A13-8202010BA-F
Product Details
1. Basic Overview & Core Functional Positioning
The A13-8202010BA-F Rear View Mirror is a genuine OEM exterior vision system component exclusively manufactured for the Chery Fulwin 2 compact sedan series, covering all standard and upgraded Chery Fulwin2 models released from 2009 to 2018. As a core exterior safety component mounted on the vehicle’s front door panel, this side rear view mirror serves as the driver’s essential auxiliary vision device, effectively expanding the driving field of view and eliminating blind spots during daily driving, lane changing, overtaking, parking, and reversing operations. It is professionally designed and calibrated according to the body curvature, chassis height, and driving vision parameters of Chery Fulwin2, fully complying with national road traffic safety regulations and automotive exterior component installation standards.
This rear view mirror undertakes multiple key safety and aesthetic functions. Functionally, it provides clear and stable lateral and rear road vision, helping drivers accurately judge the distance, speed, and position of rear vehicles and pedestrians, greatly reducing traffic safety risks caused by vision limitations. Structurally, it adopts an integrated streamlined design that perfectly fits the door outline of Chery Fulwin2, effectively reducing air resistance and wind noise during high-speed driving while maintaining the original vehicle’s coordinated and elegant exterior styling. Different from universal aftermarket mirrors with mismatched angles and distorted vision, the genuine A13-8202010BA-F mirror retains factory-standard reflection angles and field-of-view coverage, ensuring consistent driving vision and safety performance throughout long-term use.
The part number A13-8202010BA-F is a dedicated exclusive specification for Chery Fulwin2, featuring unique mounting hole positions, bracket curvature, lens size, and assembly dimensions. It cannot be interchanged with rear view mirrors of other Chery models such as Fulwin 1, Fulwin 3, E5, or Tiggo series. Produced in strict accordance with Chery’s original factory design specifications and IATF 16949 international automotive quality management system, every production process and performance parameter meets industrial-grade precision standards. Compared with low-cost aftermarket mirrors that suffer from blurred imaging, easy shaking, fragile shell, and poor waterproof performance, the genuine A13-8202010BA-F rear view mirror delivers stable vision performance, strong weather resistance, and long service life, being the most reliable replacement part for Chery Fulwin2 maintenance.
2. Material Selection & Manufacturing Standards
The A13-8202010BA-F Rear View Mirror adopts high-quality automotive-grade environmental protection materials, specially selected to adapt to long-term outdoor complex environments including wind, rain, high temperature, ultraviolet radiation, and road vibration. The outer housing is made of high-strength impact-resistant ABS engineering plastic, which features excellent toughness, anti-aging performance, and scratch resistance. This material effectively resists minor collisions, stone splashes, and daily friction scratches, and will not deform, fade, or crack under long-term sunlight exposure and low-temperature cold weather, maintaining a neat and consistent exterior appearance for a long time.
The core reflection lens adopts high-definition automotive-grade flat-convex glass with anti-glare and high-transmittance coating treatment. The lens features uniform curvature, no distortion, and ultra-clear imaging effect, ensuring that the observed rear road scene is real and undistorted. The surface nano-coating effectively reduces strong light reflection at night, alleviating driver eye fatigue and improving driving safety during night travel. The internal adjusting mechanism and rotating bracket are made of reinforced high-rigidity plastic and anti-rust metal parts, with strong structural stability and fatigue resistance, capable of withstanding long-term frequent angle adjustment and vehicle vibration without loosening or jamming.
All finished A13-8202010BA-F rear view mirrors undergo strict factory quality inspection procedures, including lens imaging distortion testing, shell structural impact testing, high and low temperature aging testing, waterproof and dustproof performance testing, and vibration durability testing. Each product is manually screened to ensure no lens scratches, shell defects, or adjustment jitter problems. The whole production process complies with Chery’s strict exterior parts quality control standards, ensuring that the mirror has outstanding weather resistance, stable structural performance, and consistent visual effect, fully meeting the daily driving and long-term use requirements of Chery Fulwin2 vehicles.
3. Structural Composition & Working Principle
The A13-8202010BA-F Rear View Mirror adopts a highly integrated modular assembly structure, mainly composed of four core parts: anti-glare high-definition mirror lens, impact-resistant ABS outer shell, manual angle adjustment mechanism, and fixed mounting base bracket. The overall structure is compact and lightweight, perfectly matching the door installation reserved position and assembly gap of Chery Fulwin2, realizing seamless fitting installation without modification or gap deviation.
The core working principle relies on mechanical angle adjustment and optical reflection imaging. The built-in precision adjustment gear mechanism supports flexible manual up, down, left, and right angle fine-tuning, allowing drivers to adjust the best viewing angle according to their own height and driving habits, covering the blind area of the vehicle’s side and rear vision. The optimized flat-convex hybrid lens design balances central clear imaging and peripheral wide-angle vision, effectively expanding the monitoring range of rear road conditions and greatly reducing driving blind spots. The integrated sealing structure inside the mirror shell can effectively block external rainwater, dust, and sediment from entering, protecting the internal adjustment mechanism from corrosion and jitter.
In terms of structural optimization, the mirror shell adopts aerodynamic streamline design, which can effectively guide airflow during vehicle driving, reduce wind resistance and high-speed wind noise, and improve vehicle mute performance. The reinforced mounting base increases the contact area with the door panel, enhancing overall fixing stability and effectively avoiding mirror shaking and blurred imaging caused by high-speed driving or bumpy road vibration. The reserved assembly gap and buckle positioning structure ensure firm installation, no looseness, no abnormal noise, and durable and stable overall performance.
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