horsepower.
-
How much does the 2019 Hyundai Ioniq Electric weigh?
- The 2019 Hyundai Ioniq Electric is listed to weigh 3188 lbs.
- 1.6L 4 cylinder 6-speed automated manual
Recall 184684 [USA]: Unexpected acceleration following gas pedal release can increase the risk of a crash.
Recall R/2019/359 [UK]: Wheel nuts not tightened to correct specification
Recall 2021735 [Canada]: Powertrain
Recall 2019498 [Canada]: Wheels
To ensure accuracy and for your safety, it is recommended to do a free VIN recall check here or here [USA] - UK - Canada.
Automatic (A1) Front-Wheel Drive Ioniq Electric
Description Data Combined electricity consumption in kw-hrs/100 miles 25.0 Transmission Automatic (A1) You save/spend over 5 years compared to an average car ($). savings are positive; a greater amount spent yields a negative number. for dual fuel vehicles, this is the cost savings for gasoline 7250 Electric motor (kw-hrs) 88 kW AC PMSM Description Data Annual petroleum consumption in barrels for fuel type 1 0.06 Time to charge an electric vehicle in hours at 240 v 4 City mpg for fuel type 1, 150 Unrounded city mpg for fuel type 1, 150 City electricity consumption in kw-hrs/100 miles 22 Combined mpg for fuel type 1, 136 Unrounded combined mpg for fuel type 1, 136.0 Combined electricity consumption in kw-hrs/100 miles 25.0 Drive axle type Front-Wheel Drive EPA model type index 31 EPA fuel economy score (-1 = not available) 10 Annual fuel cost for fuel type 1 ($) 500 Fuel type with fuel type 1 and fuel type 2 (if applicable) Electricity Fuel type 1. for single fuel vehicles, this will be the only fuel. for dual fuel vehicles, this will be the conventional fuel. Electricity EPA ghg score (-1 = not available) 10 Highway mpg for fuel type 1, 122 Unrounded highway mpg for fuel type 1, 122.0 Highway electricity consumption in kw-hrs/100 miles 28.0 Vehicle record id 40384 4 door luggage volume (cubic feet) 23 Model name (carline) Ioniq Electric Has my mpg data; see yourmpgvehicle and yourmpgdrivervehicle N If true, this vehicle operates on a blend of gasoline and electricity in charge depleting mode false 4-door passenger volume (cubic feet) 96 EPA range for fuel type 1 124 EPA city range for fuel type 1 135.4 EPA highway range for fuel type 1 110.0 Transmission Automatic (A1) Unadjusted city mpg for fuel type 1 224.8 Unadjusted highway mpg for fuel type 1 182.7 EPA vehicle size class Midsize Cars You save/spend over 5 years compared to an average car ($). savings are positive; a greater amount spent yields a negative number. for dual fuel vehicles, this is the cost savings for gasoline 7250 Electric motor (kw-hrs) 88 kW AC PMSM 3-character manufacturer code HYX Date the vehicle record was created (iso 8601 format) Thu Jul 12 00:00:00 EDT 2018 Date the vehicle record was last modified (iso 8601 format) Wed Feb 02 00:00:00 EST 2022 Vehicle has start-stop technology (y, n, or blank for older vehicles) N Automatic (AM6) Front-Wheel Drive Ioniq
Description Data Engine cylinders 4 Engine displacement in liters 1.6 Engine descriptor; see fueleconomy.gov details SIDI; Hybrid Transmission Automatic (AM6) You save/spend over 5 years compared to an average car ($). savings are positive; a greater amount spent yields a negative number. for dual fuel vehicles, this is the cost savings for gasoline 4750 Electric motor (kw-hrs) 240V Li-Ion Description Data Annual petroleum consumption in barrels for fuel type 1 5.40927 City mpg for fuel type 1, 55 Unrounded city mpg for fuel type 1, 54.7111 Tailpipe co2 in grams/mile for fuel type 1 163 Combined mpg for fuel type 1, 55 Unrounded combined mpg for fuel type 1, 54.5885 Engine cylinders 4 Engine displacement in liters 1.6 Drive axle type Front-Wheel Drive EPA model type index 48 Engine descriptor; see fueleconomy.gov details SIDI; Hybrid EPA fuel economy score (-1 = not available) 10 Annual fuel cost for fuel type 1 ($) 1000 Fuel type with fuel type 1 and fuel type 2 (if applicable) Regular Fuel type 1. for single fuel vehicles, this will be the only fuel. for dual fuel vehicles, this will be the conventional fuel. Regular Gasoline EPA ghg score (-1 = not available) 10 Highway mpg for fuel type 1, 54 Unrounded highway mpg for fuel type 1, 54.4394 Hatchback luggage volume (cubic feet) 27 Hatchback passenger volume (cubic feet) 96 Vehicle record id 40535 Model name (carline) Ioniq Has my mpg data; see yourmpgvehicle and yourmpgdrivervehicle Y If true, this vehicle operates on a blend of gasoline and electricity in charge depleting mode false Transmission Automatic (AM6) Unadjusted city mpg for fuel type 1 72.421 Unadjusted highway mpg for fuel type 1 74.8987 EPA vehicle size class Large Cars You save/spend over 5 years compared to an average car ($). savings are positive; a greater amount spent yields a negative number. for dual fuel vehicles, this is the cost savings for gasoline 4750 Electric motor (kw-hrs) 240V Li-Ion 3-character manufacturer code HYX Date the vehicle record was created (iso 8601 format) Fri Aug 10 00:00:00 EDT 2018 Date the vehicle record was last modified (iso 8601 format) Tue Aug 20 00:00:00 EDT 2019 Vehicle has start-stop technology (y, n, or blank for older vehicles) Y
HYUNDAI MOTOR COMPANY: Ioniq Electric - Test: KHYXV00.0P31
Description Data Displacement (L) 0.001 Curb Weight (lbs.) 3188 Gross Vehicle Weight Rating (lbs.) 4189 Equivalent Test Weight (lbs.) 3500 Test Drive Description 2-Wheel Drive, Front Transmission Type Description Automatic
Bulletins are notices put out by manufacturers in conjunction with the NHTSA to notify the public of manufacturing issues or changes.
- 23-EM-005H - ENGINE AND ENGINE COOLING: This bulletin provides important checkpoint guidelines when performing engine oil and filter change services.
- 23-BE-007H - EQUIPMENT:ELECTRICAL:INFOTAINMENT:SOFTWARE: This service information bulletin provides information on how to update the apple carplay software from hyundaia??S navigation updates page. The current version of google maps has 10 times the data transmission compared to the previous vers
- 23-BD-007H - STRUCTURE:BODY: Hyundai applies a paint protection film (ppf) on new vehicles before delivery to dealerships. It provides a barrier between the paint and contaminants, such as rail dust, acid rain, and industrial fallout. In rare cases, the paint can becom
- 23-BD-002H - VISIBILITY: This bulletin provides information regarding condensation related to the accumulated moisture in the headlamp, rear combination lamp, daytime running lamp (drl), or fog lamp. This tsb illustrates the various causes of condensation inside th
- 22-GI-006H - TIRES: Effective june 2, 2008, federal motor vehicle safety standard 110 (fmvss 110) established a threshold for correcting load carrying capacity information indicated on tire placards when vehicle weight has been increased before retail sale
- 218/231 amend - STEERING: Certain vehicles may develop a bearing noise within the motor driven power steering (mdps) column worm shaft assembly. If bearing noise is heard, follow the procedure in this bulletin to replace the worm shaft bearing.
- 22-ST-005H - STEERING: Certain vehicles may develop a bearing noise within the motor driven power steering (mdps) column worm shaft assembly. If bearing noise is heard, follow the procedure in this bulletin to replace the worm shaft bearing.
- 22-ST-005H - STEERING: Certain vehicles may develop a bearing noise within the motor driven power steering (mdps) column worm shaft assembly. If bearing noise is heard, follow the procedure in this bulletin to replace the worm shaft bearing.
- 21-ST-003H - STEERING: Certain vehicles may develop a bearing noise within the motor driven power steering (mdps) column worm shaft assembly. If bearing noise is heard, follow the procedure in this bulletin to replace the worm shaft bearing
- 21-EM-004H - EQUIPMENT: This bulletin provides the service procedure for engine connecting rod bearing clearance testing. Perform the procedure outlined in this bulletin to fulfill the bearing clearance test inspection requirements to determine next required steps
- 21-BR-002H - BRAKES (PWS): This bulletin provides best practice recommendations when performing brake service procedures.
- 21-01-013H - EQUIPMENT: This bulletin describes the procedure to install a protection cover over the in-cable control box (iccb) to protect against drops, bumps, or shock.
- 21-EE-001H - EQUIPMENT:OTHER:OWNERS/SERVICE/OTHER MANUAL : This service information bulletin provides the instructions on how to adjust the maximum ev battery charging threshold in the radio head unit.
- 21-EM-003H - EQUIPMENT: This bulletin provides the inspection procedure and repair guidelines for certain vehicles listed below.
- 21-EE-001H - ELECTRICAL SYSTEM: This service information bulletin provides the instructions on how to adjust the maximum ev battery charging threshold in the radio head unit.
- 20-BR-002H - BRAKES (PWS): This bulletin describes the procedure to inspect and identify fluid which may appear around the brake caliper area.
- 20-SS-004H - TIRES: This bulletin provides tire vibration service procedures, including how to optimize vehicle vibration performance. For all wheel/tire balance claims, the a??Tire balance data sheeta?? Must be fully completed including imbalance and road for
- 20-EE-001H-2 - ELECTRICAL SYSTEM: The following summarizes the procedure for ev battery replacement:
- 20-01-039H - ELECTRICAL SYSTEM: This bulletin provides information and procedures for collecting obd in use monitor performance ratio (iumpr) data on certain 2019-2021my vehicles at california dealers. This reporting is mandated by carb (california air resources boa
- 20-ST-003H-1 - STEERING: Certain vehicles may develop a bearing noise within the motor driven power steering (mdps) column worm shaft assembly. If bearing noise is heard, follow the procedure in this bulletin to replace the worm shaft assembly.
- 20-ST-001H-2 - EQUIPMENT: This bulletin provides information regarding replacement of the column-mounted motor driven power steering (mdps) system as separate components.
- 20-EE-001H-1 - ELECTRICAL SYSTEM:12V/24V/48V BATTERY: The following summarizes the procedure for ev battery replacement:
- 20-ST-003H - STEERING:ELECTRIC POWER ASSIST SYSTEM: Certain vehicles may develop a bearing noise within the motor driven power steering (mdps) column worm shaft assembly. If bearing noise is heard, follow the procedure in this bulletin to replace the worm shaft assembly.
- 20-ST-001H-1 - STEERING:AUTOMATED/ADAPTIVE STEERING:MOTOR/ACTUATOR: This bulletin provides information regarding replacement of the column-mounted motor driven power steering (mdps) system as separate components.
- 20-BD-014H - EXTERIOR LIGHTING: This bulletin provides information regarding condensation related to moisture accumulation in the headlamp, rear combination lamp, daytime running lamp (drl), or fog lamp. The tsb illustrates the various causes of condensation inside the la
- 20-SS-002H(1) - TIRES: This bulletin provides information on tire maintenance best practices and procedures for dealers and customers to maximize tire life and performance.
- 20-BD-007H-1 - EQUIPMENT: This bulletin describes the general guidelines to help disinfect and protect vehicle exterior/interior surfaces using recommended safe chemical products.
- 20-EE-003H - ELECTRICAL SYSTEM: This bulletin provides information on identifying dealer stock vehicles with either: a battery soc alert - low battery state of charge (soc) at or below 50%. a 30 day alert - vehicle has not started and reported an soc in 30 days.
- 20-AT-016H - POWER TRAIN: The automatic transmission warranty repair policy authorizes in-dealership repairs of the following components for both oem (new) and remanufactured automatic transmissions:
- 20-HA-001H - SERVICE BRAKES, AIR:SUPPLY:COMPRESSOR: This bulletin provides additional service diagnostic information and repair procedures related to electric a/c compressors equipped in hybrid electric vehicles, plug-in hybrid electric vehicles, and electric vehicles.
- 20-BD-007H - EQUIPMENT ADAPTIVE/MOBILITY: This bulletin describes the general guidelines to disinfect and protect vehicle interior surfaces using certain safe chemical products.
- 20-EE-002H(1) - ELECTRICAL SYSTEM: This bulletin describes the mandatory procedure to submit battery test data electronically for battery warranty claims by running the gds battery claim app. The app must be run right after an incident battery is removed from the vehicle or
- 20-BR-001H - SERVICE BRAKES, HYDRAULIC: This bulletin describes the procedure to properly bleed the brakes on sonata hev/phev (lf) and ioniq ev/hev/phev (ae) vehicles. This procedure applies when any air is introduced into the active hydraulic boost (ahb) system, which consists o
- 20-SS-001H - SUSPENSION: This bulletin describes the requirements for all wheel alignment and/or vehicle tracking claims and best practices when diagnosing and conducting alignment-related repairs for all models and model years.
- 20-ST-001H - STEERING: This bulletin provides information regarding replacement of the column-mounted motor driven power steering (mdps) system as separate components.
- 20-BE-001H - ELECTRICAL SYSTEM: This bulletin provides guidelines to inspect the usb, head unit, and multi-box for common connection conditions. 2. This bulletin presents guidelines to inspect for common android auto and apple carplay connection conditions. 3. This bullet
- 19-01-042H - EQUIPMENT: This bulletin provides information and procedures for collecting obd ?In use monitor performance ratio? (iumpr) data on certain 2019-2020my vehicles at california dealers. This reporting is mandated by carb (california air resources board).
- Campaign T4G Dea - ENGINE AND ENGINE COOLING:COOLING SYSTEM: Hyundai is conducting a service campaign to inspect the electric water pump (ewp) assembly.
- 19-01-036H - ELECTRICAL SYSTEM: Certain vehicles may incur dash warning light(s) on with dtc(s) stored including either of the following dtc: ? U1116 - lost communication with motor electronics coolant pump (c-can) ? U1118 - lost communication with hybrid/ev battery ele
- 19-BE-011H-1 - BACK OVER PREVENTION: The blind spot detection (bsd) or blind-spot collision warning (bcw) is a system that measures the speed of and distance from the following vehicles by using two magnetic wave radar sensors attached in the rear bumper. The bsd/bcw detects v
- 19-GI-006H - EQUIPMENT ADAPTIVE/MOBILITY: This bulletin provides instruction detailing the proper methodology for scanning and uploading captured gds data files to the techline repository. Compliance with this bulletin ensures that the gds data files are correctly transferred and m
- 19-EE-001H-1 - ELECTRICAL SYSTEM: This bulletin provides information on how to return a hyundai hev/phev/ev/fuel cell lithium battery for proper disposal and safe environmental recycling using hyundai?S authorized vendor kinsbursky brothers intl. (kbi).
- 19-BE-009H - FORWARD COLLISION AVOIDANCE: This bulletin provides information for troubleshooting of the blind-spot collision warning (bcw/bsd) system whenever it exhibits diagnostic trouble code (dtc) C120B/d or C160A.
- 19-EE-002H - ELECTRICAL SYSTEM:12V/24V/48V BATTERY: The following summarizes the service procedure for ev battery replacement:
- 19-ST-001H - STEERING: This bulletin provides information regarding replacement of the column-mounted motor driven power steering (mdps) system as separate components.
- 19-HA-001H - ENGINE AND ENGINE COOLING: This bulletin provides additional service diagnostic information and repair procedures related to electric a/c compressors equipped in hybrid electric vehicles, plug-in hybrid electric vehicles, and electric vehicles.
- 19-FL-003H - POWER TRAIN: This bulletin provides the procedure to write the vehicle identification number (vin) during the replacement of the engine control module (ecm) or powertrain control module (pcm). Once the vin has been programmed to the ecm/pcm, it cannot b
- 5NP-M7Z5K-02 - ELECTRICAL SYSTEM: This bulletin provides information on how to return a hyundai hev/phev/ev/fuel cell lithium battery for proper disposal and safe environmental recycling using hyundai?S authorized vendor kinsbursky brothers inc. (kbi).
- 5NP-W9W4Y-12 - ELECTRICAL SYSTEM: Some ioniq ev (ae ev) and ioniq plug-in hybrid (ae phev) vehicles may experience a charging connector lock/unlock actuator malfunction, which may cause: the charging connector to not remain locked when the charger is inserted into the charg
Pedestrian alert sounds investigation # DP22005
Nhtsa received a petition on or about july 18, 2022, requesting that federal motor vehicle safety standard (fmvss) 141 be applied to all electric and hybrid vehicles operating in the united states. The petition can be reviewed at nhtsa.Gov under odi number 11486072.Fmvss 141 establishes performance requirements for pedestrian alert sounds for motor vehicles. The standard applies to hybrid and electric vehicles that have a gross vehicle weight rating of 4,536 kg or less or are defined as low-speed vehicles. The standard became fully applicable to all such vehicles manufactured on or after march 1, 2021.The petitioner asserts that hybrid and electric vehicles to which the standard does not apply should be found to contain a safety defect. In support of the petition, the petitioner includes findings contained in a bill introduced in the house of representatives in 2009, the pedestrian safety enhancement act of 2009, h.R. 734, 111th cong. (2009). A related bill, the pedestrian safety enhancement act of 2010, became law in january 2011 (pub. L. 111-373). The petitioner requests that nhtsa require all electric and hybrid vehicles comply with fmvss 141, regardless of production date.The defect petition has been opened to evaluate the issue and determine whether to grant or deny the petition.The associated product list is not exhaustive and may contain vehicles that are equipped with pedestrian alert sounds.
138 Results returned successfully. NOTE: Any missing decoded values should be interpreted as NHTSA does not have data on the specific variable. Missing value should NOT be interpreted as an indication that a feature or technology is unavailable for a vehicle.
Variable | Value |
---|---|
ABS | Standard |
Air Bag Loc Curtain | 1st and 2nd Rows |
Air Bag Loc Front | 1st Row (Driver and Passenger) |
Air Bag Loc Knee | Driver Seat Only |
Air Bag Loc Side | 1st Row (Driver and Passenger) |
Auto Reverse System | Standard |
Automatic Pedestrian Alerting Sound | Standard |
Axles | 2 |
Base Price | 22400 |
Battery Info | Traction Motor (3-phase AC); 6.5 Ah |
Battery Type | Lithium-Ion/Li-Ion |
BatteryV | 240 |
Body Class | Hatchback/Liftback/Notchback |
Charger PowerKW | 32 |
Daytime Running Light | Standard |
DisplacementCC | 1600.0 |
DisplacementCI | 97.63799055157 |
DisplacementL | 1.6 |
Doors | 5 |
Dynamic Brake Support | Standard |
ESC | Standard |
Electrification Level | Strong HEV (Hybrid Electric Vehicle) |
Engine Cylinders | 4 |
EngineHP | 104 |
EngineKW | 77.5528 |
Engine Manufacturer | HMC |
Error Text | 0 - VIN decoded clean. Check Digit (9th position) is correct |
Fuel Type Primary | Gasoline |
Fuel Type Secondary | Electric |
Keyless Ignition | Standard |
Make | HYUNDAI |
MakeID | 498 |
Manufacturer | HYUNDAI-KIA AMERICA TECHNICAL CENTER INC (HATCI) |
Manufacturer Id | 1034 |
Model | Ioniq |
ModelID | 21961 |
Model Year | 2019 |
NCSA Body Type | 5-door/4-door hatchback |
NCSA Make | Hyundai |
NCSA Model | Ioniq |
Other Engine Info | GDI KAPPA |
Park Assist | Standard |
Plant City | ULSAN |
Plant Country | SOUTH KOREA |
Rear Visibility System | Standard |
Seat Belts All | Manual |
Seat Rows | 2 |
Seats | 5 |
Semiautomatic Headlamp Beam Switching | Standard |
Series | Blue (HEV) |
Steering Location | Left-Hand Drive (LHD) |
TPMS | Direct |
Traction Control | Standard |
VIN | KMHC65LC1KU163424 |
Valve Train Design | Dual Overhead Cam (DOHC) |
Vehicle Type | PASSENGER CAR |
Wheel Base Short | 106.3 |
Wheel Size Front | 15 |
Wheel Size Rear | 15 |
Wheels | 4 |
Crash | Fire | Towed | Injured | Deaths | Failure Date |
---|
No | No | N | None | None | 20201130 |
This is a follow up to complaint number 1# 1360258 submitted in sept. In particular, i have had multiple dealers replace a water pump and related assemblies for a total of 3 replacements since aug. This was their effort to deal with the electrical system issues that have resulted continued incidents of erratic and uncontrolled application of the regenerative breaking (not by driver), shutting off of any ability to accelerate the car while driving, and complete shutoffs of the car while driving on freeways, i.E. All lights off, no response from instruments except for breaking to a stop. I realize you may be short handed dealing with complaints, but i haven't received any contact since first reporting this and was wondering if i should expect any? Or is this only once you have so many related complaints to investigate? Or perhaps you need some more verifiable documentation of the events? Thanks for your help.
No | No | N | None | None | 20201129 |
This is a follow up to complaint number 1# 1360258 submitted in sept. In particular, i have had multiple dealers replace a water pump and related assemblies for a total of 3 replacements since aug. This was their effort to deal with the electrical system issues that have resulted continued incidents of erratic and uncontrolled application of the regenerative breaking (not by driver), shutting off of any ability to accelerate the car while driving, and complete shutoffs of the car while driving on freeways, i.E. All lights off, no response from instruments except for breaking to a stop. I realize you may be short handed dealing with complaints, but i haven't received any contact since first reporting this and was wondering if i should expect any? Or is this only once you have so many related complaints to investigate? Or perhaps you need some more verifiable documentation of the events? Thanks for your help.
Crash | No | Y | 3 Injured | None | 20201007 |
The car was stopped at a stop light when we were struck from behind by a ford f150. We were pushed into the stopped vehicle in front of us (very minor damage in front). I was in the passenger seat and my head bounced off of the dashboard. My daughter was in the seat behind the driver and her head was bounced off the back of the drivers seat. The seat belts kept us in our seats but the shoulder belts failed to engage. The car has since been totaled due to damage from the rear.
Crash | No | Y | 3 Injured | None | 20201006 |
The car was stopped at a stop light when we were struck from behind by a ford f150. We were pushed into the stopped vehicle in front of us (very minor damage in front). I was in the passenger seat and my head bounced off of the dashboard. My daughter was in the seat behind the driver and her head was bounced off the back of the drivers seat. The seat belts kept us in our seats but the shoulder belts failed to engage. The car has since been totaled due to damage from the rear.
No | No | N | None | None | 20200815 |
I have had 4 incidents so far over the last month, all lasting under 5 seconds. In each case, the regenerative braking switches to a different level without any input from the user. This presents as what feels like a level 3 (strong) braking when none was on and no foot is near the brake, or if the regen braking was turned on (in one case to level 1), it shuts off momentarily. During these incidents, the behavior is also irregularly changing between for example hard breaking (level 3) for a second and then fluttering irregularly between hard and low levels. In one incident, the car completely shut off (and stayed in neutral) after an incident happened while accelerating from a stop. The car then glided to the side of the road where i was able to restart the car as normal. In each case, the incident occurs while in motion, not touching the brake pedal but may be currently set on different levels of regen braking (it's happened both in level 0 (none) and 1 (low). The behaviour is not however trigger by manally changing the regen level but seems to just spontaneously happen while smooth driving. Most cases occurred on city streets but one occurred on a smooth highway at about 60mph. None of the incidents have created an accident as i was not very close to any car in any case. I do have two invoices from separate car dealers looking at the problem. In the first case, they could not find any error codes but they found the water pump was leaking and replaced that (per a tsb). Following another incident i took it to a second dealer who also did not see an error code nor could find a problem. This, even after the "ev" warning light came on for a full drive two days previous.
No | No | N | None | None | 20200814 |
I have had 4 incidents so far over the last month, all lasting under 5 seconds. In each case, the regenerative braking switches to a different level without any input from the user. This presents as what feels like a level 3 (strong) braking when none was on and no foot is near the brake, or if the regen braking was turned on (in one case to level 1), it shuts off momentarily. During these incidents, the behavior is also irregularly changing between for example hard breaking (level 3) for a second and then fluttering irregularly between hard and low levels. In one incident, the car completely shut off (and stayed in neutral) after an incident happened while accelerating from a stop. The car then glided to the side of the road where i was able to restart the car as normal. In each case, the incident occurs while in motion, not touching the brake pedal but may be currently set on different levels of regen braking (it's happened both in level 0 (none) and 1 (low). The behaviour is not however trigger by manally changing the regen level but seems to just spontaneously happen while smooth driving. Most cases occurred on city streets but one occurred on a smooth highway at about 60mph. None of the incidents have created an accident as i was not very close to any car in any case. I do have two invoices from separate car dealers looking at the problem. In the first case, they could not find any error codes but they found the water pump was leaking and replaced that (per a tsb). Following another incident i took it to a second dealer who also did not see an error code nor could find a problem. This, even after the "ev" warning light came on for a full drive two days previous.
Common OBD-II Error Codes
VIN | Year | Model | Manufactured In |
---|---|---|---|
KMHC75LD8KU181666 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC85LH3KU048538 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC75LC0KU108900 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC85LH6KU031846 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC1KU163424 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC05LH0KU050111 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC8KU168328 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC8KU179474 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC75LD0KU106976 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC75LC9KU115540 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC1KU132531 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC85LC3KU143119 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC3KU117562 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC1KU179428 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC0KU170820 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC0KU170929 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC8KU167535 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC3KU169774 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC75LD3KU162975 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC05LH0KU039982 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC85LC5KU144126 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC85LH9KU033414 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC65LC7KU179515 | 2019 | Ioniq | ULSAN , SOUTH KOREA |
KMHC05LH4KU044781 | 2019 | Ioniq | ULSAN , SOUTH KOREA |