The Mercedes X253 4MATIC Front Cradle Suspension Mount A2536205700 is a component from the category of longitudinal body frame parts and brackets, designed for the front of the vehicle. The cradle's construction provides stable support for the suspension and key sub-assemblies, which translates to predictable handling and safe vehicle behavior.
Specifications and technical data
- SKU: A4476200288
- Mark: Mercedes (Genuine OE)
- Condition: Used
- OEM Part Number: A4476200288
- Substitutable numbers: A4476200288, A 447 620 02 88
- Location on the vehicle: Front
- Category: Frame Rails & Subframes
Purpose and Function in the Vehicle
The front suspension cradle in Mercedes models with 4MATIC drive is responsible for the rigid connection of the suspension to the body and proper load distribution during driving. As a component mounted in the front of the vehicle, it supports the operation of control arms, shock absorber mounts, and other chassis components.
- Suspension Geometry Stabilization – maintaining correct wheel and axle angles, which affects steering precision.
- Load Transfer – even distribution of forces from the road surface to the body structure.
- Suspension Component Support – providing a rigid, predictable mounting point.
Construction and Technical Characteristics
The front cradle, as a suspension mount, belongs to the group of longitudinal body frame parts and brackets, meaning it is designed for high fatigue strength and torsional resistance. The construction is adapted to the specifics of the 4MATIC drive, where maintaining adequate rigidity while providing space for drivetrain components is crucial.
- Rigid Support Structure – minimizing unwanted deflections under load.
- Precise Mounting Points – facilitating the maintenance of factory suspension geometry after installation.
- 4MATIC System Compatibility – construction designed to work with four-wheel drive.
Benefits of Using an Original Mercedes Suspension Mount
Using an original front cradle in the Mercedes X253 4MATIC allows for the preservation of the vehicle's factory driving characteristics. This component is designed for a specific platform, ensuring appropriate rigidity, fitment to mounting points, and compatibility with other suspension components.
- Better Body Fitment – no need for modifications or adapter adjustments.
- Consistency with Factory Design – maintaining the handling characteristics intended by the manufacturer.
- Optimal Force Transfer – improving ride comfort and stability during braking and cornering.
Used Condition and Installation Aspects
The offered suspension mount is in used condition, which is a cost-effective solution for users seeking a technically sound component at a reasonable price. During installation, it is recommended to inspect other suspension components and perform a wheel alignment to fully utilize the structural potential.
- Economical Repair – possibility to restore chassis functionality without purchasing a new part.
- Restoration of Factory Mounting System – facilitating service work and reducing repair time.
- Verification by OEM Number Possible – easy confirmation of compatibility with a specific vehicle configuration.
Part Selection and Additional Information
When selecting a front cradle for the Mercedes X253 4MATIC, it is crucial to verify compatibility by OEM number and ensure it matches the body version and drivetrain. If in doubt, it is advisable to compare the shape and mounting points with the component removed from the vehicle to ensure hassle-free installation and proper suspension operation.
If you are looking for other parts from the Longitudinal Body Frame Parts and Brackets Mercedes category, check out the available Mercedes longitudinal body frame parts and brackets in our store to select components tailored to your specific model.
When choosing between new, aftermarket, or used suspension support components, it is beneficial to understand the differences in cost and fitment. An article on our blog may be helpful: Original, Aftermarket, or Used – Which Car Parts Offer the Best Value?, where we discuss practical aspects of part selection based on OEM numbers and real-world operating conditions.
