2011 BMW X3 Manufacturer communications & TSBs.Page 3
Original record summaries, dates and identifiers for this model-year. Records 201–300 of 360, ordered newest first. Dated records on this page: Apr 1, 2013–Jan 1, 2015.
Read the applicability before drawing a conclusion.
This archive includes service bulletins, warranty notices, software instructions and other communications. Records may repeat or supersede earlier instructions. A model-year association is not proof that a document covers every engine, trim, VIN or reported symptom, or that a repair is free.
NHTSA download snapshot: Sep 28, 2026. These are communication associations for this vehicle, not unique defects. How records are joined and counted.
Jan 1, 2015Service Bulletin/Repair Instructions
652413
NHTSA communication ID: 10147626
NHTSA source summary · Original PDF not reviewed by Recallfolio
This Service Information bulletin supersedes SI B65 24 13 dated January 2014. designates changes to this revision SUBJECT Headunit-High: INITIAL Enabling Code Is Not Accepted Via I-Drive. INFORMATION Do not replace parts and do not program the vehicle for this issue. First-time activation of the navigation system should always be performed during the Quality Certification 1 (QC1) Pre-Delivery Inspection (PDI), with the vehicle connected to the ISTA diagnosis system. Refer to SI B65 22 14. WARRANTY INFORMATION Not applicable since the first time activation of the navigation system is part of the QC1 process and cannot be claimed separately. [ Copyright (c)2015 BMW of North America, Inc. ] https://www.bmwtis.net/tiscode/cgi-bin/bulletin.aspx?sie_path=/tsb/bulletins/htm_store/20588.1.B652413....3/2/2015
NHTSA source summary · Original PDF not reviewed by Recallfolio
This Service Information bulletin supersedes SI B65 13 12 dated September 2012. designates changes to this revision SUBJECT Headunit High: Navigation System Road Map Usage. INFORMATION The Headunit High (HU-H), also called NBT, began replacing the Car Information Computer (CIC) on certain MY2013 vehicles with option 609. This change will affect the navigation system road map data support process and the warranty spare parts processes for the HU-H. For the US market, all vehicles will come pre-loaded from the factory with the latest navigation system road map database version that was available at the time of vehicle production. Therefore, there will be no physical copy of the navigation system road map data media DVD set or USB stick placed in these vehicles at the Vehicle Distribution Center (VDC). NOTE: Additionally, all replacement HU-H parts come with a pre-loaded version of the current available navigation system road map database installed. A set of DVD copies of the navigation system road map database, HU-H NAVI Road Map North America NEXT, is shipped to all BMW centers through the automatic tool shipment program with each release of a navigation system road map database. IMPORTANT: Additional copies or earlier NAV road map database versions cannot be ordered individually! Therefore, please take special care to archive the HU-H NAV road map DVD sets! The NAV road map data on the DVD set can also be installed into the Network Attached Storage (NAS). From there it then can be installed onto the HU-H in the vehicle, using the Integrated Service Technical Application for Programming (ISTA/P). For installation of the navigation system road map data media DVD set onto the Network Attached Storage (NAS), please contact your ISPI NEXT Administrator. In addition to this procedure, it is also possible to download the NAV road map data on the DVD set directly to the hard disc drive (HDD) integrated in the HU-H by inserting the DVDs one by one into the HU-H internal DVD
NHTSA source summary · Original PDF not reviewed by Recallfolio
This Service Information bulletin supersedes SI B65 10 09 dated March 2013. designates changes to this revision SUBJECT CIC head unit: Vehicle Position Is Missing or Incorrect on Navigation Map. The vehicle position is missing or incorrect on the navigation map. The navigation system integrated in the Car Information Computer (CIC) is not calibrated correctly.
NHTSA source summary · Original PDF not reviewed by Recallfolio
This Service Information bulletin supersedes SI B65 05 09 dated July 2009. designates changes to this revision SUBJECT CIC Headunit: Navigation System Road Map Usage. INFORMATION The Car Information Computer (CIC) began replacing the Car Communication Computer (CCC) on vehicles with option 609 in September of 2008. This change affected the navigation system road map data support process and the warranty spare parts processes for the CIC. For the US market, all vehicles come pre-loaded from the factory with the latest navigation system road map database version that was available at the time of vehicle production. Therefore, no physical copy of the navigation system road map data media DVD set or USB stick is placed in these vehicles at the Vehicle Distribution Center (VDC). NOTE: Additionally, all replacement CIC parts come with a pre-loaded version of the current available navigation system road map database installed. A set of DVD copies of the navigation system road map database, CIC NAVI Road Map North America PREMIUM, is shipped to all BMW centers through the automatic tool shipment program with each release of a navigation system road map database. IMPORTANT: Additional copies or earlier NAV road map database versions cannot be ordered individually! Therefore, please take special care to archive the CIC NAV road map DVD sets! The NAV road map data on the DVD set can also be installed into the Network Attached Storage (NAS). From there, it can then be installed onto the CIC in the vehicle, using the Integrated Service Technical Application for Programming (ISTA/P). For installation of the navigation system road map data media DVD set onto the Network Attached Storage (NAS), please contact your ISPI Next Administrator. In addition to this procedure, it is also possible to download the NAV road map data on the DVD set directly to the hard disc drive (HDD) integrated in the CIC by inserting the DVDs one by one into the CIC internal DVD drive. It will take approxim
NHTSA source summary · Original PDF not reviewed by Recallfolio
SUBJECT N20, N26, and N55 Engines with Injector Electrical Faults. Any of the following symptoms could occur simultaneously with injector electrical faults stored in the DME: z After the engine is turned off for a short time, it can no longer be started; however, the starter motor turns. z The engine starts but immediately cuts off. z The engine runs erratically or lacks power. z The Service Engine Soon light (MIL) may be on with several poetential faults stored. The DME has malfunctioned due to an internal fault.
NHTSA source summary · Original PDF not reviewed by Recallfolio
"SUBJECT N55: Slight Surging at Constant Speeds when Accelerating Very Lightly. The vehicle shudders or surges slightly while driving at constant speeds and applying the accelerator very lightly. This symptom is most easily reproduced under light loads when the current fuel consumption is approximately 3448 miles per gallon. The current fuel consumption can selected and monitored in the instrument cluster while driving (the ""fuel consumption, current"" option is set to active in the settings menu). No relevant fault will be stored in the DME memory. DME software; the fuel injection rate under these conditions is too close to the minimum calculated threshold."
Source components: VEHICLE SPEED CONTROL · VEHICLE SPEED CONTROL:ACCELERATOR PEDAL.
NHTSA source summary · Original PDF not reviewed by Recallfolio
SUBJECT DME Internal and Valvetronic Faults Set at Cold Ambient Temperatures. The Service Engine Soon light (MIL) can be illuminated with the erroneous internal and Valvetronic faults stored in the DME. The MIL will only come on if the fault has been detected on two (or more) consecutive drive cycles. The following fault codes may be stored in the DME: E Seriesz 36AE - DME, internal fault, Valvetronic: Current implausible One or more of the following secondary faults may also be stored: z 2DE2 - Valvetronic, actuation, voltage phase: Line disconnection z 2DE3 - Valvetronic, actuation, volt phase: Line disconnection z 2DE4 - Valvetronic, actuation, volt phase: Line disconnection F Seriesz 1F0905 - DME, internal fault, Valvetronic: Current implausible One or more of the following secondary faults may also be stored: z 135B10 - Valvetronic, actuation, voltage phase: Line disconnection z 135B11 - Valvetronic, actuation, volt phase: Line disconnection z 135B12 - Valvetronic, actuation, volt phase: Line disconnection Engine performance and driving characteristics are not affected. DME software diagnostic sensitivity.
NHTSA source summary · Original PDF not reviewed by Recallfolio
SUBJECT N20 and N26 Differential Pressure Sensor Fault 195002 Stored in DME. The Service Engine Soon (MIL) light is on with the following differential pressure sensor fault stored: z 195002 - Differential pressure sensor, tank vent valve, electrical: Short circuit to ground During engine operation, vibration and movement of the sensor can damage the pin contacts of the harness connector, or cause a break in the wiring.
NHTSA source summary · Original PDF not reviewed by Recallfolio
SUBJECT Deleting DME Adaptations After Crankshaft Sensor-related Repairs. The erroneous misfire faults are stored, and the Service Engine Soon light (MIL) illuminates The ISTA Service Function to delete the DME adaptations fails to clear the crankshaft incremental wheel adaptation, depending on the current DME software version. This adaptation must be cleared whenever the following repairs are made: 1. Replacement of the crankshaft position sensor 2. Replacement of the incremental sensor wheel on the crankshaft 3. Replacement of the crankshaft 4. Replacement of the crankcase (block) with pistons 5. Replacement of the engine assembly Due to slight tolerance differences with the new replacement hardware and the original learned crankshaft position, values could cause cylinder balance calculation errors by the DME. DME software (the incremental wheel adaptation cannot be cleared)
Source components: ENGINE AND ENGINE COOLING:EXHAUST SYSTEM:EMISSION CONTROL:CRANKCASE (PCV).
NHTSA source summary · Original PDF not reviewed by Recallfolio
Service Action: Bluetooth Software (KISU Data) Update. This Service Action is being released to improve customer satisfaction as we strive to be number 1 in the JD Power Initial Quality Survey (IQS). This new KISU software improves the Bluetooth functionality in our vehicles, and it helps keep us up-to-date with technology innovation. Please implement the Bluetooth Software Update Service Action. This Service Action will be in effect until March 2015. Thank you for your continuous support. Improved KISU data (Customer Initiated Software Update) is now available for installation in these vehicles via the USB port. Improved functionality for COMBOX: z Detailed view of the text messages z Android device connection stability (linked contacts causing BT disconnection) Improved functionality for HU-H: z Reconnection strategy z 3rd Party App Metadata - Album art and song title Note: This Service Action is to be completed only at the dealer. You (dealers) will be receiving vehicles from the VDCs that will require this service action to be completed prior to customer delivery.
Source components: ELECTRICAL SYSTEM · EQUIPMENT ADAPTIVE/MOBILITY · EQUIPMENT:OTHER:OWNERS/SERVICE/OTHER MANUAL.
NHTSA source summary · Original PDF not reviewed by Recallfolio
iPhone 6, 6 Plus, 5, 5S, 5C, 4S, 4, and 3GS with iOS 8.x Information. INFORMATION There is one major difference in functionality since iOS 8.0 was released. Scenario: z The customer leaves the vehicle and turns his or her phone off. z He or she turns the phone back on. z He or she enters the vehicle, but does not unlock the phone and start driving. Result: z The phone reconnects to the Bluetooth system (normal). z However, it does not transfer the contact list (not normal). z The contact list in the iDrive will be empty. z The call list in the Kombi will display only phone numbers, but no names. z The hands-free system works for accepting calls and conversing on calls started on the phone. Solution: z Prior to the customer entering the vehicle they must unlock the phone (passkey) With the release of Apple's new iPhone 6, 6 Plus and iOS 8.x software, there have been many questions regarding the new phone and software. The information in the attachment to this Service Information will help answer these questions. A printed copy can be given to the customer if needed. The attachment provides information on the differences between the new iPhone 6, 6 Plus and the previous versions, along with Apple software improvements in the following areas: 1. Visual comparison 2. Connectivity 3. Functionality Refer to the PDF file in the "Attachment" section of this bulletin for complete details. Information on the iPhone 6 is also available via the following: z www.bmwusa.com/bluetooth website NOTE: This SI will be updated as new information is received.
Source components: ELECTRICAL SYSTEM · ELECTRICAL SYSTEM:SOFTWARE · EQUIPMENT ADAPTIVE/MOBILITY.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Automated Activation of Navigation System During PDI/QC1. INFORMATION Important: The INITIAL NAV enabling code no longer needs to be pre-ordered through the Parts department! When the vehicle is connected to the diagnostic system ISTA to perform PDI/QC1, the step to activate the navigation system (part of Delete Transport Mode) will automatically request the INITIAL NAV enabling code (VIN-specific) without pre-ordering the enabling code. This enabling code will be automatically delivered through ISTA and it then activates the navigation system. Note: This VIN-specific NAV enabling code is then also automatically stored in the Repair Kit in the Aftersales Assistance Portal (ASAP). The automated INITIAL NAV enabling code request and activation of the navigation system will take no longer than 1 minute. After finishing "Delete Transport Mode," the navigation system in the vehicle will be active without entering the 20-digit INITIAL NAV enabling code manually or in ISTA. If the navigation system is not active and asking for the enabling code, turn off the ignition and wait for the head unit to enter sleep mode (approx. 3 minutes). After that, turn on the ignition again. The head unit will start up and the navigation system is activated. If the INITIAL NAV enabling code for first-time activation of the navigation system is not requested or delivered automatically, it still can be ordered manually through the Parts department and activated in the vehicle through the iDrive controller, by entering the 20-digit enabling code manually.
NHTSA source summary · Original PDF not reviewed by Recallfolio
NVLD Tank Leakage FC 190302 Fuel Tank Ventilation and Purge Air System Micro Leak. The engine malfunction warning is illuminated and the following fault code is stored in the DME memory: z FC 190302 Fuel tank ventilation and purge air system micro leak leakage greater than 0_5 mm CAUSE Contamination of the NVLD pressure switch electrical contacts
NHTSA source summary · Original PDF not reviewed by Recallfolio
N52T DME Fault CD9304: Diagnostic Hints for Bit-Serial Data Interface Communication. If there is a problem with communication on the Bit-serial data interface bus (BSD), the obvious symptoms are related to the oil service CBS functions. The DME must receive constant communication from the oil level sensor. Whenever this communication is disturbed, a fault is set and the following symptoms can be present: ? The remaining distance forecast to the next oil service is too short and not plausible in conjunction with the service history. ? The CBS engine oil service cannot be reset either in the Kombi or with the ISTA test plan. ? The engine oil level measurement is inactive and will not complete. The fault CD9304: Bit-serial data interface, signal: communication is stored in the DME. In addition, power management faults for undervoltage or overvoltage, as described in SI B12 12 13, could be stored as well. A faulty ignition coil may have damaged the DME; however, there is no DME fault code stored for te defective ignition coil.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Fault Code 1D2008 Stored in DME. The Service Engine Soon light is on. Fault Code 1D2008: Map thermostat: jammed open is stored in the DME. There may also be a complaint of low heat output with lower outside temperatures. CAUSE During the engine warm-up, the engine coolant does not reach operating temperature within the DME's allowable time limits. This is caused by either a faulty thermostat inside the transmission oil heat exchanger or a faulty engine characteristic map thermostat.
Source components: ENGINE AND ENGINE COOLING · POWER TRAIN.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Engine Intermittently Will Not Start at Very Low Outside Temperatures. The engine will not start at times at very low outside temperatures (-4°F/-20°C and colder); however, the battery state of charge is correct and the starter turns the engine over properly. This starting difficulty is most likely to occur after shutting the engine off briefly for 5 or 10 minutes, such as when refueling. The following faults are most likely stored in the DME: N20 engine: ? 1B5202 - Terminal 15N_1: No voltage? 1B5302 - Terminal 15N_2: No voltage ? 1B5402 - Terminal 15N_3: No voltage N52T engine: ? 1B5102 - Terminal 15N_3: line from CAS, electric: short circuit to earth ? 1B5501 - Terminal 15N: No voltage ? 1F0601 - Terminal 15N from CAS, switching delay: Switches too lateN55 engine: ? 1B5202 - Terminal 15N_1: No voltage? 1B5302 - Terminal 15N_2: No voltage ? 1B5402 - Terminal 15N_3: No voltage In addition, other engine electronic power supply-related faults could be stored for components such as VANOS solenoids, camshaft sensors, engine oil pressure sensor, engine oil pressure control valve, engine oil level sensor, etc. At very low outside temperatures, low levels of moisture present inside the power distribution module (PDM) can freeze the internal micro-relay contacts.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Vehicle inTransport Mode Cannot Be Unlocked with Remote Control. When the vehicle is in transport mode, intermittently it cannot be unlocked via the remote control key. CAUSE When the vehicle is in transport mode, to reduce power consumption, the software is designed to disable the outside antenna receiver from waking up the vehicle.
NHTSA source summary · Original PDF not reviewed by Recallfolio
This Service Information bulletin supersedes SI B64 03 14 dated October 2014. designates changes to this revision SUBJECT A/C Operation: Reduced or No Airflow After Long Drive. The customer complains of reduced air-conditioning air flow when driving for a long period, usually greater than 30 minutes. This time varies based on outside temperature and humidity. The A/C low-pressure lines and evaporator are starting to freeze up.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Check Control Message with Rear Light Failure. Intermittently, a Check Control Message (CCM) is displayed for one or more rear light failures: z Rear light z Brake light z Rear indicator One or more fault codes are registered in the Footwell Module (FRM) for one or more circuits with the fault not currently present: z 800F46 - Indicator rear left defective z 800F56 - Brake light left defective z 800F57 - Brake light right defective z 800F81 - Adaptive brake light, right, faulty z 802812 - Brake light / direction indicator, left: light faulty or open circuit z 802813 - Brake light / direction indicator, right: light faulty or open circuit CAUSE Bad connection at the rear light in the tailgate and/or rear light in the side panel
Source components: ELECTRICAL SYSTEM · EXTERIOR LIGHTING · STRUCTURE:BODY:TAILGATE.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Check Control Messages Related to Battery Charge During Cold Ambient Temperatures. On cold days with an outside ambient temperature of less than 15F, customers may notice a check control message related to the battery that is displayed on the instrument cluster and the control information display. Under these conditions, the vehicle starts. Various power management faults can be stored: z 213901 - Power management: Reduction or shutdown of individual electrical consumer z 8040BD - Reset or deactivation of Terminal 30F z 8040B9 - De-activation of terminal 30B: Top start capability limit reached z 8020E8 - Reset or deactivation of terminal 30F z 800E89 - FRM: start capability limit reached with lights active during stationary mode z 93076B - Deactivation of terminal 30B: upper start capability limit reached z 93076A - Deactivation of terminal 15: upper start capability limit reached, but deactivation preventer active z 93076C - Deactivation of terminal 30B: upper start capability limit reached, but deactivation preventer or legal loads active z 930769 - Deactivation of terminal 15: upper start capability limit reached Note: When the outside temperatures drop below 46F, the charging system is switch to full charge. CAUSE z The check control message (ID 229) is caused by a heavily discharged battery. z The check control message is triggered when the current state of charge (SoC) of the battery approaches the minimum SoC that is required to start the vehicle (start capability limit). z In low outside ambient temperatures, the start capability limit of the vehicle is higher. Therefore it takes more energy from the battery to start a cold engine. z Without the early warning of the check control message, the current state of charge would drop below the start capability limit and the vehicle would not start. z The vehicle's intelligent power management system actively takes measures to increase the charge of the battery, such as increasing idle speed and reducing or shutting
NHTSA source summary · Original PDF not reviewed by Recallfolio
This Service Information bulletin supersedes SI B51 33 14 dated October 2014. designates changes to this revision SUBJECT New "Gas Door Operation" Instruction Label. Initial quality reports show the customers are not certain how to open and close the fuel filler flap.
NHTSA source summary · Original PDF not reviewed by Recallfolio
iPhone: Connection Failures with iOS 7. There are various connectivity failures with the iPhone using iOS 7. Some examples are listed below: z Call disconnection z Contact List incomplete z General connection failures Apple software iOS 7 and its variants
NHTSA source summary · Original PDF not reviewed by Recallfolio
LED Low Beam Flashes Briefly After Ignition Switched ON. 1. The low beam flashes briefly after the ignition is switched ON. This situation can be duplicated every time the vehicle is started. 2. One of the faults below is stored and currently present: 0xDA1411 - Signal (status of exterior light operation, 0x1AE) invalid, transmitter FRM / FEM / BDC 0xD9D411 - Signal (status of exterior light operation, 0x1AE) invalid, transmitter FRM / FEM / BDC Faulty LED main light module (LHM2)
NHTSA source summary · Original PDF not reviewed by Recallfolio
LED Headlight Malfunction. 1. The LED headlight on one side malfunctions. 2. One headlight flickers on and off while driving (problem is sporadic). 3. The Check Control message indicates the parking light or driving light is defective. One or more of the following faults can be stored: 805980 Low-beam headlight defective 805981 High-beam headlight defective 8044BB Right-hand LED main light module (LHM2) implausible low-beam headlight function status 8044BA Left-hand LED main light module (LHM2) implausible low-beam headlight function status CAUSE The situation above is caused by a poor connection at the LED headlight connector or LED main light module.
NHTSA source summary · Original PDF not reviewed by Recallfolio
. INFORMATION To properly diagnose the customer's complaint, the applicable test plan for the misfire faults stored in the DME must be performed to avoid repeat repairs. If a misfire fault is not stored in the DME memory and an engine related drivability complaint is received, follow the path below to manually start the misfire test plan (AT1214_TVD4_MISFIRE_20): 1. Perform a vehicle test. 2. Select "Function Structure." 3. Select "01 Engine." 4. Select "Engine electronics MEVD." 5. Select "Misfire detection." 6. Follow the steps in the test plan and select "Basic check (start)" first. Do not select "Additional check" at this time. 7. If the result of the "Basic check" indentifies a fuel system component failure, replace the identified component. If the result of the "Basic check" test plan was inconclusive, go to step 7. After the component replacement, perform the "Basic check" portion of the test plan again to verify if the diagnosis was correct and the vehicle condition has been rectified.
NHTSA source summary · Original PDF not reviewed by Recallfolio
SI B12 14 12 October 2014 Engine Electrical Systems Technical Service This Service Information bulletin supersedes SI B12 14 12 dated February 2014. designates changes to this revision SUBJECT N51, N52K, N52T and N55 Engine: Various Faults Stored in DME Related to VANOS and Camshaft Position. A rattling noise can be heard from the engine compartment; the engine loses power; and the Service Engine Soon lamp is illuminated. One or more of the following faults may be stored: E70, E71, E82, E88, E90, E91, E92 and E93: 2A7C - VANOS, inlet, cold start 2A82 - VANOS, intake, variable cam control test 2A7A - VANOS, exhaust, cold start 2A87 - VANOS, intake: control fault, camshaft sticking 2D5A - VANOS, intake: control fault, camshaft sticking 2D5B - VANOS, intake: control fault, position not reached 2D54 - VANOS, exhaust, cold start: not controllable 2D55 - VANOS, intake, cold start: not controllable 2D60 - VANOS, exhaust: control fault, camshaft sticking 2D61 - VANOS, exhaust: control fault, position not reached 2D9F - Camshaft input sensor: signal implausible 2DA1 - Camshaft exhaust sensor: signal implausible 300C - Camshaft input sensor: signal high 300D - Camshaft input sensor: signal low 300E - Camshaft exhaust sensor: signal high 300F - Camshaft exhaust sensor: signal low F07, F10, F12, F13 and F25: 130104 - VANOS, intake: control fault, camshaft sticking 130108 - VANOS, intake: control fault, position not reached 130304 - VANOS, exhaust: control fault, camshaft sticking 130308 - VANOS, exhaust: control fault, position not reached 130E11 - Camshaft input sensor: signal implausible 130F11 - Camshaft exhaust sensor: signal implausible 164020 - Camshaft input sensor: signal high 164021 - Camshaft input sensor: signal low 164030 - Camshaft exhaust sensor: signal high 164031 - Camshaft exhaust sensor: signal low CAUSE One or both (intake and/or exhaust) of the VANOS gear assemblies may have faulty assembly bolts. One or more of the four assembly bolts have loosened or broke
NHTSA source summary · Original PDF not reviewed by Recallfolio
Engine Camshaft (VANOS) Adjustment Units: Limited Warranty Extension to 10 Years Without Mileage Limitation. INFORMATION BMW of North America, LLC ("BMW NA") is extending the limited warranty for the Camshaft (VANOS) Adjustment Units on certain model BMW vehicles equipped with the non-turbocharged 6-cylinder engine to: 10 years without mileage limitation, as determined by the vehicle's original in-service date. This "component-specific" limited warranty extension applies to defects in materials and workmanship and is subject to the applicable New Vehicle/SAV Limited Warranty's exclusions and limitations, in addition to the vehicle and coverage eligibility requirements. This bulletin is notice of a "limited warranty extension." This is NOT a notice of a Recall or Service Action. There is no immediate repair required unless the BMW vehicle is currently experiencing this problem.
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: ON SOME VEHICLES, WHEN STARTING, LOW BEAM, WITH 0552 OPTION, WOULD BRIEFLY FLASHES, DUE TO A FAULTY LED MAIN LIGHT MODULE THAT NEEDS REPLACING. MODEL 2008-14 F01, F02, F06, F07, F10, F12, F13, F25. *PE
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: SOME VEHICLES, WITH 552 OPTION, ARE EXPERIENCING A MALFUNCTION OF LED HEADLIGHT ON ONE WHERE IT FLICKERS ON AN DOFF DURING DRIVING AND THE CONTROL CHECK MESSAGE IS INDICATING DEFECTIVE DRIVING LIGHT OR PARKING LIGHT. *PE
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: DUE TO DEBRIS ENTERING OIL PASSAGE OF ENGINE, IT WILL KNOCK AND LOSE POWER, DURING CYLINDER HEAD MATING SURFACES AND CLEANING OF ENGINE BLOCK AFTER REPAIR TO ENGINE. *PE
NHTSA source summary · Original PDF not reviewed by Recallfolio
Service Action: Replace Emission Label. Certain 2015 model year vehicles with N47T and N57T diesel engines were produced with an "emissions" label which contains incorrect information pertaining to the 2015 model year. Affected vehicles in dealer inventory must not be retailed or delivered until this issue is corrected. Vehicles at VDCs will be repaired prior to dealer delivery.
Source components: ENGINE AND ENGINE COOLING:ENGINE:DIESEL · EQUIPMENT:OTHER:LABELS.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N20 and N26 Injector Replacement. INFORMATION When a defective high-pressure fuel injector is identified with an index "02" designation, as shown in the illustration below, all 4 injectors must be replaced at the same time. This bulletin only applies to index "02" injectors. Index "01" and index "03" or higher are not affected. No immediate repair is required unless the BMW vehicle is currently experiencing this problem.
NHTSA source summary · Original PDF not reviewed by Recallfolio
ConnectedDrive/BMW Assist System Diagnosis Information. ConnectedDrive/BMW Assist features are partially or completely inoperative. This Service Information bulletin is being published because vehicles are down for an extended period of time when researching system failures with ConnectedDrive or BMW Assist. This Service Information bulletin will assist you both in identifying the issue and providing technical support. CAUSE Not enough information is available for BMW NA engineers to assist the technician in diagnosing the root cause.
NHTSA source summary · Original PDF not reviewed by Recallfolio
When Unlocking with Comfort Access the Outside Door Mirrors Are in the Wrong Position. The vehicle is locked with one remote key and then enters sleep mode. The vehicle is then unlocked using one of the outside door handles with the second remote key. The outside door mirrors do not move to the correct position. The seats do move into the correct position. CAUSE Software error in driver's seat module
NHTSA source summary · Original PDF not reviewed by Recallfolio
Various Electrical Faults Caused by Shorted K-CAN2. One or more of the following situations can occur when the K-CAN2 wiring in the vehicles is shorted. ? There is no communication with any K-CAN2 control modules during an ISTA vehicle test. The following control modules are on the K-CAN2: ZGM - Central Gateway Module FRM - Footwell Module CAS - Car Access System Headunit - Radio/Navigation ComBox/TCB - Telematic Control Module FZD - Roof Function Center Module JBE - Junction Box Electronics * The transmission will not engage a gear when with the engine running. * The vehicle sporadically does not start. * In rare cases, the vehicle may stop running while driving. When the K-CAN2 is shorted, the vehicle will store many line and communication faults for the K-CAN2, including the following: * JBE - C9140D No message, receiver JBE, transmitter CAS * JBE - C90468 K-CAN2; Communication fault * ZGM - CD0468 K-CAN2: Communication fault * ZGM - CD1400 Message incorrect, receiver ZGM, transmitter JBE * CAS -D9045F K-CAN2: Line fault * CAS - D90468 K-CAN2: Communication fault * FZD - DE8468 K-CAN2: Communication fault * TCB - E14468 K-CAN2: Communication fault * TCB - E1445F K-CAN2: Line fault * NBT - E1C468 K-CAN2: Communication fault * FRM - E5845F K-CAN2: Line fault * FRM - E58468 K-CAN2: Communication fault The wiring harness gets pinched between the instrument panel and the locating tab on the passenger side of the instrument panel. K-CAN2 High - GE/RT (Yellow/Red) K-CAN2 Low - GE/BR (Yellow/Brown).
NHTSA source summary · Original PDF not reviewed by Recallfolio
Check Control Messages Related to Battery Charge During Cold Ambient Temperatures. On cold days with an outside ambient temperature of less than 15°F, customers may notice a check control message related to the battery that is displayed on the instrument cluster and the control information display. Under these conditions, the vehicle starts. Various power management faults can be stored: * 213901 - Power management: Reduction or shutdown of individual electrical consumer * 8040BD - Reset or deactivation of Terminal 30F * 8040B9 - De-activation of terminal 30B: Top start capability limit reached * 8020E8 - Reset or deactivation of terminal 30F * 800E89 - FRM: start capability limit reached with lights active during stationary mode * 93076B - Deactivation of terminal 30B: upper start capability limit reached * 93076A - Deactivation of terminal 15: upper start capability limit reached, but deactivation preventer active * 93076C - Deactivation of terminal 30B: upper start capability limit reached, but deactivation preventer or legal loads active * 930769 - Deactivation of terminal 15: upper start capability limit reached Note: When the outside temperatures drop below 46°F, the charging system is switch to full charge. CAUSE * The check control message (ID 229) is caused by a heavily discharged battery. * The check control message is triggered when the current state of charge (SoC) of the battery approaches the minimum SoC that is required to start the vehicle (start capability limit). * In low outside ambient temperatures, the start capability limit of the vehicle is higher. Therefore it takes more energy from the battery to start a cold engine. * Without the early warning of the check control message, the current state of charge would drop below the start capability limit and the vehicle would not start. * The vehicle's intelligent power management system actively takes measures to increase the charge of the battery, such as increasing idle speed and reducing or shut
NHTSA source summary · Original PDF not reviewed by Recallfolio
External Engine Oil Leaks and Repairs. During the vehicle's operational life, normal engine oil seepage or sweating, in addition to accumulated road dust, dirt and grime in the engine compartment can cause the appearance of a more severe oil leak. This is further exaggerated by residual oil that remains on the engine assembly after maintenance services are performed, e.g., oil filter changes, "engine oil top-offs," etc. If this visual appearance of accumulated oil on the engine assembly as an "active leak" is misinterpreted, unnecessary gasket repairs/replacements will result. Specifically, our analysis of the claim-related data for vehicles equipped with the engines noted in this bulletin is showing an above-average number of engine gasket repair/replacement claim submissions. The purpose of this bulletin is to provide your workshop with information and a procedure that will help in identifying engine oils leaks that do and do not require a repair.
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: IN SOME VEHICLES, WHEN THE K CAN2 WIRING IS SHORTED, NO COMMUNICATION WITH ANY CONTROL MODULES (BOX ELECTRONICS, TELEMATIC CONTROL MODULE,CAR ACCESS SYSTEM, RADIO/NAVIGATION, CENTRAL GATEWAY MODEL OR FOOTWELL MODULE) DURING VEHICLE TESTING, NO ENGAGEMENT OF TRANSMISSION GEARS, FAIL TO START, WHEN DRIVING, WILL STOP RUNNING. MODEL F25 (X3). *PE
NHTSA source summary · Original PDF not reviewed by Recallfolio
iPhone: Connection Failures with iOS 7. There are various connectivity failures with the iPhone using iOS 7. Some examples are listed below: * Call disconnection * Contact List incomplete * General connection failures CAUSE Apple software iOS 7 and its variants.
NHTSA source summary · Original PDF not reviewed by Recallfolio
RDC: Incorrect Tire Position Displayed with Air Pressure Drop. When there is a low tire pressure warning, in some cases the position of the affected tire may be incorrectly displayed in the instrument cluster and CD (Control Display). Software error in the RDC (tire pressure control) module in conjunction with wheel electronics part number 4 078 787 or 4 079 152.
Source components: TIRES:PRESSURE MONITORING AND REGULATING SYSTEMS.
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: WHEN USING IPHONE, VARIOUS CONNECTIVITY FAILURES OCCUR, SUCH AS DISCONNECTION OF CALL, LIST OF CONTACTS INCOMPLETE, DUE TO THE VARIANTS AND SOFTWARE USED. MODEL 2008-2014.
Source components: COMMUNICATION · ELECTRICAL SYSTEM:SOFTWARE.
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: THE POSITION OF AN AFFECTED TIRE IS INCORRECTLY DISPLAYED, WHEN TIRE PRESSURE IS LOW, IN INSTRUMENT CLUSTER AND CONTROL DISPLAY (CD), DUE TO SOFTWARE ERROR. MODEL 2011 F 01, 02, 04, 07, 10, 12, 13, 25 (X3). *PE
NHTSA source summary · Original PDF not reviewed by Recallfolio
Condition Based Service Due Date Is Reset to 01/2000. The Condition Based Service (CBS) due date is reset to 01/2000 and cannot be updated for: * Oil Service * Check Vehicle Note: No fault code is stored Software error in the Instrument Cluster.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Tire Pressure Monitor System (TPMS) Functional Changes. INFORMATION There has been a disruption in the production and supply chain of certain electronic components. These events have influenced global manufacturing facilities, including the automotive sector. In order to fulfill customer demand and maintain production schedules, BMW has made a change to the Tire Pressure Monitor System of certain vehicles. https://www.bmwtis.net/tiscode/cgi-bin/bulletin.aspx?sie_path=/tsb/bulletins/htm_store/16234.2.B360211.... 6/8/2014 Page 2 of 2 Although the basic system operation and function remain the same, changes have been made to the vehicle's display elements when a low tire pressure condition occurs. The following points apply to vehicles produced during the period listed above: * The Tire Pressure Monitor System continues to meet all federal requirements. * When a low tire pressure condition is detected, a general system warning is issued. The warning will be displayed in the instrument cluster (KOMBI) and/or Control Display, depending on the vehicle's equipment level (refer to the attachment). * When a driver is alerted to a low pressure condition, all four tires should be inspected for damage and proper inflation. The system components, wheel electronics and central antennae/module are fully compatible with current replacement parts. This functional change represents a running production change and is not a defect in materials or workmanship. Any further changes to the system function or components will be communicated in a future bulletin. It is imperative that all service personnel be familiar with these changes. WARRANTY INFORMATION Not applicable.
Source components: EQUIPMENT:OTHER:OWNERS/SERVICE/OTHER MANUAL · TIRES:PRESSURE MONITORING AND REGULATING SYSTEMS.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Incorrect Remaining Service Life from CBS Data for Brake pads. The yellow "Service Due" warning message lights up in the instrument cluster, even though the brake pad thickness is more than 4.2mm (above the thickness at which the pad sensor intervenes). The calculated remaining service life for the brake pads (front and/or rear axle) from the CBS data does not match the actual brake pad thickness. Note: E9x vehicles with xDrive are not affected by this bulletin. Software calculation in the brake pad wear model
Source components: SERVICE BRAKES, AIR:DISC:PADS · SERVICE BRAKES, HYDRAULIC:FOUNDATION COMPONENTS:DISC:PADS.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Traffic Information Is Inoperative. The traffic information is intermittently or permanently inoperative. * Traffic flow is not displayed on the navigation map. * The traffic list is empty. 1. The Offboard Availability (backend) system is unavailable and is not sending traffic information. 2. The traffic information feature is not activated correctly.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Check Control Messages Related to Battery Charge During Cold Ambient Temperatures. On cold days with an outside ambient temperature of less than 15F, customers may notice a check control message related to the battery that is displayed on the instrument cluster and the control information display. Under these conditions, the vehicle starts. Various power management faults can be stored: * 213901 - Power management: Reduction or shutdown of individual electrical consumer * 8040BD - Reset or deactivation of Terminal 30F * 8040B9 - De-activation of terminal 30B: Top start capability limit reached * 8020E8 - Reset or deactivation of terminal 30F * 800E89 - FRM: start capability limit reached with lights active during stationary mode * 93076B - Deactivation of terminal 30B: upper start capability limit reached * 93076A - Deactivation of terminal 15: upper start capability limit reached, but deactivation preventer active * 93076C - Deactivation of terminal 30B: upper start capability limit reached, but deactivation preventer or legal loads active * 930769 - Deactivation of terminal 15: upper start capability limit reached Note: When the outside temperatures drop below 46F, the charging system is switch to full charge. CAUSE * The check control message (ID 229) is caused by a heavily discharged battery. * The check control message is triggered when the current state of charge (SoC) of the battery approaches the minimum SoC that is required to start the vehicle (start capability limit). * In low outside ambient temperatures, the start capability limit of the vehicle is higher. Therefore it takes more energy from the battery to start a cold engine. * Without the early warning of the check control message, the current state of charge would drop below the start capability limit and the vehicle would not start. * The vehicle's intelligent power management system actively takes measures to increase the charge of the battery, such as increasing idle speed and reducing or shutting
Source components: ELECTRICAL SYSTEM · EQUIPMENT · EQUIPMENT ADAPTIVE/MOBILITY.
NHTSA source summary · Original PDF not reviewed by Recallfolio
A customer may complain of a delay in engine response after decelerating at low road speeds and then reaccelerating. This can occur when the transmission remains in a high gear due to a delay in the transmission downshifting. This situation can be more noticeable while driving on roads with slight turns or with an increasing gradient. Unfavorable EGS and DME software
Source components: ELECTRICAL SYSTEM:SOFTWARE · ENGINE · POWER TRAIN.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N52T / N55 with 8HP45: Delay in Engine Response. A customer may complain of a delay in engine response after decelerating at low road speeds and then reaccelerating. This can occur when the transmission remains in a high gear due to a delay in the transmission downshifting. This situation can be more noticeable while driving on roads with slight turns or with an increasing gradient. Unfavorable EGS and DME software
NHTSA source summary · Original PDF not reviewed by Recallfolio
"Transmission Intermittently Goes into ""P"" or ""N"" After MSA Engine Start. After an MSA engine start, the transmission intermittently goes into the Park (P) or Neutral (N) position without any customer influence. This problem can be sporadic, difficult to reproduce, and no relevant faults are stored. Unfavorable DME/EGS software"
NHTSA source summary · Original PDF not reviewed by Recallfolio
ConnectedDrive/BMW Assist System Information and Availability. ConnectedDrive features are partially or completely inoperative. Examples of some of these features are listed below: * BMW Assist Inoperative ? SOS call ? Roadside Assistance call * My BMW Remote App * BMW Online - Google local search * Concierge CAUSE The Electronic Subscriber Agreement (ESA) is inactive. * No active contract for ConnectedDrive features Offboard Availabilty (Backend) system issues * The external network was/is inoperative. * No data is sent to the vehicle.
Source components: ELECTRICAL SYSTEM · EQUIPMENT:ELECTRICAL.
NHTSA source summary · Original PDF not reviewed by Recallfolio
"""Increased battery discharge!"" CC Message upon Startup. CAUSE A software error in the Intelligent Battery Sensor causes an incorrect State of Charge (SoC) to be stored in the DME. The power management system then interprets this as a heavily discharged battery and informs the customer via a CC message. In reality, the battery does not have a problem."
NHTSA source summary · Original PDF not reviewed by Recallfolio
iPhone Charging Status Constantly Switches On and Off. INFORMATION Do not replace any other parts! Advise the customer that he/she must use one of the following: * The original Apple iPhone/iPOD USB cable that came with the device * A BMW supplied iPhone/iPOD USB adapter cable PARTS INFORMATION
NHTSA source summary · Original PDF not reviewed by Recallfolio
Headunit-High: Navigation Road Map Installation After Replacement. When replacing the HU-H, the road map database version that was in the defective HU-H must be installed in the new HU-H.
NHTSA source summary · Original PDF not reviewed by Recallfolio
"Airbag Warning Light: ACSM FC 930A60 Seat Occupancy Detection. According to the customer, the airbag warning light was on, but it may not be on when the vehicle arrives in the workshop. ACSM fault code ""930A60 - Seat occupancy detection, front passenger; malfunction"" is stored. The fault may or may not currently be present. CAUSE The front passenger seat occupancy mat consists of a seat occupancy mat with a capacitive sensor system. This means a front passenger is detected by measuring the resistance of the human body. The fault is set when moisture is detected on the mat itself."
NHTSA source summary · Original PDF not reviewed by Recallfolio
The Condition Based Service (CBS) due date is reset to 01/2000 and cannot be updated for: * Oil Service * Check Vehicle Note: No fault code is stored Software error in the Instrument Cluster
NHTSA source summary · Original PDF not reviewed by Recallfolio
"Wheel Speed Sensor Failure. The Check Control Message displays: ""Driving stabilization, continue driving at a moderate speed. Avoid abrupt braking as far as possible."" Drive to the nearest BMW Service Center. Also ""TPM (Tire Pressure Monitor) failed"" may be displayed. One or more of the following fault codes are stored in the DSC (Dynamic Stability Control) module regarding wheel speed sensor failure: 480A90,480715,48071B,480712,480718,480717,48071A,4809B0,4809B9,480686 4809CD,480AAA,480AB1,480AB4,480AAD,480A9F,480AA3,480A9C,480AA6,480710 480713,480AAC,480719,480A9E,480AB3,480AA5,480716,4809B7,480928,4809C2 480711,480714,4809CB,480AAB,480AB2 Front/rear wheel speed sensor"
NHTSA source summary · Original PDF not reviewed by Recallfolio
"N51, N52K, N52T and N55 Engine: Various Faults Stored in DME Related to VANOS and Camshaft Position. INFORMATION Part NumberDescriptionQuantity 11 36 7 583 207Adjustment unit inlet camshaft (VANOS)1 11 36 7 583 208Adjustment unit outlet camshaft (VANOS)1 Refer to ETK for additional bolts and gaskets. WARRANTY INFORMATION Covered under the terms of the BMW New Car/SAV Limited Warranty or the BMW Certified Pre-Owned Program. Specific eligible repairs may also be covered by the terms of the Federal, State or BMW Emissions Warranty. To determine if any applicable Federal, State or BMW Emissions Warranty coverage applies prior to performing repairs, please see SI B01 02 11 for ""Emissions Warranty Coverage"" and refer to the ""Glossary of Emission Coverage"" attachment for more information. The BMW Certified Pre-Owned Limited Warranty applies to BMW CPO vehicles that are still within the BMW Certified Pre-Owned Limited Warranty, but beyond Emissions Warranty coverage that applies. Labor operation code 00 00 006 is a Main labor operation. If you are using a Main labor code for another repair, use the Plus code labor operation 00 00 556 instead. Refer to KSD2 for the corresponding flat rate unit (FRU) allowance. Enter the Chassis Number, which consists of the last 7 digits of the Vehicle Identification Number (VIN). Click on the ""Search"" button, and then enter the applicable flat rate labor operation in the FR code field. Other Repairs As outlined in the Procedure section, if other eligible and covered consequential work is required, claim this work under the defect code listed above with the applicable labor operations listed in KSD2."
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: DIFFERENT FAULT CODES STORED FOR THE N51, N52K, N52T, AND N55 ENGINES IN THE DME RELATED TO VANOS AND CAMSHAFT POSITION. *KB UPDATED 11/1/13. *PE UPDATED 05/05/2014 *JS
Source components: ENGINE AND ENGINE COOLING:ENGINE.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Enabling Code FSC/SWT - Enabling the Navigation System Map at QC1. The navigation system is inoperative unless the map is enabled during the QC1 Pre-Delivery Check. INFORMATION New vehicles come equipped with a navigation road map that must be enabled via an enable code (FSC). This process is part of the QC1 Pre-Delivery Check performed with the ISID (ISTA Diagnosis). IMPORTANT: There is no programming involved!
NHTSA source summary · Original PDF not reviewed by Recallfolio
"ConnectedDrive/BMW ASSIST Features Are Inoperative. ConnectedDrive features are partially or completely inoperative. * No traffic information (RTTI / ARTTI) * BMW ASSIST ""My Info"" service doesn't work. CAUSE The Electronic Subscriber Agreement (ESA) is inactive. * No active contract for ConnectedDrive features Offboard Availability (Backend) system issues * The external network was/is inoperative. * No data is sent to the vehicle."
NHTSA source summary · Original PDF not reviewed by Recallfolio
Headunit-High: INITIAL Enabling Code Is Not Accepted Via I-Drive. INFORMATION Do not replace any parts. NOTE: First time activation of the navigation system should always be performed during the Quality Certification 1 (QC1) Pre-Delivery Check, with the vehicle connected to the diagnosis system ISTA. Refer to SI B65 30 09. Connect the vehicle to the diagnosis system ISTA and activate the navigation system. The code is entered when running the QC1 Pre-Delivery Check test module. Refer to SI B09 04 09. IMPORTANT: No programming is required. WARRANTY INFORMATION Not applicable since the first time activation of the navigation system is part of the QC1 process and cannot be claimed separately.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Delay in Automatic Driving Light Switching On/Off. When driving out of a tunnel or exiting underground parking, the automatic driving light remains switched on for two minutes, even in daylight. The automatic driving light switching on/off can be shorter or longer when it starts to get dark. CAUSE The software for the switch-on threshold is lowered to protect the xenon light source.
NHTSA source summary · Original PDF not reviewed by Recallfolio
?N20 and N26 Engine: Various VANOS System Faults Stored in DME. The Service Engine Soon lamp and Engine Malfunction warning are illuminated, and the vehicle has reduced power output. This situation can occur as a customer complaint, or after performing repairs to the engine valve train assembly. One or more of the following faults is stored in the DME. F10, F25, F30, F31 and F34: 131401 VANOS, exhaust, starting from cold: Non-adjustable 131501 VANOS, intake, starting from cold: Non-adjustable 131808 VANOS, exhaust, starting from cold: Position not reached 131908 VANOS, intake, starting from cold: Position not reached 130104 VANOS, intake, control fault, camshaft jammed 130304 VANOS, exhaust, control fault, camshaft jammed 130308 VANOS, exhaust, control fault, position not reached 130108 VANOS, intake, control fault, position not reached E84 and E89: 2D54 VANOS, exhaust, starting from cold: Non-adjustable 2D55 VANOS, intake, starting from cold: Non-adjustable 2D56 VANOS, exhaust, starting from cold: Position not reached 2D57 VANOS, intake, starting from cold: Position not reached 2D60 VANOS, exhaust, control fault, camshaft jammed 2D5A VANOS, intake, control fault, camshaft jammed 2D5B VANOS, intake, control fault, position not reached 2D61 VANOS, exhaust, control fault, position not reached If one of the applicable faults listed above is not stored in the DME fault memory then continue troubleshooting with the applicable test plan for the fault(s) stored. CAUSE This is due to a diagnostic programming error in the DME.
NHTSA source summary · Original PDF not reviewed by Recallfolio
"""Increased battery discharge!"" CC Message upon Startup. CAUSE A software error in the Intelligent Battery Sensor causes an incorrect State of Charge (SoC) to be stored in the DME. The power management system then interprets this as a heavily discharged battery and informs the customer via a CC message. In reality, the battery does not have a problem."
Source components: ELECTRICAL SYSTEM:12V/24V/48V BATTERY · POWER TRAIN.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Bolt for Tailgate Strut Holder Corroded. The customer may notice traces of corrosion on the bolt securing the tailgate strut. CAUSE Corrosion protection coating of the bolt was below BMW specifications.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Incorrect Remaining Service Life from CBS Data for Brake pads. The calculated remaining service life for the brake pads (front and/or rear axle) from the CBS data does not match the actual brake pad thickness. The customer notices implausible remaining distances (too high or too low) on the front and/or the rear axle brake system. Note: E9x vehicles with xDrive are not affected by this bulletin. Software calculation in the brake pad wear model
NHTSA source summary · Original PDF not reviewed by Recallfolio
N55: Engine Difficult to Start at Cold Ambient Temperatures. The complaint may include any of the following symptoms: * The engine stalls immediately after a cold start before driving away * The engine may run roughly or misfire after a cold start * The engine does not start cold or may take several attempts * To assist starting when cold, the accelerator may need to be depressed slightly and the idle speed raised for a few seconds so the engine does not stall This can occur most frequently at outside ambient temperatures between -15°C and + 15°C. It is possible that the Service Engine Soon (MIL) lamp is on with misfire fault(s) stored, but it is equally possible that there will be no faults stored in the DME. Unfavorable DME software Cold start or idling problems may arise due to poor fuel quality. The use of summer fuel during cold outside temperatures may also lead to such problems.
NHTSA source summary · Original PDF not reviewed by Recallfolio
MN16 Engine: FC 2D9B Knock Sensor, Signal Is Stored in the DME. Certain areas of the US experience extremely cold climate conditions during the winter months, which can cause the Service Engine Soon lamp to illuminate while the engine temperature is increasing to full operating temperature. The following fault may be stored in the DME: ??FC 2D9B Knock Sensor, Signal CAUSE Unfavorable DME knock sensor diagnostic at outside ambient temperatures below -5° C
Source components: ENGINE · POWER TRAIN:AUTOMATIC TRANSMISSION.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Noise from Steering Column Switch Cluster when Turning. A scraping noise is heard from the SZL (Steering Column Switch Cluster) area. This occurs when turning the wheel from 30 to 60 degrees. CAUSE The unlocking pin in the SZL makes contact with the steering wheel.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N55 Engine: Erroneous Service Engine Soon Lamp Illuminated with Mixture Faults Stored in the DME. INFORMATION An error has been identified in the current version of ETK regarding N55 fuel injector replacement part numbers and production dates. Installing the incorrect injector part number can lead to an erroneous Service Engine Soon lamp illumination and various mixture faults stored in the DME. Correct part numbers and applicable production dates: P/N 13 64 7 639 994 is for all vehicles produced from 7/2013 P/N 13 64 7 597 870 is for all vehicles produced from 1/2011 to 7/2013 P/N 13 53 7 568 607 is for all vehicles produced to 1/2011 It is good practice to verify that the part number being removed from the engine matches the new injector part number, until further notice. When the ETK data is corrected, a notification will be distributed.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N55 Engine: Erroneous Service Engine Soon Lamp Illuminated with Mixture Faults Stored in the DME. INFORMATION An error has been identified in the current version of ETK regarding N55 fuel injector replacement part numbers and production dates. Installing the incorrect injector part number can lead to an erroneous Service Engine Soon lamp illumination and various mixture faults stored in the DME. Correct part numbers and applicable production dates: P/N 13 64 7 639 994 is for all vehicles produced from 7/2013 P/N 13 64 7 597 870 is for all vehicles produced up to 7/2013
NHTSA source summary · Original PDF not reviewed by Recallfolio
N20 and N26 Engine: Various VANOS System Faults Stored in DME. The Service Engine Soon lamp and Engine Malfunction warning are illuminated, and the vehicle has reduced power output. Various faults related to VANOS operation are stored in the DME. While performing the test plan, the results may appear to be inconclusive because the fault will not clear from DME fault memory. CAUSE This is due to a programming error associated with ISTA/P 2.49 and lower. The error is corrected with ISTA/P 2.50.2 or higher.
NHTSA source summary · Original PDF not reviewed by Recallfolio
SPORT Mode Is Incorrectly Deactivated or Added After Programming. After programming the vehicle with ISTA/P 2.47.0 or higher: * Vehicles with the Dynamic Driving Switch: The SPORT configuration menu is no longer available in the control display. * Vehicles without the Dynamic Driving Switch: The SPORT configuration menu is available in the control display but does not function. There is no button next to the gear shifter. Software error in the head unit caused by ISTA/P versions from 2.47.0 to 2.49.x
NHTSA source summary · Original PDF not reviewed by Recallfolio
"FRM3 Will Not Communicate with ISTA. When diagnosing the vehicle with ISTA, the FRM3 (Footwell Module) is shown as not responding in the vehicle test. The customer may report one or more of the following malfunctions: 1. Light operation * CCM (Check Control Message) ""Display failure"" * Lighting INOP * Turn signal lights INOP * Break lights INOP * License plate light INOP * Courtesy lights INOP * Instrument cluster w/o light 2. Windows * One or both front windows INOP 3. LIN components https://www.bmwtis.net/tiscode/cgi-bin/bulletin.aspx?sie_path=/tsb/bulletins/htm_store/15625.1.B630513... 8/29/2013 Page 2 of 2 * CCM ""no blind spot detection"" if equipped * Power mirrors INOP * Seat adjustment INOP 4. Hardware inputs * Door locks INOP * Gear shifts automatically to P * Gear shift lever cannot be moved out of P 5. Electrical steering column adjustment * ELSV (Electric Steering Column Adjustment) INOP CAUSE Various causes include the following: * Blown fuse * Faulty wiring * Faulty component"
NHTSA source summary · Original PDF not reviewed by Recallfolio
Brake Fluid Maintenance Service: 36-Month Interval. The CBS displays the first brake fluid service as a 36-month interval from the date of production instead of the appropriate 24-month interval.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N51, N52K, N52T and N55 Engine: Various Faults Stored in DME Related to VANOS and Camshaft Position. A rattling noise can be heard from the engine compartment; the engine exhibits a loss of power; and the Service Engine Soon lamp is illuminated. One, or more of the following faults may be stored. E70, E71, E82, E88, E90, E92 and E93: 2A7C - VANOS, inlet, cold start 2A82 - VANOS, intake, variable cam control test 2A7A - VANOS, exhaust, cold start 2A87 - VANOS, intake: control fault, camshaft sticking 2D5A - VANOS, intake: control fault, camshaft sticking 2D5B - VANOS, intake: control fault, position not reached 2D54 - VANOS, exhaust, cold start: not controllable 2D55 - VANOS, intake, cold start: not controllable 2D60 - VANOS, exhaust: control fault, camshaft sticking 2D61 - VANOS, exhaust: control fault, position not reached 2D9F - Camshaft input sensor: signal implausible 2DA1 - Camshaft exhaust sensor: signal implausible 300C - Camshaft input sensor: signal high 300D - Camshaft input sensor: signal low 300E - Camshaft exhaust sensor: signal high 300F - Camshaft exhaust sensor: signal low F07, F10, F12, F13 and F25: 130104 - VANOS, intake: control fault, camshaft sticking 130108 - VANOS, intake: control fault, position not reached 130304 - VANOS, exhaust: control fault, camshaft sticking 130308 - VANOS, exhaust: control fault, position not reached 130E11 - Camshaft input sensor: signal implausible 130F11 - Camshaft exhaust sensor: signal implausible 164020 - Camshaft input sensor: signal high 164021 - Camshaft input sensor: signal low 164030 - Camshaft exhaust sensor: signal high 164031 - Camshaft exhaust sensor: signal low CAUSE One, or both (intake and/or exhaust) of the VANOS gear assemblies have failed; the attaching bolts may have also loosened and/or broken.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Brake Fluid Maintenance Service: 36-Month Interval. The coding in these vehicles has the CBS displaying the first brake fluid service as a 36-month interval from the date of production, instead of the appropriate 24-month interval.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N20 and N26 Engine: Various VANOS System Faults Stored in DME. The Service Engine Soon lamp is illuminated; Engine Malfunction warning is illuminated; and the vehicle has reduced power output. Various faults related to VANOS operation are stored in the DME. While performing the test plan, the results may appear to be inconclusive because the fault will not clear from DME Fault Memory. The ISTA/D diagnostic test plan does incorporate a VANOS bleed function, but it does not advise the technician to bleed the VANOS system after a VANOS or engine oil supply component replacement. CAUSE This is due to an error in the current level of ISTA/D. The error will be corrected with ISTA/D 2.41.0.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N51, N52K, N52T and N55 Engine: Various Faults Stored in DME Related to VANOS and Camshaft Position. A rattling noise can be heard from the engine compartment; the engine exhibits a loss of power; and the Service Engine Soon lamp is illuminated. One, or more of the following faults may be stored. E70, E71, E82, E88, E90, E92 and E93: 2D5A - VANOS, intake: control fault, camshaft sticking 2D5B - VANOS, intake: control fault, position not reached 2D54 - VANOS, exhaust, cold start: not controllable 2D55 - VANOS, intake, cold start: not controllable 2D60 - VANOS, exhaust: control fault, camshaft sticking 2D61 - VANOS, exhaust: control fault, position not reached 2D9F - Camshaft input sensor: signal implausible 2DA1 - Camshaft exhaust sensor: signal implausible 300C - Camshaft input sensor: signal high 300D - Camshaft input sensor: signal low 300E - Camshaft exhaust sensor: signal high 300F - Camshaft exhaust sensor: signal low F07, F10, F12, F13 and F25: 130104 - VANOS, intake: control fault, camshaft sticking 130108 - VANOS, intake: control fault, position not reached 130304 - VANOS, exhaust: control fault, camshaft sticking 130308 - VANOS, exhaust: control fault, position not reached 130E11 - Camshaft input sensor: signal implausible 130F11 - Camshaft exhaust sensor: signal implausible 164020 - Camshaft input sensor: signal high 164021 - Camshaft input sensor: signal low 164030 - Camshaft exhaust sensor: signal high 164031 - Camshaft exhaust sensor: signal low CAUSE One, or both (intake and/or exhaust) of the VANOS gear assemblies have failed; the attaching bolts may have also loosened and/or broken.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N55: Idle Fluctuates Briefly After a Cold Engine Start. Under certain engine cold starts, the engine idle may fluctuate during the first 10-20 seconds of operation before becoming stable. No faults will be stored in this situation, which will usually only occur at specific engine temperatures, making it difficult to reproduce in the workshop. Unfavorable DME software calibration
NHTSA source summary · Original PDF not reviewed by Recallfolio
Stress Cracks in Headlight Lens Cover. CAUSE Premature failure in the front headlight lens cover material, caused by damaged hood bump stops or old design hood sealing.
NHTSA source summary · Original PDF not reviewed by Recallfolio
Condition Based Service Due Date Is Reset to 01/2000. The Condition Based Service (CBS) due date is reset to 01/2000 and cannot be updated for: * Oil Service * Check Vehicle Note: No fault code is stored Software error in the Instrument Cluster
Source components: ELECTRICAL SYSTEM · ELECTRICAL SYSTEM: INSTRUMENT CLUSTER/PANEL.
NHTSA source summary · Original PDF not reviewed by Recallfolio
A customer may complain of a delay in engine response after decelerating at low road speeds and then reaccelerating. This can occur when the transmission remains in a high gear due to a delay in the transmission downshifting. This situation can be more noticeable while driving on roads with slight turns or with an increasing gradient. Unfavorable EGS and DME software
NHTSA source summary · Original PDF not reviewed by Recallfolio
iPhone Charging Status Constantly Switches On and Off. Do not replace any other parts! Advise the customer that he/she must use one of the following: * The original Apple iPhone/iPOD USB cable that came with the device * A BMW supplied iPhone/iPOD USB adapter cable PARTS INFORMATION Part Number
NHTSA source summary · Original PDF not reviewed by Recallfolio
"Service Action: Program Control Units (CAS). After programming/coding the vehicle with ISTA/P 2.48.1 or earlier, the Car Access System (CAS) was incorrectly coded. This causes the anti-theft alarm system panic button on the remote control to not function. In order to determine whether a specific vehicle has had this Service Action completed or is affected by this Service Action, first check the B-pillar label for code number 637. If code number 637 has been punched out, the campaign has already been performed. If code number 637 has not been punched out, it will be necessary to utilize the ""Service Menu"" of DCSnet (Dealer Communication System) or the Key Reader. Based on the response of the system, either proceed with the corrective action or take no further action. Important Note: A campaign can be reserved in ISPA Light as ""Pending"" prior to submission of a claim. If you find this campaign reserved, please verify the reason before attempting to perform this repair."
NHTSA source summary · Original PDF not reviewed by Recallfolio
Rattle Noise from Rear Seat Backrest. A rattle noise can be heard from the rear seat area when the vehicle is driven. CAUSE The left and right rear seat backrest locks have insufficient lubrication.
NHTSA source summary · Original PDF not reviewed by Recallfolio
DSC Warning Light is On. The warning lamps for DSC, ABS and brake warning are illuminated. There may also be a warning in the control display for 'Chassis Control System failure' One or more of the following fault codes are stored: F25, F30 DSC * D36D44 - Signal error longitudinal torque distribution (LMV) * 48097D - Transfer Case clutch position open F01, F02, F07, F10, F12 and F13 LMV: * 440108 - Control Unit internal error * 44010F - Control Unit internal error E70, E71 and E84 LMV: * 5219 - Control Unit: EEPROM Writing-reading-error * 522D - Control Unit: internal Error CAUSE Software calibration error in the LMV
NHTSA source summary · Original PDF not reviewed by Recallfolio
Incorrect Remaining Service Life from CBS Data for Brake Pads. The calculated remaining service life for the brake pads (front and/or rear axle) from the CBS data does not match the actual brake pad thickness. The customer notices implausible remaining distances (too high or too low) on the front and/or the rear axle brake system. Software calculation of the brake pad wear model
NHTSA source summary · Original PDF not reviewed by Recallfolio
"The warning lamps for DSC, ABS and brake warning are illuminated. There may also be a warning in the control display for ""Chassis Control System failure."" One or more of the following fault codes are stored: DSC: * D36D44 - Signal error longitudinal torque distribution (LMV) * 48097D - Transfer Case clutch position open F01, F02, F07, F10, F12 and F13 LMV: * 440108 - Control Unit internal error * 44010F - Control Unit internal error E70, E71 and E84 LMV: * 5219 - Control Unit: EEPROM Writing-reading-error * 522D - Control Unit: internal Error CAUSE Software calibration error in the LMV"
Source components: ELECTRICAL SYSTEM · POWER TRAIN.
NHTSA source summary · Original PDF not reviewed by Recallfolio
N52T/N55 with 8HP45: Delay in Engine Response. When slowing down to lower suburban road speeds and then accelerating, a delay in engine response may be experienced. This situation may be more noticeable when driving in a bend in the road or on roads with a rising gradient. Unfavorable EGS and DME software calibration
NHTSA source summary · Original PDF not reviewed by Recallfolio
N52T Alternator-Related Malfunctions: Overcharging or Undercharging. Many different complaints may arise from alternator-related malfunctions, due to charging sporadically or not charging at all.
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: SOME VEHICLE ENGINES MAY EXPERIENCE A DELAY IN RESPONSE TO ACCELERATION, AFTER SLOWING DOWN, DUE TO AN UNFAVORABLE SOFTWARE CALIBRATION. MODELS F10, 25, 07, E70, 71. NO MODEL YEARS LISTED. *PE
NHTSA source summary · Original PDF not reviewed by Recallfolio
BMW: ON SOME VEHICLES, THE ALTERNATOR WOULD MALFUNCTION, DUE TO SPORADICALLY CHARGING OR NOT CHARGE AT ALL, INTERMITTENTLY, WHEN ENGINE'S AT OPERATING TEMPERATURE. MODELS F10, F25. NO MODEL YEARS LISTED. *PE
NHTSA source summary · Original PDF not reviewed by Recallfolio
MTelephone: Phonebook Does Not Transfer to the Vehicle. The telephone book does not transfer to the vehicle after the pairing process is completed. CAUSE Software error in the head unit
NHTSA source summary · Original PDF not reviewed by Recallfolio
?SI B12 14 12 April 2013 Engine Electrical SystemsTechnical Service This Service Information bulletin supersedes SI B12 14 12 dated January 2013. designates changes to this revision SUBJECT N51, N52K, N52T and N55 Engine: Various Faults Stored in DME Related to VANOS and Camshaft Position. A rattling noise can be heard from the engine compartment; the engine has a loss of power; and the Service Engine Soon lamp is illuminated. One or more of the following faults may be stored. E70, E71, E82, E88, E90, E92 and E93: 2D5A - VANOS, intake: control fault, camshaft sticking 2D5B - VANOS, intake: control fault, position not reached 2D60 - VANOS, exhaust: control fault, camshaft sticking 2D61 - VANOS, exhaust: control fault, position not reached 2D9F - camshaft input sensor: signal implausible 2DA1 - Camshaft exhaust sensor: signal implausible 300C - Camshaft input sensor: signal high 300D - Camshaft input sensor: signal low 300E - Camshaft exhaust sensor: signal high 300F - Camshaft exhaust sensor: signal low F07, F10, F12, F13 and F25: 130104 - VANOS, intake: control fault, camshaft sticking 130108 - VANOS, intake: control fault, position not reached 130304 - VANOS, exhaust: control fault, camshaft sticking 130308 - VANOS, exhaust: control fault, position not reached 130E11 - Camshaft input sensor: signal implausible 130F11 - Camshaft exhaust sensor: signal implausible 164020 - Camshaft input sensor: signal high 164021 - Camshaft input sensor: signal low 164030 - Camshaft exhaust sensor: signal high 164031 - Camshaft exhaust sensor: signal low CAUSE One or both (intake and/or exhaust) of the VANOS gear assemblies have failed; the attaching bolts may have also loosened and/or broken.