Mercedes Benz Sl55 2004

Model Sl55 made in 2004 by Mercedes Benz got 5 consumer complains there are 8 investigations as well as 23 service bulletins. Consumer complaints with reference to electronic stability control. . Technical service bulletines regarding air bags, electrical system and engine and engine cooling. The car had one investigation (suspension).

Model 2004

Bulletins


BulletinBulletin dateReplacement BulletinItem no.SummaryAdded
AIR BAGS - FRONTAL
PB-91-60-18903/31/200910029945Mercedes: there is a srs warning in the instrument cluster; this may be due to the wss control unit connection being loose or unplugged. no model years listed. *pe07/20/2009
ELECTRICAL SYSTEM
32502903/31/2009PB-32-50-29A10016687Abc visit workshop displayed in instrument cluster and hydraulic fluid leakage. *tt updated 5/14/09. models 215, 220 and 230. model years unknown. *pe09/27/2005
ENGINE AND ENGINE COOLING - EXHAUST SYSTEM - EMISSION CONTROL - CATALYTIC CONVERTOR
200801000102/20/20082008010001A10024362Mercedes-benz - check catalytic converters and replace if necessary - models 203, 209, 211, 215, 230 - model years 2004-2005. *nj update 8/7/2008. *pe04/09/2008
EXTERIOR LIGHTING - HEADLIGHTS
PB-82-10-376F02/06/200910028585Mercedes vehicles: the xenon or bi-xenon headlamp not functioning. a function description can be found in wis document gf8s.10-p-20010 (203), gf82.10-p-0003q (209); gf82.10-p-3002r (230). model years uknown. *pe05/11/2009
FUEL SYSTEM, OTHER - STORAGE - FUEL GAUGE SYSTEM
47003605/01/2009PB-47-00-36B10016670Mercedes: the fuel level indicated in the instrument cluster does not match the actual fill level. this may be caused by a fault in the fuel level sensor function chain: hydraulic and electrical lines and their connections, rear sam or in09/27/2005
SERVICE BRAKES, AIR
PB-42-46-10212/19/200810028644Mercedes: vehicle fails star diagnosis test; inspect brake system for air. models 230, 219, and 211. model years 2003-2009. *pe05/12/2009
SERVICE BRAKES, HYDRAULIC
PB-42-46-10212/19/200810028644Mercedes: vehicle fails star diagnosis test; inspect brake system for air. models 230, 219, and 211. model years 2003-2009. *pe05/12/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DIFFERENTIAL PROPORTIONAL VALVE
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DISC
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DISC - CALIPER
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DISC - PADS
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DISC - ROTOR
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DRUM
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DRUM - DRUM
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DRUM - SHOES/LININGS
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - DRUM - WHEEL CYLINDERS
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - HOSES, LINES/PIPING, AND FITTINGS
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
SERVICE BRAKES, HYDRAULIC - FOUNDATION COMPONENTS - MASTER CYLINDER
TSB-42-10-10906/15/200910030929Mercedes: corrosion protection coatings for brake components and hardware may be damaged and or stripped away if highly concentrated acid based cleaners are used. once the corrosion protection is damaged or removed the brake components an12/22/2009
STEERING
PB-46-20-16E02/27/200910028587Mercedes: leaks at steering gear control head connection to high or low pressure lines or leaks at internal steering lines of control head connection to steering gear housing. models 171, 203, 204, 209, 211, 215, 216, 219, 220, 221, and 205/11/2009
STEERING - GEAR BOX (OTHER THAN RACK AND PINION)
PB-46-20-16E02/27/200910028587Mercedes: leaks at steering gear control head connection to high or low pressure lines or leaks at internal steering lines of control head connection to steering gear housing. models 171, 203, 204, 209, 211, 215, 216, 219, 220, 221, and 205/11/2009
SUSPENSION
PB-32-50-35C02/22/200810028626Mercedes: the vehicle's suspension level randomly lowering while driving and/or rapid sporadic level changes shortly after stopping the vehicle, replace the body acceleration sensors. models 215.3, 220, and 230. model years unknown.05/12/2009
SUSPENSION - FRONT - SPRINGS - LEAF SPRING ASSEMBLY - U-BOLT, LEAF SPRING TO AXLE
32254602/05/200710021522Knocking noise from the front axle area. *kb05/14/2007

Investigations


NHTSA IDManufacturerDate openDate closeSubjectRecall campaign
SUSPENSION
PE07042MERCEDES-BENZ USA, LLC.08/14/200711/20/2007AIR SUSPENSION SYSTEM FAILURE
 The subject s-class vehicles contain a compressed air suspension system that uses air struts on each of the four wheels in lieu of traditional springs and shock absorbers.these air struts use compressed air to support the weight of the vehicle and control ride height.in the event of the loss of air from the system, an alert will flash on the instrument cluster warning the driver to either drive carefully or to stop the vehicle.the vehicle ride height can be reduced by as much as 105 mm below normal ride height before the full load of the vehicle for that wheel comes to rest on a steel rod, with a rubber stop on the end, located in the shock absorber.this rest-stop condition is designed such that there is no impact on vehicle control.mercedes-benz (mbusa) supplied video showing a vehicle in this condition operating under several different situations including evasive maneuvers demonstrating the ability of the vehicle to be controlled effectively with a ride height reduced to the minimum.only those complaints to odi and mbusa that alleged a steering interference during a reduced ride height condition were counted in this resume failure report.some complaints alleged that with a reduced ride height and a stop now warning message there was a rubbing noise when turning, but the ability to steer the vehicle was not compromised.a sampling of warranty claims submitted by mbusa did not reveal any indicating a loss of control due to an airmatic system failure.there was one crash reported by mbusa to odi but the information available indicated that it related to suspension systems and it was not possible to verify that the incident was related to an airmatic system failure. further use of agency resources in this matter does not appear to be warranted.the agency will continue to monitor complaints and other information relating to the alleged defect in the subject vehicles and will take further action in the future if warranted.this preliminary evaluation is closed.
SUSPENSION - FRONT - SPRINGS - AIR SUSPENSION - LINES AND FITTINGS
PE07042MERCEDES-BENZ USA, LLC.08/14/200711/20/2007AIR SUSPENSION SYSTEM FAILURE
 The subject s-class vehicles contain a compressed air suspension system that uses air struts on each of the four wheels in lieu of traditional springs and shock absorbers.these air struts use compressed air to support the weight of the vehicle and control ride height.in the event of the loss of air from the system, an alert will flash on the instrument cluster warning the driver to either drive carefully or to stop the vehicle.the vehicle ride height can be reduced by as much as 105 mm below normal ride height before the full load of the vehicle for that wheel comes to rest on a steel rod, with a rubber stop on the end, located in the shock absorber.this rest-stop condition is designed such that there is no impact on vehicle control.mercedes-benz (mbusa) supplied video showing a vehicle in this condition operating under several different situations including evasive maneuvers demonstrating the ability of the vehicle to be controlled effectively with a ride height reduced to the minimum.only those complaints to odi and mbusa that alleged a steering interference during a reduced ride height condition were counted in this resume failure report.some complaints alleged that with a reduced ride height and a stop now warning message there was a rubbing noise when turning, but the ability to steer the vehicle was not compromised.a sampling of warranty claims submitted by mbusa did not reveal any indicating a loss of control due to an airmatic system failure.there was one crash reported by mbusa to odi but the information available indicated that it related to suspension systems and it was not possible to verify that the incident was related to an airmatic system failure. further use of agency resources in this matter does not appear to be warranted.the agency will continue to monitor complaints and other information relating to the alleged defect in the subject vehicles and will take further action in the future if warranted.this preliminary evaluation is closed.
SUSPENSION - FRONT - SPRINGS - AIR SUSPENSION - SPRINGS/BAGS
PE07042MERCEDES-BENZ USA, LLC.08/14/200711/20/2007AIR SUSPENSION SYSTEM FAILURE
 The subject s-class vehicles contain a compressed air suspension system that uses air struts on each of the four wheels in lieu of traditional springs and shock absorbers.these air struts use compressed air to support the weight of the vehicle and control ride height.in the event of the loss of air from the system, an alert will flash on the instrument cluster warning the driver to either drive carefully or to stop the vehicle.the vehicle ride height can be reduced by as much as 105 mm below normal ride height before the full load of the vehicle for that wheel comes to rest on a steel rod, with a rubber stop on the end, located in the shock absorber.this rest-stop condition is designed such that there is no impact on vehicle control.mercedes-benz (mbusa) supplied video showing a vehicle in this condition operating under several different situations including evasive maneuvers demonstrating the ability of the vehicle to be controlled effectively with a ride height reduced to the minimum.only those complaints to odi and mbusa that alleged a steering interference during a reduced ride height condition were counted in this resume failure report.some complaints alleged that with a reduced ride height and a stop now warning message there was a rubbing noise when turning, but the ability to steer the vehicle was not compromised.a sampling of warranty claims submitted by mbusa did not reveal any indicating a loss of control due to an airmatic system failure.there was one crash reported by mbusa to odi but the information available indicated that it related to suspension systems and it was not possible to verify that the incident was related to an airmatic system failure. further use of agency resources in this matter does not appear to be warranted.the agency will continue to monitor complaints and other information relating to the alleged defect in the subject vehicles and will take further action in the future if warranted.this preliminary evaluation is closed.
SUSPENSION - FRONT - SPRINGS - AIR SUSPENSION SYSTEM
PE07042MERCEDES-BENZ USA, LLC.08/14/200711/20/2007AIR SUSPENSION SYSTEM FAILURE
 The subject s-class vehicles contain a compressed air suspension system that uses air struts on each of the four wheels in lieu of traditional springs and shock absorbers.these air struts use compressed air to support the weight of the vehicle and control ride height.in the event of the loss of air from the system, an alert will flash on the instrument cluster warning the driver to either drive carefully or to stop the vehicle.the vehicle ride height can be reduced by as much as 105 mm below normal ride height before the full load of the vehicle for that wheel comes to rest on a steel rod, with a rubber stop on the end, located in the shock absorber.this rest-stop condition is designed such that there is no impact on vehicle control.mercedes-benz (mbusa) supplied video showing a vehicle in this condition operating under several different situations including evasive maneuvers demonstrating the ability of the vehicle to be controlled effectively with a ride height reduced to the minimum.only those complaints to odi and mbusa that alleged a steering interference during a reduced ride height condition were counted in this resume failure report.some complaints alleged that with a reduced ride height and a stop now warning message there was a rubbing noise when turning, but the ability to steer the vehicle was not compromised.a sampling of warranty claims submitted by mbusa did not reveal any indicating a loss of control due to an airmatic system failure.there was one crash reported by mbusa to odi but the information available indicated that it related to suspension systems and it was not possible to verify that the incident was related to an airmatic system failure. further use of agency resources in this matter does not appear to be warranted.the agency will continue to monitor complaints and other information relating to the alleged defect in the subject vehicles and will take further action in the future if warranted.this preliminary evaluation is closed.
SUSPENSION - REAR
PE07042MERCEDES-BENZ USA, LLC.08/14/200711/20/2007AIR SUSPENSION SYSTEM FAILURE
 The subject s-class vehicles contain a compressed air suspension system that uses air struts on each of the four wheels in lieu of traditional springs and shock absorbers.these air struts use compressed air to support the weight of the vehicle and control ride height.in the event of the loss of air from the system, an alert will flash on the instrument cluster warning the driver to either drive carefully or to stop the vehicle.the vehicle ride height can be reduced by as much as 105 mm below normal ride height before the full load of the vehicle for that wheel comes to rest on a steel rod, with a rubber stop on the end, located in the shock absorber.this rest-stop condition is designed such that there is no impact on vehicle control.mercedes-benz (mbusa) supplied video showing a vehicle in this condition operating under several different situations including evasive maneuvers demonstrating the ability of the vehicle to be controlled effectively with a ride height reduced to the minimum.only those complaints to odi and mbusa that alleged a steering interference during a reduced ride height condition were counted in this resume failure report.some complaints alleged that with a reduced ride height and a stop now warning message there was a rubbing noise when turning, but the ability to steer the vehicle was not compromised.a sampling of warranty claims submitted by mbusa did not reveal any indicating a loss of control due to an airmatic system failure.there was one crash reported by mbusa to odi but the information available indicated that it related to suspension systems and it was not possible to verify that the incident was related to an airmatic system failure. further use of agency resources in this matter does not appear to be warranted.the agency will continue to monitor complaints and other information relating to the alleged defect in the subject vehicles and will take further action in the future if warranted.this preliminary evaluation is closed.
SUSPENSION - REAR - SPRINGS - AIR SUSPENSION SYSTEM
PE07042MERCEDES-BENZ USA, LLC.08/14/200711/20/2007AIR SUSPENSION SYSTEM FAILURE
 The subject s-class vehicles contain a compressed air suspension system that uses air struts on each of the four wheels in lieu of traditional springs and shock absorbers.these air struts use compressed air to support the weight of the vehicle and control ride height.in the event of the loss of air from the system, an alert will flash on the instrument cluster warning the driver to either drive carefully or to stop the vehicle.the vehicle ride height can be reduced by as much as 105 mm below normal ride height before the full load of the vehicle for that wheel comes to rest on a steel rod, with a rubber stop on the end, located in the shock absorber.this rest-stop condition is designed such that there is no impact on vehicle control.mercedes-benz (mbusa) supplied video showing a vehicle in this condition operating under several different situations including evasive maneuvers demonstrating the ability of the vehicle to be controlled effectively with a ride height reduced to the minimum.only those complaints to odi and mbusa that alleged a steering interference during a reduced ride height condition were counted in this resume failure report.some complaints alleged that with a reduced ride height and a stop now warning message there was a rubbing noise when turning, but the ability to steer the vehicle was not compromised.a sampling of warranty claims submitted by mbusa did not reveal any indicating a loss of control due to an airmatic system failure.there was one crash reported by mbusa to odi but the information available indicated that it related to suspension systems and it was not possible to verify that the incident was related to an airmatic system failure. further use of agency resources in this matter does not appear to be warranted.the agency will continue to monitor complaints and other information relating to the alleged defect in the subject vehicles and will take further action in the future if warranted.this preliminary evaluation is closed.
SUSPENSION - REAR - SPRINGS - AIR SUSPENSION SYSTEM - LINES AND FITTINGS
PE07042MERCEDES-BENZ USA, LLC.08/14/200711/20/2007AIR SUSPENSION SYSTEM FAILURE
 The subject s-class vehicles contain a compressed air suspension system that uses air struts on each of the four wheels in lieu of traditional springs and shock absorbers.these air struts use compressed air to support the weight of the vehicle and control ride height.in the event of the loss of air from the system, an alert will flash on the instrument cluster warning the driver to either drive carefully or to stop the vehicle.the vehicle ride height can be reduced by as much as 105 mm below normal ride height before the full load of the vehicle for that wheel comes to rest on a steel rod, with a rubber stop on the end, located in the shock absorber.this rest-stop condition is designed such that there is no impact on vehicle control.mercedes-benz (mbusa) supplied video showing a vehicle in this condition operating under several different situations including evasive maneuvers demonstrating the ability of the vehicle to be controlled effectively with a ride height reduced to the minimum.only those complaints to odi and mbusa that alleged a steering interference during a reduced ride height condition were counted in this resume failure report.some complaints alleged that with a reduced ride height and a stop now warning message there was a rubbing noise when turning, but the ability to steer the vehicle was not compromised.a sampling of warranty claims submitted by mbusa did not reveal any indicating a loss of control due to an airmatic system failure.there was one crash reported by mbusa to odi but the information available indicated that it related to suspension systems and it was not possible to verify that the incident was related to an airmatic system failure. further use of agency resources in this matter does not appear to be warranted.the agency will continue to monitor complaints and other information relating to the alleged defect in the subject vehicles and will take further action in the future if warranted.this preliminary evaluation is closed.
SUSPENSION - REAR - SPRINGS - AIR SUSPENSION SYSTEM - SPRINGS/BAGS
PE07042MERCEDES-BENZ USA, LLC.08/14/200711/20/2007AIR SUSPENSION SYSTEM FAILURE
 The subject s-class vehicles contain a compressed air suspension system that uses air struts on each of the four wheels in lieu of traditional springs and shock absorbers.these air struts use compressed air to support the weight of the vehicle and control ride height.in the event of the loss of air from the system, an alert will flash on the instrument cluster warning the driver to either drive carefully or to stop the vehicle.the vehicle ride height can be reduced by as much as 105 mm below normal ride height before the full load of the vehicle for that wheel comes to rest on a steel rod, with a rubber stop on the end, located in the shock absorber.this rest-stop condition is designed such that there is no impact on vehicle control.mercedes-benz (mbusa) supplied video showing a vehicle in this condition operating under several different situations including evasive maneuvers demonstrating the ability of the vehicle to be controlled effectively with a ride height reduced to the minimum.only those complaints to odi and mbusa that alleged a steering interference during a reduced ride height condition were counted in this resume failure report.some complaints alleged that with a reduced ride height and a stop now warning message there was a rubbing noise when turning, but the ability to steer the vehicle was not compromised.a sampling of warranty claims submitted by mbusa did not reveal any indicating a loss of control due to an airmatic system failure.there was one crash reported by mbusa to odi but the information available indicated that it related to suspension systems and it was not possible to verify that the incident was related to an airmatic system failure. further use of agency resources in this matter does not appear to be warranted.the agency will continue to monitor complaints and other information relating to the alleged defect in the subject vehicles and will take further action in the future if warranted.this preliminary evaluation is closed.

Consumer Complaints


Fail datemilesoccurencesPurchase date
ELECTRONIC STABILITY CONTROL
03/23/201250578
 Active body control system malfunctioned. hydraulic fluid sprayed throughout the engine compartment. vehicle rises and lowers unexpectedly. if the vehicle sits for longer than two weeks, it will drop at one side or tire.