Regain control of your power side mirrors with the Standard Ignition Door Remote Mirror Switch (MRS175). This electrically operated switch drops in as a direct-fit replacement for the 2007-2012 Nissan Altima, taking over for a damaged or worn original unit so you can adjust your mirrors from the door. If a failed switch is the reason your power mirrors no longer respond, this replaces it and helps restore normal mirror operation.
- OE-spec build: made to OE specifications for proper fit, form, and function.
- Copper alloy conductors: deliver strong electrical conductivity with low resistive losses.
- Direct-fit replacement: an electrically operated switch that replaces the damaged OE unit and restores power mirror function.
- Robust design: high-grade materials built to meet the demands of today's service professional.
Specifically designed for Nissan applications, this switch is a straightforward way to bring back push-button mirror adjustment. Signs the original switch may need replacing include mirrors that won't move, respond intermittently, or only work in one direction.
Interchange: RMS167 · PA3962 · 25570JA010
This part cross-references / interchanges with the following part numbers:
Frequently Asked Questions
What vehicles does the MRS175 mirror switch fit?
It is a direct-fit replacement for the 2007-2012 Nissan Altima. See the Buyer's Guide tab to confirm it matches your specific vehicle.
What does this remote mirror switch do?
It is an electrically operated switch that lets you adjust your power side mirrors from the door, replacing a damaged or worn OE unit to restore power mirror function.
What are the signs my mirror switch has failed?
Common signs include power mirrors that won't move, respond only intermittently, or move in just one direction. Diagnose the cause first, since wiring or the mirror motor can also be at fault.
What numbers does the MRS175 interchange with?
It cross-references RMS167, PA3962, and 25570JA010.
How is this switch constructed?
It is made to OE specifications for proper fit, form, and function, and uses copper alloy conductors for strong electrical conductivity with low resistive losses.
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