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Service bulletins for the 2013 MINI Cooper Coupe

A bulletin is a manufacturer's communication to its dealers, as NHTSA indexes it. The summary is NHTSA's. The document is the manufacturer's: read it at NHTSA. A bulletin is not a recall, and listing a model year does not mean every vehicle of it is concerned.

130 on file from NHTSA, as of 2026-10-19.

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Bulletins, newest first
M6401142018-11-13. Service bulletin. EQUIPMENT:APPLIANCE:AIR CONDITIONER. Automatic Deactivation of Recirculation Mode. The customer states the recirculation display goes out, even though the recirculation button was switched on. CAUSE The automatic recirculation air deactivation feature was introduced in July 2012. Note: If the customer dislikes this feature, it can be deactivated by using the following steps.
M5103142018-11-13. Service bulletin. VISIBILITY; EQUIPMENT. Transportation Protective Sleeve Introduced for Windshield Wipers. The windshield wipers streak and judder. The windshield wiper blades become distorted during transportation and when in storage.
M3401132018-11-13. Service bulletin. ELECTRICAL SYSTEM:SOFTWARE; SERVICE BRAKES, HYDRAULIC. Erroneous "Service due" Message Although Brake Lining Thickness is Above Minimum Specification. 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. Software calculation of the brake pad wear model in the DSC.
M1202142018-11-13. Service bulletin. ELECTRICAL SYSTEM:SOFTWARE; ENGINE. N18: Service Engine Soon Lamp (MIL) May Come On at High Altitude. The Service Engine Soon lamp (MIL) is illuminated and engine power output is reduced. This could only occur only in areas high above sea level (greater than 5,000 feet) and more frequently with colder outside temperatures. The following faults will be stored in the DME, and no engine mechanical problems are found. * 2C56 - Charging pressure control, plausibility Pressure too high * 2C58 - Charging pressure control, switch-off: pressure build-up blocked Unfavorable DME software
M1201142018-11-13. Service bulletin. ENGINE AND ENGINE COOLING:EXHAUST SYSTEM. N16: Fault 274D Mixture Adaptation Is Stored in the DME. Certain low speed, light-load driving conditions at lower outside temperatures could cause the Service Engine Soon lamp (MIL) to illuminate. The following fault would be stored in the DME: Fault 274D: Mixture adaptation, lower engine speed range (mixture too lean) CAUSE 1. Possible intake/exhaust leaks, or a faulty component as listed in the test plan 2. Unfavorable DME software
M5103122018-11-13. Service bulletin. VISIBILITY; ELECTRICAL SYSTEM; EQUIPMENT. Window Regulators Squeak when Moving Up or Down. The front side windows can make a squeaking noise when operated.
M1101122018-11-13. Service bulletin. EQUIPMENT; ENGINE; EQUIPMENT ADAPTIVE/MOBILITY. N16 and N18 Engine Oil Leak. The customer states that a small engine oil leak can be seen from the underside of the engine. CAUSE The internal sealing of the oil pump volume control solenoid valve is compromised, allowing engine oil to leak from the oil pump volume control solenoid.
M8402142018-11-13. Service bulletin. EQUIPMENT; ELECTRICAL SYSTEM:SOFTWARE; EQUIPMENT ADAPTIVE/MOBILITY. 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 to 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.
M6504142018-11-13. Service bulletin. ELECTRICAL SYSTEM; EQUIPMENT ADAPTIVE/MOBILITY; EQUIPMENT. 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 by entering the 20-digit enabling code manually.
M2101142018-11-13. Service bulletin. ENGINE AND ENGINE COOLING:ENGINE:DIESEL; POWER TRAIN. Dual Mass Flywheel: Diagnosis and Inspection. INFORMATION The following three criteria must to be checked, evaluated and the resulting findings documented on the repair order prior to replacing a dual-mass flywheel as defective: 1. Total rotational angle at no load condition (with applied torque less then 20 Nm) 2. Secondary plate longitudal axial play 3. Friction surface appearance changes due to thermal overload. PROCEDURE Refer to the attached "Dual-mass Flywheel Inspection" document for the complete inspection procedure. The dual-mass flywheel replacement is justified only if one or more of the following criteria are met: 1. The total rotational free-play measured at the flywheel gear ring is: Equal to or greater than 3 tooth gaps on N14/N18-equipped engines; Equal to or greater than 14 tooth gaps on B38/B46/B48-equipped engines. 2. The secondary plate total axial bearing play measured at outside diameter of the flywheel is: Equal to or greater than 3 mm on N14/N18-equipped engines; Equal to or greater than 5 mm on B38/B46/B48-equipped engines. 3. Significant discoloration in the adjoining area outside the friction ring, or a severe ablation/erosion of the friction area, is present. WARRANTY INFORMATION Warranty claims for replacing a Dual Mass Flywheel are subject to denial or debit when it is determined that the diagnostic procedures outlined above were not followed. ATTACHMENTS View PDF attachment M210114_Dual-Mass_Flywheel_Inspection.
M1709122018-11-13. Service bulletin. ENGINE AND ENGINE COOLING. Service Action: Retrofit of the Engine Coolant Temperature Sensor. Internal corrosion could form in the engine coolant temperature sensor which is integrated into the thermostat housing (not replaceable). This corrosion leads to internal bridging of the contacts, which can cause an inaccurate engine temperature reading. This false reading could lead to difficulty in the engine starting or a "Service Engine Soon" lamp being illuminated.
M1708122018-11-13. Service bulletin. ENGINE AND ENGINE COOLING. Service Action: Retrofit of the Engine Coolant Temperature Sensor. Internal corrosion could form in the engine coolant temperature sensor which is integrated into the thermostat housing (not replaceable). This corrosion leads to internal bridging of the contacts, which can cause an inaccurate engine temperature reading. This false reading could lead to difficulty in the engine starting or a "Service Engine Soon" lamp being illuminated.
M6401142018-11-13. Service bulletin. ELECTRICAL SYSTEM; VISIBILITY:DEFROSTER/DEFOGGER/HVAC SYSTEM. Automatic Deactivation of Recirculation Mode. The customer states the recirculation display goes out, even though the recirculation button was switched on. CAUSE The automatic recirculation air deactivation feature was introduced in July 2012. Note: If the customer dislikes this feature, it can be deactivated by using the following steps.
M1301142018-11-13. Service bulletin. ENGINE; FUEL SYSTEM, GASOLINE. "N14 and N18 Engine: High-pressure Pump Repair Instruction. INFORMATION The current version of ISTA/D Repair Instruction 13 51 017, ""Removing and installing or replacing high-pressure pump (N14, N18)"" has a procedure error. The current version of the Repair Instruction states to replace the high-pressure supply hose on the N14 engine. The Repair Instruction also states not to replace the high-pressure supply hose on the N18 engine. The N18 portion of the Repair Instruction is incorrect. As an interim solution, follow the procedure outlined below until this portion of the Repair Instruction is corrected. https://www.minitis.net/tiscode/cgi-bin/bulletin.aspx?sie_path=/tsb/bulletins/htm_store/159...2/5/2014 Page 2 of 2 Bosch High-pressure Pump (1): All vehicles equipped with the N18 engine and produced from 3/2012 and later When the engine is fitted with a Bosch High-pressure Pump (1), the highpressure supply hose (2) MUST NOT be replaced when making repairs. The remaining portion of the Repair Instruction and tightening torques is correct. Refer to EPC for the applicable part numbers when making repairs."
M1201142018-11-13. Service bulletin. ELECTRICAL SYSTEM; ENGINE. N16: Fault 274D Mixture Adaptation Is Stored in the DME. Certain low speed, light-load driving conditions at lower outside temperatures could cause the Service Engine Soon lamp (MIL) to illuminate. The following fault would be stored in the DME: ??Fault 274D: Mixture adaptation, lower engine speed range (mixture too lean) CAUSE 1. Possible intake/exhaust leaks, or a faulty component as listed in the test plan 2. Unfavorable DME software.
M1101122018-11-13. Service bulletin. ENGINE; ELECTRICAL SYSTEM. "N16 and N18 Engine Oil Leak. The customer states that a small engine oil leak can be seen from the underside of the engine. CAUSE The internal sealing of the oil pump volume control solenoid valve is compromised, allowing engine oil to leak from the oil pump volume control solenoid. DIAGNOSTIC Below is the procedure for identifying how far the engine oil has migrated inside the engine electrical harness, when this issue occurs, if at all. The procedure must be followed very carefully so that the proper repair is identified. 1. Disconnect the oil pump volume control solenoid valve electrical connection per Repair Instructions 11 41 519 ""Removing and installing or replacing the solenoid valve (engine oil pump)."" Inspect the electrical connector; if no engine oil is found inside the electrical connector, perform the oil pump volume control valve repair procedure. If engine oil is found inside the electrical connector, proceed to diagnostic procedure step 2. 2. Remove the cover from the DME and remove all three electrical connectors from the DME. Inspect the connectors for traces of engine oil. If no engine oil is found, perform the oil pump volume control valve repair procedure and replace the engine section of the wire harness. Refer to EPC for the additional part number. If engine oil is found in the DME connector, proceed to step 3. 3. If engine oil is found in the DME electrical connector, perform the oil pump volume control valve repair procedure, replace the engine section of the wire harness and replace the DME. Refer to EPC for the additional part numbers. Do not remove the engine oil pan. Do not replace the oil pump volume control valve. Do not replace engine oil pump. OIL PUMP VOLUME CONTROL VALVE REPAIR"
M1108152018-11-13. Service bulletin. ENGINE. Surface Cracks on the Water Pump Drive Pulley. During a repair, service or inspection, the drive pulley on the water pump shows signs of cracking. No part replacement is necessary unless there is another issue found that will be corrected by replacing the drive pulley.
M0901152018-11-13. Service bulletin. ELECTRICAL SYSTEM. New programming feature: Exclusion of Infotainment Control Units from Programming.
M6402152018-11-13. Service bulletin. VISIBILITY:DEFROSTER/DEFOGGER/HVAC SYSTEM:FAN/MOTOR; ENGINE AND ENGINE COOLING. The Blower Motor is Faulty. The blower motor does not operate at any fan speed. The blower motor may work intermittently with the blower fan speed operating only on FULL speed. CAUSE The blower motor is faulty and causes the blower resistor to fail.
M6201152018-11-13. Service bulletin. STRUCTURE. Door Open Message Displayed, Even Though Door Is Closed. While driving, a CCM (Check Control Message) indicates the doors are open, even though they are closed. Also, sometimes the gong will sound and the interior lights will go on and off. The FRM (Footwell Module) sees an incorrect door lock status caused by voltage variations in the door locks.
M0110142018-11-13. Service bulletin. EQUIPMENT:OTHER:OWNERS/SERVICE/OTHER MANUAL; EQUIPMENT. "MINI Motorer-Focused Satisfaction (MFS) Program. Based on Motorer feedback, MINI has determined that during the first three years of service, some vehicles may require specific additional service work to be performed. To address this issue, MINI USA, a division of BMW of North America, LLC (""MINI USA"") is providing the following Motorer-Focused Satisfaction (MFS) Program. This program's procedures have been available to you to address specific Motorers' concerns since September 1, 2014. As part of our Motorer Pledge to deliver an incredible MINI motoring experience, for the abovereferenced MINI vehicles, we developed this program to increase our Motorers' satisfaction by helping to prevent unexpected dealer service repair visits."
M6502132018-11-13. Service bulletin. EQUIPMENT:ELECTRICAL:RADIO/TAPE DECK/CD ETC.; ELECTRICAL SYSTEM. "CHAMP2: Stored Radio Stations Deleted After Ignition Off. After ignition off, the stored radio stations (AM/FM and Satellite radio) are no longer available in: ? Menu ""PRESETS"" ? Preset buttons on the head unit Hardware error in the CHAMP2 head unit"
M6106072018-11-13. Service bulletin. ELECTRICAL SYSTEM; ELECTRICAL SYSTEM:12V/24V/48V BATTERY. "Discharged Battery: Energy Diagnosis Must Be Performed. MINI electrical systems and advancements in vehicle technology have resulted in an increased demand on the vehicle battery. This SI will help the dealer handle ""discharged battery"" complaints. A discharged battery can have various causes, most unrelated to the battery. A failed battery is often the symptom and not the cause. A fully serviceable battery fails when an electrical component causes the battery to discharge; the battery becomes internally damaged and must be replaced. For more information, refer to http://www.batteryuniversity.com/parttwo-42B.htm. For this reason, replacing the battery is not usually a permanent repair. The cause of the discharged battery must be analyzed in order to guarantee a proper repair. To repair the vehicle properly the first time in the workshop, the diagnostic test plans must be performed to completion, with all results taken into consideration. Without performing the energy diagnosis test plan, the root cause of the discharged battery cannot be identified. This increases the chances of a repeat repair. Discharged battery."
M1701152018-11-13. Service bulletin. ENGINE AND ENGINE COOLING; ENGINE. "Engine Cranks, No Start and/or Engine Coolant Temperature Faults. 1 The engine either exhibits a crank, no start or a hard start (long crank), usually on a cold engine. No faults are stored in the DME. Proceed to Correction 1 for further diagnosis. 2 NOTE: The engine may also exhibit the same starting behavior as in Situation1. The Service Engine Soon lamp is illuminated, with one or more of the following fault codes stored in the DME: Engine temperature sensor faults ? 2943 Coolant temperature sensor, signal change too fast ? 2937 Coolant temperature sensor, electrical: short circuit to positive ? 2936 Coolant temperature sensor, electrical: short circuit to earth ? 293A Coolant temperature sensor, plausibility, cold start: temperature too high ? 293B Coolant-temperature sensor, plausibility, cold start: Temperature too low ? 2947 Coolant-temperature sensor, signal: Fixed on low ? 2948 Coolant-temperature sensor, signal: Fixed ? 3393 Engine downtime, plausibility: Time too long in correlation with engine coolant cooling down ? 3392 Engine downtime, plausibility: Time too short in correlation with engine coolant cooling downIf any of the above fault codes are stored, proceed to Correction 2. Engine thermostat faults: ? 348E Characteristic map thermostat, actuation: Short circuit to positive ? 348F Characteristic map thermostat, actuation: Short circuit to earth ? 3490 Characteristic map thermostat, actuation: Open circuit If any of the above fault codes are stored then proceed to Correction 2: The above fault codes for the engine temperature sensor and thermostat are the primary fault codes for turning the Service Engine Soon light on. 1. Poor solder contacts in the engine coolant temperature sensor integrated into the engine thermostat housing 2. A faulty external or replaceable engine coolant temperature sensor (see below for identifying production changes in the thermostat and engine temperature sensors) 3. A faulty map-contro
M1301152018-11-13. Service bulletin. FUEL SYSTEM, GASOLINE. N18:MINI Fuel Additive. INFORMATION Because carbon deposit buildup is related to fuel quality, it is not considered a defect in the vehicle's materials or workmanship. Consequently, the use of MINI Fuel Additive as outlined in this bulletin is not covered under the terms of the MINI New Passenger Car Limited Warranty, MINI Maintenance Program, any applicable Federal, State or MINI Emissions Warranty or the MINI Next Certified Pre-Owned Limited Warranty. [ Copyright (c)2015 BMW of North America, Inc. ] https://www.minitis.net/tiscode/cgi-bin/bulletin.aspx?sie_path=/tsb/bulletins/htm_store/217...4/7/2015

The summaries are NHTSA's. Each bulletin's page links NHTSA's copy of the manufacturer's document.