WBSDX9C53BE584997
The 2011 BMW M3 Convertible is a high-performance vehicle powered by a 4.0L V8 engine producing 414 hp. With advanced safety features including front and side airbags, knee restraints, and pretensioners, it ensures a secure drive. Manufactured in Regensburg, Germany, this sleek 2-door cabriolet offers the thrill of open-air driving with the luxury and precision BMW is known for.
Decoded VIN:
Make
BMW
Manufacturer Name
BMW M GMBH
Model
M3
Model Year
2011
Plant City
REGENSBURG
Series
3-Series
Vehicle Type
PASSENGER CAR
Plant Country
GERMANY
Body Class
Convertible/Cabriolet
Doors
2
Gross Vehicle Weight Rating From
Class 1: 6,000 lb or less (2,722 kg or less)
Gross Vehicle Weight Rating To
Class 1: 6,000 lb or less (2,722 kg or less)
Engine Number of Cylinders
8
Displacement (CC)
4000.0
Displacement (CI)
244.1
Displacement (L)
4.0
Fuel Type - Primary
Gasoline
Engine Brake (hp) From
414
Pretensioner
Yes
Seat Belt Type
Manual
Other Restraint System Info
Head Inflatable Restraint for Driver and Front Passenger. Knee Inflatable Restraint for Driver and Front Passenger. Pretensioners for Driver and Front Passenger.
Front Air Bag Locations
1st Row (Driver and Passenger)
Side Air Bag Locations
1st Row (Driver and Passenger)
Tire Pressure Monitoring System (TPMS) Type
Direct
Most common problems:
Oil leaks
BMW M3 engines, especially the S65 V8, are known to develop oil leaks from various seals and gaskets, including the valve cover gasket and the oil filter housing gasket.
Rod bearing wear
The S65 V8 engine can suffer from premature rod bearing wear, which can lead to engine knocking or catastrophic engine failure if not addressed.
Throttle actuator failure
The electronic throttle actuators in the S65 engine can fail, leading to poor engine performance and triggering the check engine light.
Vanos solenoid issues
The variable valve timing system (VANOS) solenoids can fail or become clogged, causing rough idle, poor performance, and reduced fuel efficiency.
Cooling system problems
The cooling system components, such as the water pump and thermostat, are prone to failure, leading to overheating issues.
Carbon build-up
Direct injection engines like the S65 can suffer from carbon build-up on the intake valves, leading to reduced engine performance and efficiency.
LATEST VINS
WP0CC2A8XNS235179
5N1AN08U95C600529
YV1672MK4D2308516
JT6HT00W2Y0093346
WF0DP3TH3G4117474
ZAM45VLAXD0074161
JH4CL95807C019713
55SWF6EB6KU290933
WBSBL93454PN56359
JTJBT20X560106216
WBA7H6C5XJG614657
WP0CA299X2S651358
JN1AZ4FH7AM303384
1C4HJXEG1KW589316
SAJWA43B395B29947
WP0CB29898U730635
JF1VA2W62J9826720
WBSCK9336WLC87493
JTEBU4BF6CK139494
JM1NDAL73N0504123
WDBFA67E5SF106096
WAUKGAFL8BA104838
4S3BL676966204766
JA3AH86C66U061866
WP0CC2A88GS152370
WBSUR9C54BVP76052
WP1AC2A28BLA82146
WP0AB29957S731954
1G1YY3380M5111714
NM0LS7AN3DT172180
SALMP1E47CA383196
YV1SZ592851174250
1FAHP60A72Y106644
SALGS2RU6LA573549
SALAE25487A436413
JF1VA2M6XG9802726
WBAVB335X6AZ85495
1GYS4BEF4BR284134
WMWRE33424TD87485
WDBSK74F25F094833
4JGDA2EB2EA431683
5YJ3E1EB8MF858080
WAUBFGFF9F1083570
YV4A22PM9K1465180
JT6GF10U6X0029915
JT4VN13D9L5024719
4A3AL54F8TE389949
1J4FA49S33P341532
WP0AA298X8U760768
WAUZZZ8KXAA033099
WVWVA7AU9KW217074
JTHBP5C26D5011106
1GHDT13W5Y2383572
ZFF77XJA0F0211011
WP0AC2A76BL091134
5YJXCAE29JF120243
YV1A22SL3K1004648
SAJGX2241WC024287
WDAPE8CD9GP198157
WBAWL73529PX44640
WUACSAFV7J1900005
5YJSA1CG2DFP08486
WF0DP3TH7J4127674
WDBFA68F4YF187690
WP0AD2A81NS268561
1C4AJWAG4GL151562
WBSJF0C51JB284036
JTHFN48Y469009767
3VWH17AUXKM515837
WP0CB29802U660434
JTJBM7FX5F5119875
WVWKP7AU8GW916379
WDDHH8JB1DA728376
WA1VMCFE8FD027716
1J4FA69S83P375090
WDCYC7DF7EX216695
WBA3A9C53EF686364
4P3CT44U5NE016471
5TFCZ5AN5GX015086
LPSED3KA4NL058354
WAUMGAFLXAA152848
WP0AB29819U780812
1P9PA1823WB213020
WDCYC6BJ9KX302880
WBABC4C05SCT32873
5UXWZ7C32H0X41968
WP0AA29938S711125
1GNEK13RXXJ536238
WBY43AW07PFP86648
WDDHF7HB3BA316446
WP0CA2986XU629862
SALWG2FK0HA684489
WBS2U7C02L7E97206
WBACN53451LJ56736
WVWFB7CD9RW162196
5YJSA1E27FF118899
WBAUT93579A191019
5TEVL52N63Z168460
2C3CDZFJ6LH134604
JTJHY7AX7D4101838