Power Door Mirror Assembly – Left Hand – Roewe RX5 MAX 2019-2024 – RX5 MAX 1.5T

Original catalogue description (not independently verified). Contact us to confirm the supplied part, engine and fitment before purchase.

SAIC group: SAIC Motor Passenger Vehicle.
Vehicle: Roewe RX5 MAX | 2019-2024 | RX5 MAX 1.5T.

Product:
- Part Name: Power Door Mirror Assembly - Left Hand
- Category: Body Parts
- Sub Category: Mirror
- Position: Front LH
- Brand: Roewe Genuine / OE-quality

Powertrain:
- 1.5L turbo petrol
- Transmission: 6AT / DCT
- Drive: FWD
- Platform: RX5 MAX
- Architecture: GASOLINE

Fitment control:
- Confirm VIN/chassis, engine/motor code, transmission code, drive, brake package, body, market and build date.
- EV/PHEV/HEV/EREV: confirm battery capacity, cell/pack generation, inverter, motor, charging voltage and connector before supply.
- Joint-venture models must be verified against China-market SAIC build specifications, not assumed from non-China counterparts.

Reference:
- Exact OE/OEM or traceable aftermarket number not yet verified for this exact configuration; row remains unpublished. No placeholder or invented OEM number is used.

Pricing:
- Brand New Price is a MAP Africa USD planning benchmark using current China/global aftermarket anchor levels, vehicle/powertrain factor and a landed-retail allowance.
- Price confidence: MEDIUM planning benchmark; exact supplier quote required before final retail pricing.
- Brand New Stock 100 is planning stock, not live supplier inventory.
- Used/refurbished/OEM-reman values appear only for commercially realistic components.

Model source: https://www.saicmotor.com/english/
Checked: 2026-09-05.

Confirm the exact vehicle configuration before installation. Professional installation is recommended where required.

This listing is an enquiry: check engine, transmission, year, position and part reference with our team first.

Warranty terms depend on the selected condition and supplier policy.

Delivery time and return eligibility depend on destination, stock location and order type.