Brake Booster for Mercedes-Benz GLK-Class 220 CDI 4-matic (204.984, 204.997)

This brake booster is a used component designed for the Mercedes-Benz GLK-Class 220 CDI 4-matic, specifically for models produced between December 2008 and June 2015. The OEM part numbers are A2044302630 and A2044303630, ensuring direct compatibility with the original specifications. Manufactured by Mercedes-Benz, this part is positioned in the braking system and functions as a critical component to assist in brake pedal pressure amplification. The brake booster is classified as quality grade B, indicating it is a used part in fully functional condition. It is compatible with diesel engines of the OM 651.912 series, paired with the automatic transmission type 722965, identified by the transmission code 72296505219423.

The brake booster is priced at 307,36 EUR including VAT, or 307,36 EUR excluding VAT. A 30-day full return policy applies, allowing for returns if the part does not meet expectations. Free shipping is included, with an estimated delivery time of 5-6 days. An express delivery option is available for an additional fee if faster shipping is required. This part may also fit other models within the GLK-Class (X204) range, as well as certain Mercedes-Benz vehicles sharing the same braking system architecture.

This spare part originates from the following car:

The brake booster was sourced from a 2014 Mercedes-Benz GLK-Class 220 CDI 4-matic, an SUV variant with a diesel engine. The vehicle had accumulated 253,230 km and was originally registered in Sweden. The engine is a 2.2-litre OM 651.912 diesel unit, producing 170 HP (125 kW) and featuring direct injection. The transmission is an automatic type 722965, coded 72296505219423. The chassis number is WDC2049841G234202, confirming the vehicle’s origin and specifications.

Matching the OEM part numbers is essential to ensure proper fitment and functionality. Brake boosters are often replaced alongside master cylinders or brake servos, depending on the condition of the braking system. Opting for a used brake booster contributes to sustainability by extending the lifecycle of automotive components while maintaining OEM performance standards.

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