Used Peugeot Expert Window Winder Motor

The Expert has run across three generations: the first-generation (Mk1) ran from 1995 to 2006, the second-generation (Mk2) ran from 2007 to 2016, and the third-generation (Mk3) launched in 2016 and is still current. Generation is the single most important fitment factor, as the door architecture changed completely between each, so always confirm which generation your van is before ordering.

This question spans the Mk2-to-Mk3 boundary: a 2012 Expert is Mk2, while a 2016 Expert could be either a late Mk2 or an early Mk3 depending on exact registration date. If both vehicles are confirmed Mk2, fitment is more likely, but crossing into the Mk3 is a different generation with different door hardware, so confirm the exact generation against your registration with the breaker before buying.

Yes, side matters — NS (nearside, passenger left) and OS (offside, driver right) door motors are not interchangeable. When asking a breaker for a quote, always specify NS or OS alongside your generation so they can pull the correct unit.

For the front cab doors, wheelbase does not affect fitment and motors from either wheelbase variant should be the same within the same generation. However, if you need a motor for a sliding side door, wheelbase can affect the door size and mechanism, so confirm sliding-door applications against your exact wheelbase with the breaker.

Trim level does not affect the window winder motor itself — fitment is determined by generation, door position (NS/OS), and door type (front hinged or sliding), not badge name. You may receive a door card or surrounding trim in a different finish when buying from a breaker, but the motor unit underneath is what matters for fitment and that should match across trims of the same generation.

Mk1 and Mk2 are separate generations with different door structures, so a direct swap across this boundary is unlikely to work. Name the boundary clearly to any breaker and ask them to verify compatibility against both vehicles' registrations rather than assuming the part will cross over.