AC Schnitzer Rear Valance Diffuser Lip for BMW 3 Series E46 Sedan/Saloon 4-Door SE Facelift (09/2001-2005) - Rear Apron Lower Bumper Spoiler/Rear Skirt, OE Style Fit

Transform the look of your E46 4 door with this AC Schnitzer rear lower valance. This premium bumper add-on delivers that OEM plus finish enthusiasts love, enhancing the stance and sharpening the tail profile without being over the top. Engineered for the standard SE rear bumper on facelift models built from 09/2001 onward, it blends with factory lines and elevates the whole rear end.

Perfect for those chasing clean German styling, this AC Schnitzer piece is the ideal rear diffuser style upgrade for the BMW E46 sedan. We have fitted these on customer cars and feedback has been consistently excellent for fit, finish and overall visual impact.

• AC Schnitzer styling component for BMW E46 4 door SE, facelift from 09/2001 onward
• Rear apron, lower bumper spoiler, valance and diffuser style upgrade in one sleek part
• Designed to integrate with the standard SE bumper, excludes M Sport and M Tech rear bumpers
• Subtle, factory style aesthetic that suits daily drivers and show cars
• Ideal to be colour matched by your chosen bodyshop for a seamless look
• Quality AC Schnitzer design for an OE style fit and finish

Compatibility
For E46 four door SE facelift models from 09/2001 onward. Not compatible with M Sport or M Tech rear bumpers.

Ordering
Please select your vehicle build date from the options above so we can supply the correct version for your car.

Professional fitting available
Want it installed properly first time. Book in with MJ Modifications in Warwickshire. Email info@mjmodifications.co.uk for a fitting quote and availability.

Why choose this upgrade
If you are searching for an E46 rear diffuser, rear apron, bumper extension or rear lip for the BMW 3er sedan, this AC Schnitzer piece is the go to choice. It delivers that premium tuner look, tight panel gaps and a refined finish that complements the E46 bodywork. A simple styling change with maximum impact.