Check and Replace Rear Axle Transmission – 2022 Mercedes-Benz AMG G63

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December 16, 2022 NHTSA CAMPAIGN NUMBER: 22V937000

Rear Axle Differential Housing May Crack and Break

A loss of rear wheel control and drive power can increase the risk of a crash. In addition, differential oil that leaks onto the road can increase the risk of a crash.

 

NHTSA Campaign Number: 22V937

Manufacturer Mercedes-Benz USA, LLC

Components POWER TRAIN

Potential Number of Units Affected 278

 

Summary

Mercedes-Benz USA, LLC (MBUSA) is recalling certain 2022 AMG G63 4×4-squared vehicles. The rear axle differential housing may crack, leaking oil onto the road. In addition, the rear axle differential housing may break, resulting in a loss of rear wheel control and drive power.

 

Remedy

Owners are advised not to drive their vehicles until the vehicle has been remedied. Dealers will inspect and replace the rear axle, as necessary, free of charge. The MBUSA Customer Assistance Center will assist owners to make arrangements with their authorized Mercedes-Benz dealer to have the vehicle towed for inspection. Towing and loaner vehicles or alternate transportation, where available, will be offered at no cost to the customer. Owner notification letters were mailed May 12, 2023. Owners may contact MBUSA customer service at 1-800-367-6372. MBUSA’s number for this recall is 2023040001.

 

Notes

Owners may also contact the National Highway Traffic Safety Administration Vehicle Safety Hotline at 1-888-327-4236 (TTY 1-800-424-9153), or go to www.nhtsa.gov.

 

Check if your Mercedes-Benz has a Recall

 


October 13, 2023

2023040001

Replace Rear Axle

This is to notify you of the STOP DRIVE Recall Campaign Launch to replace the rear axle on 278 Model Year (“MY”) 2022 AMG G63 4×4 squared (463 platform) vehicles. The recall campaign will be visible on the www.NHTSA.gov website and may generate questions from customers.

Affected VINs will be flagged in VMI as “OPEN” on October 13, 2023.

 

Issue

Mercedes-Benz AG (“MBAG”), the manufacturer of Mercedes-Benz vehicles, has determined that on certain Model Year (“MY”) 2022 AMG G63 4×4 squared (463 platform) vehicles, the rear axle differential housing might not meet the strength requirements. Cracks in the rear axle differential housing might occur during vehicle operation, which may lead to differential oil leaking onto the roadway. In this case, a risk of a crash for following vehicle traffic may be increased.

Further, fracturing of the housing cannot be ruled out and could lead to an interruption of the power transmission on the rear axle, in which a loss of wheel guidance and a loss of propulsion without warning cannot be ruled out. In this case, the risk of a crash or injury could be increased.

 

What We’re Doing

MBUSA will conduct a voluntary recall. An authorized Mercedes-Benz dealer will replace the rear axle on the affected vehicles.

 

Parts

The remedy is available and can be performed.

 

Given this notice, it is a violation of Federal law for a dealer to sell or lease any new vehicles in dealer inventory covered by this notification until the vehicle has been repaired. Once the remedy is available, the vehicles will be flagged as “OPEN” and Work Instructions will be available in NetStar VMI and Xentry Portal. Once the repair is complete the vehicle may be sold or leased.

Until the inspection/remedy is completed, affected vehicle owners are instructed by the MBUSA Customer Assistance Center (CAC) to stop driving their vehicles and will assist to make arrangements with their preferred authorized Mercedes-Benz dealer to have the vehicle towed for inspection.

 

Customer Notification Timeline

All customer letters have been mailed.

 


FAQs

Can I continue to drive the car?

Your safety is our highest priority. MBUSA advises customers to stop driving their vehicle until the remedy is performed. Customers were notified by first class mail on January 25, 2023 to stop driving their vehicle. Starting on January 19, 2023 customers were notified by SMS Head-Unit notification to stop driving their vehicle. The Head-Unit messaging will continue to appear until the vehicle’s remedy has been completed.

 

Will the dealer provide a loaner vehicle?

The dealer may offer a loaner vehicle free of charge, based on vehicle availability.

 

If I am advised not to drive my vehicle will towing be offered?

Customers will be notified by first class mail that the repair can be perform at an authorized dealer. A tow can be arranged by the local dealer or by calling 1-855-853-9454 for assistance.

 

How do I submit for reimbursement of transportation costs when submitting the claim to Warranty?

Create a separate line on the same RO that closes the recall campaign.

Damage code:  35600 01  

Reimbursement amount entered in the sublet.

Invoice from the Transport company must be attached to the Warranty claim in EVA.

 

I read a media article that states I should stop driving my vehicle if I own one of the affected vehicles, what should I do?

A VIN-based recall lookup tool on our MBUSA.com website offers a search feature that will indicate whether a vehicle has been subject to a safety recall. See https://www.mbusa.com/en/recall for more details. If your vehicle status is listed as “Open” the vehicle MUST NOT be driven until the repair is performed.

 

Are any vehicles still in “Pending” status waiting for parts?

No, all vehicles are in “Open” status and parts are available to complete the repairs.

 

I received a letter but I no longer own the vehicle. How can I update my ownership information?

Customers should be directed to the MBUSA recall website at https://www.mbusa.com/en/recall, where they can enter their VIN and update their contact information or by calling 1-855-853-9454 for assistance.

 

The customer wishes to keep driving the vehicle and refuses the repair. How do I handle this situation?

Customer safety is our top priority at Mercedes-Benz. If the customer insists on driving the vehicle despite the warnings associated with a “stop drive” recall, the following language MUST be added to the Repair Order and initialed by the customer:

______ (Initial Here) ASSUMPTION OF RISK FOR REMOVAL OF VEHICLE. I understand that my vehicle is subject to a “Stop Drive” recall and that continuing to drive my vehicle involves inherent risks and dangers of accidents, property loss or damage, and serious personal injury to me and others, as well as potential financial losses. I have carefully considered the extent of the risks involved, and I voluntarily and freely choose to assume these risks.

 

The customer wishes to keep driving the vehicle and is refusing to initial the “Assumption of Risk” on the Repair Order. How do I handle this situation?

Please follow the same protocol used at your dealership when a customer refuses services offered. Also, make a notation on the RO that “customer refuses to initial the Assumption of Risk.” A customer signature must be recorded on the RO.

 


Replace Rear Axle

 

Work Procedure 

The serial number of the new rear axle centerpiece (Figure 1) must be changed in the VeDoc system.   (XSF ticket has to be created for the VeDoc change)

 

1. Lift the vehicle and use the tension belts on all 4 jack points to secure it against falling down.

For basic data, see AR00.60-P-1005-01D.

 

2. While the vehicle is lifted and the wheels are off the ground, actuate the rear axle differential lock actuator and then disconnect the electrical plug on the rear axle lock actuator while the lock is engaged.

The rear axle must be removed with the lock actuator set to lock position.

To do this, “Start the engine – Release the parking brake – engage neutral position (N) – Engage Low Range  (Figure 2) – Engage drive position (D) –  engage center differential lock (1) – while wheels are rotating slowly, engage rear axle differential lock (2) – Ensure red confirmation light is illuminated for center and rear differential lock (Figure 3)

– switch off ignition – disconnect electrical plug on lock actuator of rear axle and leave disconnected (Figure 4).”

 

3. Bring the brake pads of the rear axle into assembly position and bring the transmission into permanent neutral position.

a) For basic data on brake pad assembly position, see AR42.10-P-1710-01LWE (key must remain in vehicle).

b) To bring the transmission into permanent neutral position; press the start button twice without actuating the brake pedal (ignition on) – depress the brake pedal and move selector lever to “N” position and hold for 1 second to engage permanent neutral position – switch off ignition. (key must remain in vehicle).

 

Attention: The vehicle is now in permanent “N” position (Figure 5).

 

4. Disconnect ground line from battery.

For basic data, see AR54.10-P-0003XG.

 

5. Remove cover caps of wheel nuts on all four wheels (Figure 6).

To do this, clean cover caps then press Butyl Tape firmly against the cover cap and pull off the cap.

Damaged cover caps must be replaced.

 

6. Remove all four wheel and tire assemblies using a wheel lift dolly.

For basic data, see AR40.10-P-1100XG.

The wheel nuts are reused.

 

7. Drain rear axle oil (Figure 7).

 

8. Disconnect electrical connectors of rear axle wiring harness on rear axle components (Figure 8).

Brake sensor screw (A, Figure 8) 8 Nm

Unscrew the two holders for electrical wiring harness from the rear axle tube. (Figure 9).

Remove the complete rear axle wiring harness with holders and cable ties/clips from the rear axle and working area.

Only replace defective cable ties/clips when installing the wiring harness onto the new axle bridge to ensure that the positioning of the wiring harness remains identical.

 

9. Unscrew banjo bolts for bleed lines at left and right rear axle hub reduction gears (Figure 10).

M10 bleed line banjo bolt to rear axle hub reduction gear 15 Nm.

Seal thread openings on rear axle hub reduction gears with suitable stop plug/screw immediately to prevent oil from leaking out.

 

11. Unscrew brake hoses from brake lines on inside of axle (Figure 12) and seal open brake lines with suitable stop plugs e.g. W129 589 00 91 10.

 

10. Unscrew banjo bolt for bleed lines at axle bridge above lock actuator (Figure 11).

M8 bleed line banjo bolt to axle bridge 8 Nm

Seal thread openings on axle bridge with suitable stop plug/screw immediately.

Important! A total of 3 copper sealing rings are installed.

 

11. Unscrew brake hoses from brake lines on inside of axle (Figure 12) and seal open brake lines with suitable stop plugs e.g. W129 589 00 91 10.

 

12. Unscrew propeller shaft from rear axle differential, and secure against falling by tying to the top (Figure 13).

Propeller shaft screw at rear axle differential 1st stage 40 Nm – 2nd stage 90°

 

13. Position lift table under rear axle and use tension belt (Figure 15) to secure against falling.

Lift table W 000 588 03 62 00.

Place a support block with a width of approx. 5.5 cm (e.g. a hardwood block), under the axle at the left and right and under the center front section of the differential to ensure that the rear axle is evenly supported (Figure 14).

 

14. Lift table approx. 10 cm and bring rear axle to level of suspension.

This way, the screw connections can be released and tightened again without tension.

 

15. Remove transverse control arm of rear axle (Figure 16).

For basic data, see AR35.20-P-0140XG.

Transverse control arm screw to frame 1st stage 150 Nm – 2nd stage 90°

During installation, the transverse control arm at the rear axle must be fit into the bearing using a shim.

 

16. Unscrew left and right shock absorbers at bottom of axle (Figure 17).

The shock absorbers remain on the vehicle and do not need to be removed completely.

Shock absorber screw to holder (axle tube) 1st stage 100 Nm – 2nd stage 90°

 

17. Release screw connection for top left and right trailing arms at rear axle (Figure 18 and 19).

For basic data, see AR35.15-P-0320XG.

Upper trailing arm screw to rear axle 1st stage 100 Nm – 2nd stage 90°

Important! The new screw on rear axle to the upper trailing arm is inserted inwards, from wheel side towards the rear axle spring (Figure 19).

 

18. Mark adjusting plates for adjusting the drive line angle, disconnect level sensors on trailing arms (Figure 20) and unscrew the connection of the rear axle at left and right lower trailing arms (Figure 21).

For basic data, see AR35.15-P-0330XG.

Lower trailing arm screw to rear axle 1st stage 100 Nm – 2nd stage 180°

Important! Mark adjusting plates and install in the same position on the new axle.

Installation: Install adjusting plates with opening pointing downward.

Installation: The notch on the adjusting plate should point in the direction of travel.

The protective cover on the trailing arm is not removed.

 

19. Slowly lower the lift table with rear axle including the brake system and springs until tension is relieved from springs.

Pay attention to surrounding component parts when lowering and lifting the rear axle.

 

20. Mark the spring and the upper and lower spring retainer then remove the springs completely (A, Figure 22).

Installation: Align installation position (A, Figure 22).

A tensioning device is not needed.

 

21. Fully lower rear axle and remove from underneath vehicle (Figure 23).

For basic data, see AR35.10-P-0010XG

Pay attention to surrounding component parts when lowering and lifting the rear axle.

Unthread lower trailing arms while lowering.

Helper required.

 

22. Remove brake disks with brake caliper including brake caliper supports, brake hoses, and brake cover plates from rear axle.

For basic data, see AR42.10-P-0025XGS and AR42.10-P-0240XGS

Brake hose should be separated from brake line and remain on brake caliper.

Brake pads do not need to be removed and should remain in the brake caliper.

Brake line to brake hose 14 Nm

Brake caliper support screw to steering knuckle 1st stage 50 Nm – 2nd stage 60°

Brake disk safety screw to wheel hub 10 Nm

Brake cover plate screw to steering knuckle 23 Nm

 

23. Remove brake lines with retaining clips from axle tube.

 

24. Remove rear axle actuator (Figure 24).

For basic data, see AR35.40-P-0001XGA.

Rear axle actuator is in lock engaged position.

Installation: The slide in the axle tube for actuating the lock must be slid in the direction of the axle centerpiece.

One of the wheel flanges must be turned at the same time.

Actuator screw to axle tube 1st stage 10 Nm – 2nd stage 20 Nm – 3rd stage 60°

 

25. Unscrew and remove the mounting support between the hub reduction gear and rear axle tube  (Figure 25). Threaded connection for the mounting support between hub reduction gear and rear axle tube

1st stage 50 Nm – 2nd stage 135°

Installation: All contact surfaces of threaded connections must be clean and free of grease and wax when being tightened.

 

26. Remove left and right hub reduction gears (Figure 26).

For basic data, see AR35.25-P-0645XGS.

Hub reduction gear screw to axle tube 1st stage 40 Nm – 2nd stage 45°

Installation: Carefully slide hub reduction gear with axle shaft into rear axle differential while turning at the same time so that the gearing engages.

Installation: Exercise particular caution when inserting the right portal to ensure that the slide for the lock actuation is not damaged.

Installation: To install the right portal, position the lock actuator temporarily so that the lock tube has better guidance in the new axle centerpiece.

Installation: All contact surfaces of threaded connections must be clean and free of grease and wax when being tightened.

Replace sealing rings on hub reduction gears and install axle hubs (Figure 27).

New sealing rings are included in the delivery package of the new axle bridge

 

27. Position new axle centerpiece on lift table and secure with tension belts.

 

28. Check installed dimension of drive shafts in hub reduction gears.

For basic data, see AR35.30-P-0100-01XGS.

If the drive shaft has moved out of the hub reduction gear, it must be removed completely and reinstalled with a new snap ring.

Installed dimension of left rear axle drive shaft 727.2mm ±1.5mm (Figure 28).

Installed dimension of right rear axle drive shaft 743.3mm ±1.5mm (Figure 29).

 

29. Assemble all parts to the new rear axle centerpiece in reverse order (work instruction step 26-22)

For the installation of the right hub reduction gear it is required to back out the bolt (A, Figure 30) on the new axle until there are no threads protruding into the axle shaft housing (B, Figure 31).

 

30. Fill rear axle centerpiece with 1.5 liters of oil and rotate the differential drive pinion multiple times for at least 30 seconds with the drive pinion tilted downward by at least 5–10° (Figure 32).

Attention, very important: This ensures that the bearing of the drive pinion is sufficiently lubricated prior to initial use.

After the rear axle has been installed, the oil level must be checked and in a ready-to-drive condition.

 

31. Install adjusting plate (If necessary) for transverse control arm on new axle bridge (Figure 33, 34).

The left bearing of the transverse control arm must be installed with suction and with almost zero clearance, into the retaining tab of the axle bridge.

The fit for the transverse control arm can be adjusted as required, either without an adjusting plate, or with a 0.5 mm adjusting plate, or with a 0.8 mm adjusting plate.

The previously installed original adjusting plate can be reused.

A maximum of one adjusting plate may be installed.

 

32. Assemble all remaining parts in reverse order.

Ensure the suspension is at the proper ride height and supporting the vehicle weight before tightening/torqueing.

 

33. Perform brake bleeding.

The brake system must be bled before the wheels are mounted.

For basic data, see AR42.10-P-0010XG.

 

34. Perform quick test and clear fault memory.

 

35. Perform wheel alignment check.

Wheel alignment specifications may not be correct in the alignment machines and need to be overwritten manually,  it is important to refer to WIS/WAO for the correct specifications.

For basic data, see AR40.20-P-0200XG.

The drive line angle AR40.20-P-0200-14XG is considered separately.

 

36. Perform a workshop test drive and leak check.

Check the differential and differential locks for proper operation.

 

37. Apply wax A 000 986 32 01 09 to rear axle in area between axle tube and differential (Figure 35).

 

38. Apply black wax A 004 989 79 20 all over new rear axle carrier and all threaded connections in line with new vehicle delivery.

 

39. The old rear axle centerpiece has to be shipped back to the QEC via the regular parts return process.

 

Primary Parts Information

Qty. Part Name Part Number
1 Repair axle A 463 350 96 01
2 Shock absorber screw N 000000 002353
2 Shock absorber nut N 000000 008268 64
4 Bleed line sealing ring (10 x 13.5 mm) N 007603 010110
4 Lock actuator screw N 000000 003967
1 Lock actuator seal A 463 335 00 00
3 Bleed line sealing ring (8 x 1.5 mm) A 000 997 87 20
As required Cable tie clips A 007 997 56 90
As required Line clip A 000 995 53 00
1 Transverse control arm Adjusting plate (0.5mm) A 463 357 14 00
1 Transverse control arm Adjusting plate (0.8mm) A 463 357 15 00
2 Panhard rod screw N 000000 008623
1 Panhard rod nut N 000000 008267
2 Lower control arm screw N 910105 014014
2 Lower control arm nut N 000000 008268
2 Upper control arm screw N 910105 014016
2 Upper control arm nut N 000000 008268
8 Nut between portal and mounting support N 000000 003275
8 Screw between portal and mounting support A 000 990 20 37
14 Screws between portal and axle N 910142 010006
4 Brake caliper screw N 000000 006443
2 Cable tie A 006 997 28 90
5 Cable tie A 007 997 56 90
1 Brake wear sensor screw N 910143 006002
2 Brake disk centering screw A 001 990 0914
8 Brake cover plate screw N 000000 007857
3 Screw, propeller shaft A 463 410 16 00
3 Hypoid gear oil SAE75W-140 (0.5-liter container) A 001 989 52 03 10
1 Advance preservation – wax spray can A 000 986 32 01 09
1 Final preservation – 1 liter black A 004 989 79 20

 

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Chronology :

On December 5, 2022, MBAG launched initial investigations based on an internal test showing a fracture of the rear axle differential housing. No third party damages or personal injuries were reported. Immediately, analyses of the failure mechanism and root cause were started together with the supplier. Subsequently, first cases from the field were reported outside of the US. However, still no third party damages or personal injuries were reported.

In mid December, the analysis indicated a stress induced fracture of the housing during operation of the vehicle. This root cause of the fracture is currently still under analysis.

In parallel, possible consequences for the vehicles in the field were analyzed together with the determination of the potentially affected vehicles.

On December 16, 2022, MBAG determined that a potential safety risk cannot be ruled out and decided to conduct a recall.

MBUSA contacted the agency on December 16, 2022 to inform NHTSA of the safety recall, stop drive instructions, and that communications with owners would start as soon as possible.

MBAG confirms there are no warranty claims, field or service reports, and other information (such as the numbers of deaths and/or injuries) related to this defect in the USA.

 


1 Affected Product

Vehicle

MAKE MODEL YEAR
MERCEDES-BENZ AMG G63 2022

 


25 Associated Documents

Defect Notice 573 Report

RCLRPT-22V937-1150.PDF 214.693KB

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Recall Acknowledgement

RCAK-22V937-9693.pdf 984.893KB

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Recall 573 Report – December 20, 2022

RCLRPT-22V937-8145.PDF 214.684KB

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Manufacturer Notices(to Dealers,etc)

RCMN-22V937-0138.pdf 178.402KB

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Manufacturer Notices(to Dealers,etc)

RCMN-22V937-1184.pdf 206.128KB

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Manufacturer Notices(to Dealers,etc)

RCMN-22V937-9833.pdf 176.73KB

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Mercedes-Benz USA Call Center Script

RMISC-22V937-9723.pdf 173.367KB

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Mercedes-Benz USA Call Center Script Recall for MY22 Mercedes AMG G63 4×4^2 Check and Replace Rear Axle Differential

RMISC-22V937-3083.pdf 125.443KB

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Recall 573 Report – January 17, 2023

RCLRPT-22V937-5290.PDF 214.709KB

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Recall 573 Report – January 17, 2023

RCLRPT-22V937-3166.PDF 214.709KB

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ISSUED Interim Owner Notification Letter(Part 577)

RIONL-22V937-8892.pdf 217.078KB

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Mercedes-Benz USA Head-Unit SMS

RMISC-22V937-2843.pdf 210.292KB

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Revised Mercedes-Benz USA Head-Unit SMS

RMISC-22V937-8909.pdf 134.969KB

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Manufacturer Notices(to Dealers,etc)

RCMN-22V937-0107.pdf 2162.238KB

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Recall 573 Report – May 5, 2023

RCLRPT-22V937-3414.PDF 214.711KB

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Remedy Instructions and TSB

RCRIT-22V937-0121.pdf 2021.568KB

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SMS notification

RMISC-22V937-0772.pdf 143.15KB

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ISSUED Owner Notification Letter(Part 577)

RCONL-22V937-1320.pdf 297.202KB

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Recall 573 Report – May 15, 2023

RCLRPT-22V937-6283.PDF 214.691KB

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Manufacturer Notices(to Dealers,etc)

RCMN-22V937-4014.pdf 2162.686KB

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Recall 573 Report – May 23, 2023

RCLRPT-22V937-7437.PDF 214.708KB

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ISSUED Owner Notification Letter(Part 577)

RCONL-22V937-3840.pdf 300.485KB

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Recall Quarterly Report #1, 2023-2

RCLQRT-22V937-8613.PDF 211.146KB

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Recall Quarterly Report #2, 2023-3

RCLQRT-22V937-9774.PDF 211.386KB

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Manufacturer Notices(to Dealers,etc)

RCMN-22V937-0826.pdf 2127.373KB

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Latest Recalls Documents

For the Latest and Most Recent Recalls Information Visit the link below…

https://www-odi.nhtsa.dot.gov/acms/cs/documentList.xhtml?docId=22V937&docType=RCL

 


 

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Transmission Service Kit 6L ATF + Filter + Gasket + Pan Bolts & Washer for Mercedes
  • 6 x 1L ATF + Transmission Filter + Gasket + 6 Pan Bolts + Drain Plug Seal + Fluid Guide Tube
  • Brand New, Premium Quality!
  • Please see below for compatible model
Bestseller No. 9

Last update on 2024-04-26 / Affiliate links / Images from Amazon Product Advertising API

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