BMW M3 G80 LCI 2023 C36 COMPLETE FRONT PACKAGE

BMW M3 G80 LCI (2023+), the “C36 Complete Front Package” refers to a specific, high-end visual and aerodynamic overhaul. While “C36” is a factory paint code for Dravit Grey Metallic, in the aftermarket world, it is often used by specialized distributors to designate a curated “Stage 3” or “Complete” carbon fiber aesthetic bundle.

This package is designed to replace the standard gloss black trim with high-grade carbon fiber while adding more aggressive aero components.

Package Components

A “Complete Front Package” for the G80 LCI typically includes the following four core elements:

• Carbon Fiber Front Bumper Air Intakes: Replaces the OEM plastic “honeycomb” mesh with open-path carbon fiber ducts. These improve cooling airflow to the auxiliary radiators and provide a much cleaner, motorsport-inspired look.

• Carbon Fiber Front Grille: Usually available in the “CSL Style” (minimalist horizontal slats) or the “GT Style.” This is a full replacement of the large kidney grilles, significantly reducing the “heavy” visual weight of the front end.

   

• Multi-Piece Front Lip Spoiler: A structural aero piece that extends the lower chin of the car. Many packages utilize a 3-piece design for better fitment and easier shipping, often modeled after the M-Performance or Adro style.

   

• CSL-Style Yellow DRL Module: A signature of the LCI upgrade. This replaces the standard white Daytime Running Lights with the amber/yellow racing hue found on the M3 CS and M4 CSL.

   

Technical Specifications

Why Choose the “Complete” Package?

1. Visual Continuity: Buying a complete package ensures the carbon weave pattern and resin “tint” match perfectly across all parts—something that is difficult to achieve when mixing and matching different brands.

2. LCI Optimization: Specifically tailored for the 2023+ facelift, ensuring that the new LED headlight signature is complemented by the more aggressive ducting and grille shapes.

3. Aerodynamic Balance: The front lip and larger intakes work in tandem to increase front-end downforce and heat dissipation during high-speed driving.