QSDVBGHMC

Seat Position Control Memory Button For E-Class W212 W218 A207 E200L E350d E400 Car Front Rear Power Adjustment Switch Block(1pcs Silver FR)

Name: Seat Position Control Memory Button For E-Class W212 W218 A207 E200L E350d E400 Car Front Rear Power Adjustment Switch Block(1pcs Silver FR)
Brand: QSDVBGHMC
SKU: 542399a4cb42c76d0be5d706c6b7eb05

1/1

Image of Seat Position Control Memory Button For E-Class W212 W218 A207 E200L E350d E400 Car Front Rear Power Adjustment Switch Block(1pcs Silver FR)

Amazon Marketplace

Prices from

318.79

Description

Amazon For E-Class W212 W218 A207 E200L E350d E400 Car Front Rear Power Seat Adjustment Control Switch Block OE number:FL:A2129050251 ; FR:A2129050351 ; Rear:A2129051201 Ease of Installation:Comes as a single unit, simplifying the installation process For your vehicle. Supports Multi-Directional Linked Adjustments:Certain advanced power seats support linked adjustments of multiple components—such as seat cushion angle and headrest position—allowing for complex seating posture adjustments via a single set of control buttons. Minimizes Risk of Accidental Operation:Compared to manual levers or knobs, button-based controls convey the user's intent more clearly, reducing the risk of accidental sliding or unintended movement caused by improper force application during adjustment.

Compare webshops (2)

Sponsored links · Some shops pay us a fee

Sort by:

€ 318.79

Description (1)

For E-Class W212 W218 A207 E200L E350d E400 Car Front Rear Power Seat Adjustment Control Switch Block OE number:FL:A2129050251 ; FR:A2129050351 ; Rear:A2129051201 Ease of Installation:Comes as a single unit, simplifying the installation process For your vehicle. Supports Multi-Directional Linked Adjustments:Certain advanced power seats support linked adjustments of multiple components—such as seat cushion angle and headrest position—allowing for complex seating posture adjustments via a single set of control buttons. Minimizes Risk of Accidental Operation:Compared to manual levers or knobs, button-based controls convey the user's intent more clearly, reducing the risk of accidental sliding or unintended movement caused by improper force application during adjustment.