Bearing Rear Wheel Internal Daewoo Lanos GMB (LM11749/10)
This product description details the GMB LM11749/10 rear wheel internal bearing, engineered for precise fitment and sustained operational integrity within compatible Daewoo Lanos vehicle applications. Manufactured under stringent quality control protocols, this component ensures reliable rotational performance for the rear axle assembly. The information provided herein outlines specific technical attributes, vehicle compatibility, and performance characteristics, facilitating informed procurement decisions for vehicle maintenance and repair operations.
Technical Specifications
- Bearing Type: Tapered Roller Bearing.
- SKU/Part Number: LM11749/10, comprising inner race LM11749 and outer race LM11710.
- Manufacturer: GMB Corporation.
- Inner Diameter: 21.987 mm.
- Outer Diameter: 45.237 mm.
- Width: 15.494 mm (assembled).
- Material: High-grade bearing steel for wear resistance and structural integrity.
- Construction: Designed for robust load distribution and minimized friction under dynamic operational conditions.
- Manufacturing Origin: China, produced to GMB's global quality standards.
- Lubrication: Requires external grease application during installation, conforming to OEM specifications.
- Application: Internal positioning within the rear wheel hub assembly.
Compatibility & Fitment
- Primary Vehicle Application: Daewoo Lanos (various sub-models and model years). Specific fitment verification is required.
- Axle Position: Rear Wheel, Internal.
- Component Integration: Designed for seamless integration with existing rear wheel hub and spindle assemblies.
- Year Range: Compatible with Daewoo Lanos models approximately from 1997 to 2002. Cross-reference part numbers against vehicle identification number (VIN) and service manual.
- Chassis Codes: Applicable across common chassis variants of the Daewoo Lanos platform, including sedan and hatchback configurations.
- Engine Variants: Fitment is independent of engine displacement or fuel type, dependent solely on the rear axle configuration.
- Installation Notes: Professional installation is recommended. Verify existing bearing dimensions prior to purchase to prevent fitment issues.
Key Performance Benefits
- Rotational Precision: Engineered to maintain stringent rotational accuracy, contributing to stable vehicle handling and reduced tire wear.
- Load Bearing Capacity: Constructed to withstand axial and radial loads encountered during typical vehicle operation, including cornering forces and braking stresses.
- Durability: Utilizes hardened bearing steel to resist premature wear, pitting, and brinelling, promoting extended service life.
- Reduced Friction: Optimized internal geometry minimizes rolling resistance, potentially contributing to fuel efficiency and reduced operational heat generation.
- NVH Control: Proper installation of this bearing contributes to mitigating noise, vibration, and harshness (NVH) from the rear axle.
- Direct Replacement: Functions as a direct fitment component, simplifying the replacement process and ensuring system compatibility.
- Cost-Effectiveness: Provides a functionally equivalent replacement for original equipment components, offering a pragmatic solution for vehicle maintenance.
Authenticity Guarantee
This GMB LM11749/10 rear wheel internal bearing is supplied as an authentic product from GMB Corporation. Procurement directly from authorized distribution channels ensures product integrity and adherence to manufacturer specifications. GMB maintains rigorous quality control processes throughout its manufacturing facilities globally, including its operations in China, to deliver components that meet established industry standards for automotive applications. Purchasers are advised to verify product packaging and markings upon receipt to confirm authenticity and prevent the installation of counterfeit parts, which can compromise vehicle safety and operational reliability.
This technical description supports informed decisions regarding vehicle component acquisition for the Daewoo Lanos platform.