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Service bulletins for the 2014 MINI Clubman

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.

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

By type

By component

Bulletins, newest first
M6101132018-12-03. Service bulletin. ELECTRICAL SYSTEM. Battery Charge Condition Not Available in Energy Diagnosis. When performing an Energy Diagnosis test plan, the battery charge condition information is not available. CAUSE The power management system was not reset properly at the end of vehicle production, leaving the IBS in a failsafe mode.
M8402132018-12-03. Service bulletin. EQUIPMENT. Incorrect Customer Relations Telephone Number Is Saved in the Vehicle. The customer is not connected to MINI Customer Relations after dialing the number displayed in the vehicle Kombi or radio. CAUSE During the Pre-Delivery Inspection (PDI), the incorrect telephone number is being written into the vehicle. INFORMATION 1. When performing the PDI test plan, it is extremely important that you select MINI if the ISID is configured for both BMW and MINI. 2. After completion of the PDI test plan, verify that the customer relations number stored in the vehicle is correct. 3. The correct customer relations phone number is 1(866) 275-6464. 4. If the number stored in the vehicle is incorrect and the correct test plan was used, contact your 3g Administrator and have him or her verify the number stored in the ISID. 5.This picture shows the correct number stored in the Combox control unit. Note: To read out telephone number:
M1301132018-12-03. Service bulletin. 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 highpressure 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/15601.2.M130113... 8/30/2013 Page 2 of 2 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 tightning torques are correct. Refer to EPC for the applicable part numbers when making repairs. "
M1203132018-12-03. Service bulletin. ELECTRICAL SYSTEM. ?N18 Engine: FC 2BF2 Rail Pressure Sensor Is Stored in DME Fault Memory. The customer states that the Service Engine Soon lamp is illuminated and the following fault is stored in the DME: FC 2BF2 Rail pressure sensor, workspace: pressure too high CAUSE A DME calibration error in the fuel pressure diagnostics results in an increased sensitivity.
M3401132018-12-03. Service bulletin. SERVICE BRAKES, HYDRAULIC. "?SI M34 01 13 November 2013 BrakesTechnical Service This Service Information bulletin supersedes SI 34 01 13 dated October 2013. designates changes to this revision SUBJECT Erroneous ""Service due"" Message Though Brake Lining Thickness Sufficient. The CBS data calculated for the remaining distance of the front and/or rear brake pads does not agree with the actual brake pad thickness. The yellow brake lining service due indicator illuminates even though the pad thickness is greater than the minimum wear limit (approximately 3.7 mm); the brake wear sensor has not yet been activated (from a thickness of approx. 4.2 mm). In some cases, the red warning message may already be active. The CBS front/rear brake display is based on a mathematical calculation. Various influences are incorporated into this calculation (for example, vehicle speed, brake pressure, and rotor temperature). Due to changing driving characteristics and/or unfavorable environmental conditions, the calculated remaining distance may differ from actual pad thickness."
M6505122018-12-03. Service bulletin. ELECTRICAL SYSTEM; EQUIPMENT. "DWA (Anti-theft Alarm System): False Alarm Is Triggered Intermittently. INFORMATION Parts replacement will not solve the problem if one or more of the conditions described in the situation above caused the alarm to trigger. The sensitivity of the interior ultrasonic sensor cannot be reduced. If the customer wishes to park the vehicle with the sunroof tilted, the window partially open, and/or in an area with excessive local noise, the interior sensor must be switched off by using the following procedure: Press the lock button on the remote control twice in succession. The LEDs flash in short succession for approx. 2 seconds. The interior ultrasonic sensor is switched off until the vehicle is unlocked and locked the next time. NOTE: This information can be found in the Owner's Manual in the ""Controls"" section under ""Switching off the tilt alarm sensor and interior movement detector."""
M1702132018-12-03. Service bulletin. ENGINE AND ENGINE COOLING. "PERFORM THE PROCEDURE OUTLINED IN THIS SERVICE INFORMATION ON ALL AFFECTED VEHICLES BEFORE CUSTOMER DELIVERY OR THE NEXT TIME THEY ARE IN THE SHOP FOR MAINTENANCE OR REPAIRS. SUBJECT Service Action: Retrofit of Engine Coolant Temperature Sensor. Internal corrosion can form in the engine coolant temperature sensor. This corrosion leads to internal bridging of the contacts, which can cause an inaccurate engine temperature reading. This false reading can lead to difficulty in the engine starting and/or a ""Service Engine Soon"" lamp being illuminated."
M1101122018-12-03. Service bulletin. ENGINE. 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.
M6106072018-11-26. Service bulletin. VEHICLE SPEED CONTROL; ELECTRICAL SYSTEM. "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. CAUSE Discharged battery."
M1206122018-11-26. Service bulletin. ELECTRICAL SYSTEM. Change in Thermostat Electrical Connector on Replacement Engine Harness. Vehicles produced from 3/2013 are no longer equipped with an engine coolant thermostat that incorporates the engine coolant temperature sensor (thermostat P/N 11 53 7 647 751). The engine coolant temperature sensor is now an individual component. To accommodate this component change, there was also a production change to the engine wiring harness; this also includes the replacement engine harnesses for earlier produced vehicles. The replacement harness is no longer equipped with the four pin connector for the thermostat / engine coolant temperature sensor, but two separate twopin connectors, one for the coolant thermostat and one for the engine coolant temperature sensor. *The N16 engine switched production to the 11 53 7 534 521 thermostat in 3/2012. This thermostat, like the new 751, incorporates a separate engine coolant temperature sensor. The connectors on the 521 thermostat will not match up to the connectors on a new, replacement engine harness. The 521 thermostat will need to be replaced with the 751 thermostat during this repair.
M1202122018-11-26. Service bulletin. ELECTRICAL SYSTEM; ENGINE. SI M12 02 12 Engine Electrical Systems April 2013 Technical Service . After reprogramming the vehicle to integration level R056-11-11-503 (ISTA/P P45.1.3.0) or higher, one of the following fault codes are stored in the DME fault memory: Vehicles with N16 engine: * 2F42 Engine ventilation heating, Control The Service Engine Soon lamp is not illuminated. Vehicles with N18 engine: * 37DE Engine ventilation, heating, triggering: open circuit The Service Engine Soon lamp is illuminated. CAUSE Due to a DME software change, the diagnostic monitoring capability is improved for the engine ventilation heating system. However, a fault will be stored in the fault memory because the engine ventilation heater circuit has a malfunction currently present.
M1101132018-11-26. Service bulletin. ENGINE AND ENGINE COOLING. Service Action: Replace the Coolant Pump. Coolant is leaking from the coolant pump. CAUSE The coolant pump may develop cracks in the plastic housing. These cracks may result in a coolant leak.
M1101122018-11-26. Service bulletin. ENGINE. 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.
M6501132018-11-26. Service bulletin. ENGINE AND ENGINE COOLING. CHAMP2: Integrated Cooling Fan Is Noisy Intermittently. INFORMATION Do not replace parts and do not perform a repair attempt! Explain to the customer that this only happens at high ambient temperatures, which keep the fan running after the ignition is turned off. This Service Information will be updated as soon as a solution is available. A software solution is expected to be available with ISTA/P 2.49.0 in March 2013. New integration level: R056-13-03-501 or higher.
M0110142018-11-26. Service bulletin. 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. MINI USA, a division of BMW of North America, LLC ("MINI USA") is pleased to announce the following Motorer-Focused Satisfaction (MFS) Program. This new program's procedure will be available for your dealer to address these Motorers' concerns, starting with claim repairs dates on or after September 1, 2014. As part of our Motorer Pledge to deliver an incredible MINI motoring experience, for the above-referenced MINI vehicles, we developed this program to increase our Motorers' satisfaction by helping to prevent unexpected dealer service repair visits.
M3401132018-11-26. Service bulletin. SERVICE BRAKES, HYDRAULIC. Erroneous "Service due" Message Though Brake Lining Thickness Sufficient. The CBS data calculated for the remaining distance of the front and/or rear brake pads does not agree with the actual brake pad thickness. The yellow brake lining service due indicator illuminates even though the pad thickness is greater than the minimum wear limit (approximately 3.7 mm); the brake wear sensor has not yet been activated (from a thickness of approx. 4.2 mm). In some cases, the red warning message may already be active. The CBS front/rear brake display is based on a mathematical calculation. Various influences are incorporated into this calculation (for example, vehicle speed, brake pressure, and rotor temperature). Due to changing driving characteristics and/or unfavorable environmental conditions, the calculated remaining distance may differ from actual pad thickness.
M1709122018-11-26. 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. 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 and/or a "Service Engine Soon" lamp being illuminated.
M1708122018-11-26. 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. 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 and/or a "Service Engine Soon" lamp being illuminated.
M1707122018-11-26. 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. 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 and/or a "Service Engine Soon" lamp being illuminated.
M1101122018-11-26. Service bulletin. ENGINE. 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.
M1101122018-11-05. Service bulletin. ENGINE. SI M11 01 12February 2015 EngineTechnical Service This Service Information bulletin supersedes SI M11 01 12 dated March 2014. designates changes to this revision SUBJECT N16 and N18 Engine: 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

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